Reading the Book of Psalms in the Twenty-First Century – Jewish Journal

It was with great anticipation that I read Rabbi Hayyim Angels latest commentary, Psalms: A Companion Volume (Kodesh Press, 2022). Like so many of his other books on biblical text, Rabbi Angels newest volumethis time a commentary on the Book of Psalms or Tehillimdoes not disappoint. Overall Rabbi Angel has written a relevant and readable commentary that will grow the readers appreciation for Psalms.

Tehillim often stands out as one of the most compelling yet enigmatic books in the biblical canon. Its authentic and powerful insight into human experience produces a uniquely penetrating and reflective experience that has endured for centuries. Psalms are often quoted by religious and secular leaders for inspiration and recognized as one of the great literary works of Western Civilization. In recent history leaders ranging from former President Barack Obama to former President Donald Trump have publicly reflected on Psalms (chapters 46 and 34 respectively).

The new commentary is divided into 13 discrete chapters covering a handful of Psalms. Each chapter stands on its own, exploring a different thematic or structural aspect of the Psalms. The subdivision of the book makes for pleasant readings that can be done in short bursts or longer continuous studies. Many classic points are discussed, including the original context, authorship, structure and overall message that helps the reader gain deeper appreciation and insight for these compositions. More in-depth discussions of intentional omissions, imperfect acrostics, difficult phrases, repetitive psalms and superscriptions are also addressed for more advanced readers seeking to engage with deeper biblical scholarship. Despite the complexity and advanced sources shared by the author, the text remains surprisingly approachable and readable.

Understanding Psalms is doubly important for Jewish readers as many chapters and verses are enmeshed in the traditional liturgy. Psalms forms the bedrock of traditional Jewish prayer, encompassing no less than 50 Psalms throughout the weekly and Shabbat prayers. While many chapters of Psalms may be familiar to readers, without context they can remain somewhat opaque in meaning. Having a masterful overview such as the one provided in this new volume gives one a deeper appreciation of these compositions and ultimately can contribute to more significant prayers.

Rabbi Angel quotes widely, citing secular academic, rabbinic, American, Israeli and even Karaite sources. His introduction of many contemporary Jewish scholars to the general reader is of particular interest and a real contribution to the field. High quality insights by the likes of Amnon Bazak, Amos Hakham Yehudah Elitzur, Elhanan Samet and Yakov Medan present the reader with new and sophisticated observations. Equally impressive are the array of traditional rabbinic scholars who are not often quoted in modern analyses such as Rabbis Yosef Albo, Moshe ibn Gikatilla and Yosef Hayyun. Both groups of Jewish scholars, contemporary and medieval, are given the spotlight in this volume to help decipher the intricate meaning of Psalms. That these rabbinic opinions are lesser known today is a lament underscored by the author in this short but powerful book.

The Maimonidean principle of accepting the truth from whoever speaks it is loudly reinforced throughout the rabbis commentary as he gives equal deference to all textually supported opinions. The volume includes a subtle suggestion that critiques on both ends of the commentary spectrum have forsaken the diversity of high quality rabbinic voices in the exegeses of Psalms. On one hand the ultra-orthodox approach produces an invented homogenous interpretation that this volume demonstrates was never maintained by traditional commentators. On the other hand, an equally extreme secular approach, which the author quotes often, operates on the opposite end of the same echo chamber by ignoring many important opinions from the rabbinic corpus. Rabbi Angel reinforces the idea that many of the modern secular scholarship issues related to biblical study were already addressed centuries ago by the traditional first rate scholarship of the rabbis in the Talmud and Midrash, leaving the reader with a greater appreciation for both rabbinic commentary and the Psalms.

The volume includes a subtle suggestion that critiques on both ends of the commentary spectrum have forsaken the diversity of high quality rabbinic voices in the exegeses of Psalms.

Interesting forays in the commentary include reading the Psalms as a midrashic-intertextual window to understanding the narratives of the Bible. Psalms often references biblical narratives or personalitiessuch as events in the life of King David, the destruction of Jerusalem, or the crossing of the Red Sea. Rabbi Angel contends that Psalms functions as an early form of commentary that helps elucidate these narratives for the reader.

Most importantly, the commentary focuses on the multiple understandings of the Psalms that can speak to readers on different wavelengths. For example, many familiar chapters of Psalms can simultaneously address issues on a personal, historical and national level. For example, what was once a lament of national proportions for the destruction of Jerusalem, can now be repurposed by an individual seeking to rebuild their personal lives after tragedy. Or a Psalm recounting the celebratory nature of the exodus from Egypt can be utilized for personal thanks and celebration. These multiple meanings are what Rabbi Angel contends have made the Psalms eternally relevant to generations of readers.

The wide diversity of opinions quoted in this volume demonstrates the complexity of Tehillim while leaving the reader with a sense of appreciation for the biblical text and the excellent arrangement of these sources by the author. Overall the resulting commentary is a very amicable volume rooted in traditional interpretation while fully taking into account modern scholarship. It will leave the reader inspired by timeless messages of Psalms and enthusiastic to further their study.

Dr. Murray Mizrachi is a business professor at the Murray Koppelman School of Business at CUNY. His advisory firm, Murray Mizrachi Consulting LLC, is based in New York City where he resides with his family.

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Reading the Book of Psalms in the Twenty-First Century - Jewish Journal

Jewish day campers to gather in Great Neck after pandemic hiatus – Newsday

For the first time since the COVID-19 pandemic began, young Jewish campers from Chabad daycamps in Nassau, Suffolk andQueens will gather Wednesday as part of a Unity Day celebration in Great Neck.

More than 1,000second- to sixth-gradersfrom Camp Gan Israel, the largest network of camps on Long Island, will travel to the sprawling multi-acre home of the Chabad of Great Neck.There they'll attend a carnival, visit a petting zoo and even watch a BMX bike show, officials said. The event is organized by Chabad of Long Island,whose 50 branches across Long Island serve the local Jewish population.

"Exactly what they've missed is a sense of community," the director of Camp Gan Great Neck,Rabbi Zalman Baumgarten, said of children during the pandemic. "Even to just be with children from the other camps, other Jewish kids, to have a sense of normality. It's enjoyment, to see other kids, to see each other screaming to have kids get together, to show some unity, some togetherness It will be a nice day together."

Especially important, organizers said, is that the gathering comes in the middle of a period of mourning known as "The Nine Days" or"The Nine Days of Av" Av being the month on the Jewish calendar, "The Nine Days" observed this year from July 28-Aug. 6.

Thatobservance is"in recognition of the many tragedies and calamities" that have befallen the Jewish people, according to the Talmud events that date to the ancient destruction of temples by Babylonians and Romans. This year, itserves as a prelude to a once-in-seven-years observance in Judaism known as Year of Hakhel or, Gathering.

The director of Chabad of Long Island, Rabbi Tuvia Teldon,said in astatement: As we begin to come to grips with the detrimental effects that the pandemic has had on education, its so important for children to be able to strengthen their social bonds and to gather once more as a community. And amid the ongoing concerns of bigotry and antisemitism both locally and around the world, this event will serve to double down on Jewish pride.

The Chabad hosts camps inCedarhurst, Dix Hills, East Hampton, Great Neck, Melville, Merrick, Port Washington, Roslyn, Southampton, Stony Brook and Queens, with campers ranging in age from toddlers (2years old)to teens.

"Some of these kids have never known what's it like, because of COVID, to attenda large sporting event, a celebration in a park, to go to a concert, to go to a carnival," Rabbi Baumgarten said. "This willbe a wonderful experience."

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Jewish day campers to gather in Great Neck after pandemic hiatus - Newsday

A Pennsylvania candidate for governor cuts ties with Gab, and antisemitism on the site spikes – Forward

Pennsylvania Republican gubernatorial candidate Doug Mastriano greets supporters on May 17, 2022. Photo by Michael M. Santiago/Getty Images

By Jacob KornbluhAugust 02, 2022

In response to Pennsylvania GOP gubernatorial nominee Doug Mastrianos distancing of himself from Gab, after he was widely criticized for his embrace of the antisemitic social media platform, Gab users have stepped up their antisemitic postings including death threats and calls for violence against Jews a new report showed.

Mastriano, a state representative and leader of the Stop the Steal movement aiming to overturn the results of the 2020 presidential election, is running against Pennsylvanias Jewish attorney general, Josh Shapiro. Democrats and Jewish Republicans criticized Mastriano after it was reported that he paid Gab and its founder, Andrew Torba, a $5,000 consulting fee in April and maintained an active account on the site.

Gab, a far-right social media platform launched in 2016 has long been an online echo chamber for white nationalism and antisemitic tropes. Robert Bowers, the man who killed 11 Jews at the Tree of Life synagogue in Pittsburgh in 2018, had been a verified user of the site, where he posted neo-Nazi propaganda and calls for violence against Jews.

Under pressure, Mastriano last week disassociated himself from Torba, who frequently shared his antisemitic beliefs and anti-Jewish conspiracy theories in posts promoting the Republican candidates campaign. The candidate condemned antisemitism in all forms and closed his account.

Gab users responded with anger to Mastrianos move, according to Media Matters, a nonprofit group that monitors social platforms.

Where is Adolph when he is needed, wrote one user, referring to Nazi leader Adolph Hitler. Dear Lord, Smite Josh Shapiro, that weasel lying Jew, another user wrote. Other comments included, I would like to see their masonic temple in DC burnt to the ground, exterminate all Jews and they are a disease. Like cancer, need to be cut out and removed.

In a video on Saturday, Torba attacked the Godless media and doubled down on Christian nationalist views he had previously expressed. The only groups of people that are chosen are those that believe in Jesus Christ, he said, adding that the values cited in the Talmud disgusts him. He attacked Jonathan Greenblatt, chief executive of the anti-Defamation League and called the group a Jewish Nationalist organization that endorses, promotes, and defends Zionism, or Jewish Nationalism.

Earlier this year Torba, celebrated the destruction of the Temple. Almost 2000 years later, that Temple is still not standing, he said in remarks at the America First Political Action Conference (AFPAC), founded by Nick Fuentes, a white supremacist, as an alternative to the Conservative Political Action Conference (CPAC).

Though Mastriano issued a statement saying Torba doesnt speak for him or his campaign, he stopped short of denouncing Torba or asking for a reimbursement.

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A Pennsylvania candidate for governor cuts ties with Gab, and antisemitism on the site spikes - Forward

Tuesdays primaries offered a glint of hope for Democrats this fall – The Guardian

Republican candidates from Arizona to Pennsylvania ought to worry. On Tuesday, voters in Kansas rejected efforts to gut a womans right to choose. In 2020, Donald Trump trounced Joe Biden there 56-42. Two years later, an anti-choice referendum went down in defeat 59-41. Suburban moms and dads had thundered; turnout soared. The supreme courts wholesale attack on Roe backfired.

The competing opinions authored by Justices Alito, Thomas and Kavanaugh may gift the Democrats a two-seat gain in the Senate, and doom Republican pick-ups of governorships in Michigan and Pennsylvania. Grasp more than you can hold, and you will be left with nothing, the Talmud says. On primary day, the high courts decision in Dobbs seems to have energized plenty of otherwise loyal Republicans. By the numbers, 65% of Americans believe the constitution enshrines a right of privacy even as they hold doubts about abortion.

Trump-endorsed Senate hopefuls JD Vance (Ohio), Mehmet Oz (Pennsylvania), Herschel Walker (Georgia) and Blake Masters (Arizona) must now answer for the Republicans war on autonomy. Vance also wants to ban pornography as he gives a greenlight to guns and embraces Marjorie Taylor Greene. He claims smut harms fertility rates.

A recent Fox News poll shows Democrats with double-digit leads in Pennsylvanias Senate and governors races. Doug Mastriano, the Keystone states Republican gubernatorial candidate, came under recent fire for his embrace of Christian nationalism and ties with antisemitic figures. And Dr Oz is Dr Oz.

Tudor Dixon, the Trump-backed winner of Tuesdays Michigan Republican gubernatorial primary, believes that a 14-year-old raped by a relative should be forced to carry her pregnancy to term. Yeah, perfect example, she told an interviewer.

Her remarks now are a centerpiece of incumbent Democrat Gretchen Whitmers re-election efforts. Dixon opposes exceptions to an abortion ban in cases of rape and incest. She trailed Whitmer by 11 points in a July poll.

The Michigan Right to Reproductive Freedom Initiative may also appear on the fall ballot. Once upon a time opponents of Roe claimed the ruling was wrong because it was anti-democratic.

Adding fuel to this Great Lakes dumpster fire, Matt DePerno, Michigans prospective Republican attorney general, openly mused about restricting accessibility to contraception. At a Republican debate, he questioned the validity of Griswold, the pertinent 1965 supreme court ruling. For good measure, DePerno previously spearheaded efforts to undo Bidens 150,000-vote win in Michigan.

Tuesdays contests were also about the 45th president exacting revenge and promoting the big lie that he was defrauded of victory.

To be sure, not all Republicans were buying what the former guy was selling. But he had greater success than Kansass pro-lifers. Trumpism remains very much alive.

In the state of Washington, incumbents Jaime Herrera Beutler and Dan Newhouse stand on the verge of rebuffing primary bids by Trump-endorsed challengers. Both Representatives Herrera Beutler and Newhouse voted to impeach the ex-reality show host over his role in the January 6 insurrection.

On the other hand, Michigans Representative Peter Meijer, who voted for Trumps impeachment, lost to John Gibbs, a Trump-backed challenger. Gibbs had received a boost from congressional Democrats, as part of an audacious strategic move to empower Republicans they think will lose in the general elections. Meijer, a supermarket chain scion, lost by four points.

With the rightwing Gibbs as the Republican nominee, the Democrats may actually pick up a House seat. Had Meijer emerged with the Republican nod, he would have been favored. All this raises the question of whether Democratic talk about putting the country ahead of party is partisan blather.

Elsewhere, Trump claimed the head of Republican Rusty Bowers, the outgoing speaker of the Arizona senate. He had opposed efforts to overturn the 2020 election, and appeared before the January 6 select committee.

Days after Bowers testified, Trump declared: Bowers must be defeated, and highly respected David Farnsworth is the man to do it.

Farnsworth believes that Satan stole the 2020 election. Really.

This is a real conspiracy headed up by the devil himself, he explained at a debate.

Along with Farnsworth, Mark Finchem, a diehard election denier and conspiracy theorist, notched the Arizona Republican nomination for secretary of state. He too had Trumps blessing.

As for the states Republican primary for governor, Kari Lake holds a two-point lead with more than 80% of precincts reporting. Like Finchem and Farnsworth, Lake garnered a Trump endorsement and rejects Bidens legitimacy as president. Whether she actually wins the primary and can prevail against Democrat Katie Hobbs, the current secretary of state, remains to be seen.

With Kansass resounding no vote, Democrats have good reason to make abortion a major issue for the midterms. Of course, as Republicans learned on Tuesday, it is all too easy to go off the deep-end.

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Tuesdays primaries offered a glint of hope for Democrats this fall - The Guardian

Letter: The war on women is escalating – INFORUM

Local TV coverage lately has filmed a man standing in front of the Fargo abortion clinic holding a sign that reads "Babies are MURDERED here." This is one man's belief or opinion, but from the national polls I've seen it is certainly not the belief or opinion of the great majority of Americans. Unindoctrinated people do not think it is fair to strip the deeply personal rights of a grown woman and hand those rights to a half-formed blob of protoplasm.

Recent radical changes to abortion laws are not the result of a groundswell of anti-abortion public sentiment, but they are clearly the result a decades-long, determined effort by an unholy, undemocratic alliance of conservative politicians and patriarchal Christian churches. The politicians are mostly right-wing Republicans who have resisted the sexual revolution because it opened the door to many social changes unacceptable to them, including abortion, same-sex marriage, etc.

The offending churches are spearheaded by the Roman Catholic Vatican, which has preached for 150 years that human ensoulment at the moment of conception creates a complete human person, so any removal of the fertilized ovum, embryo, or fetus from the womb is a heinous, unforgivable act of killing a human---in other words, murder. However, absolutely nothing substantial or indisputable in the Talmud, Bible, or even the U.S. Constitution advocates, justifies or defends that quasi-legal assertion.

This has not stopped many state legislatures from enacting laws with severe penalties for women and their abettors accused of having abortions. Most ominously it was just reported that North Carolina legislators have proposed a law invoking the death penalty for doing or having an abortion. This is an eye for an eye, a life for a life, and it takes women's rights back uncomfortably close to the 1600s when women suspected of witchcraft could be brutally executed. If I carried a protest sign, it would read "The War On Women is Escalating!"

Dudley Wells lives in Twin Valley, Minn.

This letter does not necessarily reflect the opinion of The Forum's editorial board nor Forum ownership.

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Letter: The war on women is escalating - INFORUM

Jewish Perspectives On Termination Of Pregnancy – Los Alamos Daily Post

Rabbi Jack Shlachter

Los Alamos Jewish Center News:

Over the course of two recent consecutive Monday evenings, the Los Alamos Jewish Center hosted an adult education mini-series entitled Jewish Perspectives on Termination of Pregnancy.

The presenter, Rabbi Jack Shlachter, shared relevant Jewish source text passages with the in-person and Zoom audience.

Rabbi Jack, who returned to Los Alamos this spring following a few years in New York, explained that the Jewish perspectives are heavily nuanced; some situations require that a pregnancy be terminated, others permit termination, and yet others prohibit abortion.

This complex, contemporary topic can be informed by examining the Jewish sources; attendees at the Jewish Center were able to see the two full cartons of books assembled for the talks.

Texts providing insight into Jewish perspectives on abortion include materials from all three parts of the Jewish Bible; from ancient expansions on those biblical passages; from the Talmudic literature and sections from a medieval Jewish code of law; from the Jewish mystical tradition; and from questions and answers posed to rabbis on contemporary issues that may not be directly addressed in the ancient texts, such as use of electricity or airplane travel.

One such question-and-answer, composed in the Kovno ghetto during the Nazi occupation, is about abortion. The Nazis had ordered that pregnant Jewish women in this Lithuanian ghetto would be immediately executed, and rabbinical ruling was that in order to save the womans life, a pregnant woman was permitted to have an abortion.

Future adult education programs at the Los Alamos Jewish Center will address other contemporary topics such as gun control, and separation of church (synagogue) and state, using Jewish texts as primary resources.

Los Alamos Jewish Center offers Shabbat and Jewish holiday services, community Shabbat dinners, childrens religious/Hebrew school, adult learning, and holiday and social events.

For more information, visit http://www.lajc.org, email losalamosjewishcenter@gmail.comor call 505.662.2140.

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Jewish Perspectives On Termination Of Pregnancy - Los Alamos Daily Post

Why Are There So Many Jewish Lawyers? – The Jewish Press – JewishPress.com

At the beginning of the book of Devarim, Moses reviews the history of the Israelites experience in the wilderness, starting with the appointment of leaders throughout the people, heads of thousands, hundreds, fifties, and tens. He continues:

And I charged your judges at that time, Hear the disputes between your people and judge fairly, whether the case is between two Israelites or between an Israelite and a foreigner residing among you. Do not show partiality in judging; hear both small and great alike. Do not be afraid of anyone, for judgment belongs to G-d. Bring me any case too hard for you, and I will hear it. (Deut. 1:16-17)

Thus, at the outset of the book in which he summarized the entire history of Israel and its destiny as a holy people, he already gave priority to the administration of justice: something he would memorably summarize in a later chapter (Deut. 16:20) in the words, Justice, justice, shall you pursue. The words for justice, tzedek and mishpat, are repeated, recurring themes of the book. The root tz-d-k appears 18 times in Devarim; the root sh-f-t, 48 times.

Justice has seemed, throughout the generations, to lie at the beating heart of Jewish faith. Albert Einstein memorably spoke of Judaisms pursuit of knowledge for its own sake, an almost fanatical love of justice, and the desire for personal independence these are the features of the Jewish tradition which make me thank my lucky stars that I belong to it. In the course of a television program I made for the BBC, I asked Hazel Cosgrove, the first woman to be appointed as a judge in Scotland and an active member of the Edinburgh Jewish community, what had led her to choose law as a career, she replied as if it was self-evident, Because Judaism teaches: Justice, justice shall you pursue.

One of the most famous Jewish lawyers of our time, Alan Dershowitz, wrote a book about Abraham, whom he sees as the first Jewish lawyer, the patriarch of the legal profession: a defense lawyer for the damned who is willing to risk everything, even the wrath of G-d, in defense of his clients, the founder not just of monotheism but of a long line of Jewish lawyers. Dershowitz gives a vivid description of Abrahams prayer on behalf of the people of Sodom Shall the Judge of all the earth not do justice? (Gen. 18:25) as a courtroom drama, with Abraham acting as lawyer for the citizens of the town, and G-d, as it were, as the accused. This was the forerunner of a great many such episodes in Torah and Tanach, in which the prophets argued the cause of justice with G-d and with the people. (See Abraham: The Worlds First (But Certainly Not the Last) Jewish Lawyer, 2015, by Dershowitz.)

In modern times, Jews reached prominence as judges in America among them Brandeis, Cardozo and Felix Frankfurter. Ruth Bader Ginsburg was the first Jewish woman to be appointed to the Supreme Court. In Britain between 1996 and 2008, two of Britains three Lord Chief Justices were Jewish: Peter Taylor and Harry Woolf. In Germany in the early 1930s, though Jews were 0.7 percent of the population, they represented 16.6 percent of lawyers and judges.

One feature of Tanach is noteworthy in this context. Throughout the Hebrew Bible some of the most intense encounters between the prophets and G-d are represented as courtroom dramas. Sometimes, as in the case of Moses, Jeremiah, and Habakkuk, the plaintiff is humanity or the Jewish people. In the case of Job it is an individual who has suffered unfairly. The accused is G-d Himself. The story is told by Elie Wiesel of how a case was brought against G-d by the Jewish prisoners in a concentration camp during the Holocaust. At other times, it is G-d who brings a case against Bnei Yisrael.

The word the Hebrew Bible uses for these unique dialogues between heaven and earth is riv, which means a lawsuit, and it derives from the idea that at the heart of the relationship between G-d and humanity both in general, and specifically in relation to the Jewish people is covenant, that is, a binding agreement, a mutual pledge, based on obedience to G-ds law on the part of humans, and on G-ds promise of loyalty and love on the part of Heaven. Thus, either side can, as it were, bring the other to court on grounds of failure to fulfill their undertakings.

Three features mark Judaism as a distinctive faith. First is the radical idea that when G-d reveals Himself to humans He does so in the form of law. In the ancient world, G-d was power. In Judaism, G-d is order, and order presupposes law. In the natural world of cause and effect, order takes the form of scientific law. But in the human world, where we have free will, order takes the form of moral law. Hence the name of the Mosaic books: Torah, which means direction, guidance, teaching, but above all law. The most basic meaning of the most fundamental principle of Judaism, Torah min haShamayim, Torah from Heaven, is that G-d, not humans, is the source of binding law.

Second, we are charged with being interpreters of the law. That is our responsibility as heirs and guardians of the Torah she-be-al peh, the Oral Tradition. The phrase in which Moses describes the voice the people heard at the revelation at Sinai, kol gadol velo yasaf, is understood by the commentators in two seemingly contradictory ways. On the one hand it means the voice that was never heard again; on the other, it means the voice that did not cease, that is, the voice that was ever heard again (Deut. 5:19). There is, though, no contradiction. The voice that was never heard again is the one that represents the Written Torah. The voice that is ever heard again is that of the Oral Torah.

The Written Torah is min ha-shamayim, from Heaven, but about the Oral Torah the Talmud insists Lo ba-shamayim hi, It is not in Heaven (Bava Metzia 59b). Hence, Judaism is a continuing conversation between the Giver of the law in Heaven and the interpreters of the law on Earth. That is part of what the Talmud means when it says that Every judge who delivers a true judgment becomes a partner with the Holy One, blessed be He, in the work of creation (Shabbat 10a).

Third, fundamental to Judaism is education, and fundamental to education is instruction in Torah, that is, the law. That is what Isaiah meant when he said, Listen to Me, you who know justice, the people in whose heart is My law; do not fear the reproach of men, nor be afraid of their insults (Is. 51:7).

This is what Jeremiah meant when he said, This is the covenant I will make with the house of Israel after those days, says the L-rd: I will put my law within them, and I will write it on their hearts; and I will be their G-d, and they shall be My people (Jer.31:33).

This is what Josephus meant when he said, 1,900 years ago, Should any one of our nation be asked about our laws, he will repeat them as readily as his own name. The result of our thorough education in our laws from the very dawn of intelligence is that they are, as it were, engraved on our souls. To be a Jewish child is to be, in the British phrase, learned in the law. We are a nation of constitutional lawyers.

Why? Because Judaism is not just about spirituality. It is not simply a code for the salvation of the soul. It is a set of instructions for the creation of what the late Rabbi Aharon Lichtenstein, ztl, called societal beatitude. It is about bringing G-d into the shared spaces of our collective life. That needs law: law that represents justice, honoring all humans alike regardless of color or class; law that judges impartially between rich and poor, powerful and powerless, even in extremis between humanity and G-d; law that links G-d, its Giver, to us, its interpreters, the law that alone allows freedom to coexist with order, so that my freedom is not bought at the cost of yours.

Small wonder, then, that there are so many Jewish lawyers.

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Why Are There So Many Jewish Lawyers? - The Jewish Press - JewishPress.com

Those who push religion into our government dont belong there – Chicago Sun-Times

Enough using the Holocaust to justify hate. Enough using the slaughter of six million Jews, gypsies and LGBTQ folks in an attempt to sway voters. Enough lies about history to cover up a disdain for women and our rights. Video released of Republican candidate for governor Darren Bailey comparing the Holocaust to reproductive health care goes too far. He needs a history lesson. Illinois NOW says enough.

Hitler had one goal: racial purity. Millions of Jews, LGBTQ people, gypsies and the disabledwere slaughtered with the goal of a pure society. Antisemitic hate, replacement theory lies and comments from Bailey must be shut down.

I am a Jewish woman who had an abortion, and I speak about it so others realize they arent alone. Illinois NOW works to ensure our state remains a safe haven for abortion care and not the dystopian, anti-woman society Bailey dreams of.

SEND LETTERS TO: letters@suntimes.com. We want to hear from our readers. To be considered for publication, letters must include your full name, your neighborhood or hometown and a phone number for verification purposes. Letters should be a maximum of approximately 375 words.

A pregnant student must have the right to an abortion so their education continues. The single mother who works two jobs to feed her family must have the right to decide her future. A 10-year-old rape victim must have the right to an abortion so her life and her future are not jeopardized.

Abortion rights dont exist in a vacuum. Health care access, equal pay and voting rights are just the start. Racial inequities in health care create huge disparities in maternal mortality rates.

Housing costs and mortgage discrimination make living in a community with quality air and water unattainable for many. A lack of representation in government makes it difficult for many to have a voice.

As a Jew, I am sick of those using their religion to dictate what women can do. The Talmud says a child doesnt exist until it takes its first breath outside of the womans body. Before birth, the fetus doesnt have a life of its own. As an abortion rights advocate, I believe those who push religion into our government dont belong there. There must be a separation of church and state.

It is appalling that Bailey believes it is OK to use one of the most horrific annihilations in modern history to justify keeping us barefoot, pregnant and subjected to the whims of his religion. We must vote for pro-choice candidates and keep religious zealotry out of our government and our bodies.

Laura Welch, president, Illinois NOW

While I want American basketball star Brittney Griner returned home as soon as possible, I have to say her foolishness in bringing vape canisters containing cannabis oil into Russia has to rank extremely high in the world of stupid.

How could she not know she had these questionable things in her suitcase? The Russians dont believe her, and neither do I. If I were visiting Russia, China or North Korea, I would be afraid to bring along a safety pin.

While such countries commit atrocities all the time, their draconian laws probably lend them some semblance of uprightness and integrity. Brittney is not the first, nor the last, to end up in a countrys tangled web. Travelers to foreign countries best beware.

Kathleen Melia, Niles

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Those who push religion into our government dont belong there - Chicago Sun-Times

Promoting Nanoparticle Delivery at "Cellular Level" to Advance Nanomedicine – AZoNano

Spatiotemporal delivery of nanoparticles at the cellular level is desirable in nanomedicine to deliver a maximum cytotoxic drug into cancer cells via the accumulation of the nanoparticles in tumors. Nevertheless, the cancer-associated fibroblasts (CAFs) and macrophages in tumor cells reduce the efficiency of nanoparticle delivery in the spatiotemporal region.

Study:Glutathione Pulse Therapy: Promote Spatiotemporal Delivery of Reduction-Sensitive Nanoparticles at the Cellular Level and Synergize PD-1 Blockade Therapy. Image Credit:Kateryna Kon/Shutterstock.com

In an article published in the journalAdvanced Science, glutathione (GSH) pulse therapy based on a reduction-sensitive larotaxel (LTX) prodrug was developed as a nanoparticle delivery system for tumor cells. These nanoparticle delivery systems escaped the phagocytosis of macrophages and facilitated the penetration through the CAF-induced stromal barrier, as observed in an animal model with breast cancer.

Along with improving the penetration of these nanoparticle delivery systems into tumor cells, this therapy also helped in LTX accumulation in cancer cells and refurbished the immunosuppressive microenvironment to combine PD-1 blockade therapy. Moreover, the biodistribution of the designed nanoparticle delivery systems could be analyzed by quantifying theirin vivobiodistribution between different cells.

Nanoparticles of therapeutic potency have specific sizes, shapes, and surface characteristics that primarily influence the efficiency of nanoparticle delivery systems and thus control therapeutic efficacy. Nanoparticles with a diameter range between 10 and 100 nanometers are suitable for cancer therapy, as they can effectively deliver drugs.

Smaller nanoparticles (1 to 2 nanometers) can easily leak from the normal vasculature to damage normal cells and are easily filtered by kidneys (less than 10 nanometers in diameter), while the nanoparticles that are larger than 100 nanometers are likely to be cleared from circulation by phagocytes.

With the increasing importance of nanomedicine in cancer therapy, many nanoparticle delivery systems have been approved by the United States Food and Drug Administration (USFDA). Specifically, spatiotemporal nanoparticle delivery systems were applied to cancer treatment, and their therapeutic efficiency depends on the biodistribution of agents in spatial and temporal regions in tumor cells.

Macrophages in the tumor microenvironment (TME) affect the accumulation of nanoparticle delivery systems in spatiotemporal regions since most of the delivered nanoparticles are engulfed by them. Thus, phagocytosis of macrophages in the TME nullifies the therapeutic effects of nanoparticle delivery systems in tumor tissue.

Consequently, the spatiotemporal accumulation of nanoparticle delivery systems restricted at the tumor tissue level is insufficient to exhibit therapeutic efficiency and requires advancement to the cellular level, focusing on delivering a cytotoxic drug into cancer cells.

To this end, various nanoparticle delivery systems based on liposomes, polymeric nanoparticles, polymeric micelles, polymer-drug conjugate nanoparticles, and lipid-drug conjugate nanoparticles have been developed to date. While a few of these are under preclinical or clinical trials, others are on the market.

Based on previous studies, the authors hypothesized that GSH injections could positively impact the immune-suppressive and tumor-stromal microenvironment induced by CAFs and benefits the PD-1/PD-L1 checkpoint inhibitor therapy.

Thus, to test this hypothesis, three different nanoparticle delivery systems based on reduction-sensitive LTX prodrug nanoparticles with , , and disulfide bonds were designed and synthesized. Subsequently, the GSH pre-injections and injections based on therapeutic outcomes in murine triple-negative breast cancer models with a maximum accumulation of the LTX prodrug nanoparticles, termed GSH pulse therapy, were investigated.

Moreover, to observe the changes of cumulative drugs at the cellular level, a sophisticated method was established, wherein matrix-assisted laser desorption/ionization mass spectrometry imaging (MALDI-MSI), flow cytometry and cell sorting (FACS), and confocal laser scanning microscopy technologies were used to quantify the amount of drug delivered in target cells.

While MALDI-MSI imaging technology could map the biodistribution of drugs within the tissue, combining this method with a confocal microscope helped observe the changes in the LTX and LTX-SS-CA prodrugs distribution among macrophages and cancer cells.

Furthermore, combining FACS with liquid chromatography with tandem mass spectrometry (LC-MS/MS) helped quantify the accumulation of drugs in both macrophages and cancer cells. Fluorescent protein-based sophisticated transfection technology ensured the segregation of every cell type by FACS. Thus, the present study is suitable to investigate the biodistribution of nanoparticle delivery systems and antibody-drug conjugates (ADCs) at the cellular level required for advanced nanomedicine.

Overall, nanoparticle delivery systems, unlike conventional therapeutics, have the advantage of easy designing and tuning to reach the target site, not only to treat cancer but many other diseases. The GSH pulse therapy developed in the present study enables the reduction-sensitive nanoparticles to deliver the drugs to spatiotemporal regions of cancer cells that could synergize PD1 blockade therapy.

Subsequently, an analytical method that helped study the distribution of nanoparticle delivery systems at the cellular level included the integration of the FACS, MADLI-MSI, and confocal microscope technologies. Moreover, the established method was not only suitable for nanoparticle delivery systems but also ADCs and other targeted biomaterials.

Dong, S.,Zhang, Y.,Guo, X.,Zhang, C.,Wang, Z.,Yu, J.,Liu, Y et al. (2022) Glutathione Pulse Therapy: Promote Spatiotemporal Delivery of Reduction-Sensitive Nanoparticles at the Cellular Level and Synergize PD-1 Blockade Therapy.Advanced Sciences.https://onlinelibrary.wiley.com/doi/10.1002/advs.202202744

Disclaimer: The views expressed here are those of the author expressed in their private capacity and do not necessarily represent the views of AZoM.com Limited T/A AZoNetwork the owner and operator of this website. This disclaimer forms part of the Terms and conditions of use of this website.

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Retraction for the article Apigenin-Loaded Solid Lipid Nanoparticle At | IJN – Dove Medical Press

Li P, Bukhari SNA, Khan T, et al. Int J Nanomedicine. 2020;15:91159124.

The Editor and Publisher of International Journal of Nanomedicine wish to retract the published article. Concerns were raised regarding the alleged duplication of H&E images in Figure 4. Specifically,

In addition, images from Figure 4 also appear to have been duplicated with similar images from Figure 7 in Arellano-Buendia et al (2014), Oxidative Medicine and Cellular Longevity (https://doi.org/10.1155/2014/961326). Specifically,

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Pulse Biosciences Receives FDA 510(k) Clearance of Expanded Energy Settings for use with the CellFX System – Yahoo Finance

HAYWARD, Calif., August 04, 2022--(BUSINESS WIRE)--Pulse Biosciences, Inc. (Nasdaq: PLSE), a novel bioelectric medicine company commercializing the CellFX System powered by Nano-Pulse Stimulation (NPS) technology, today announced receipt of U.S. Food and Drug Administration (FDA) 510(k) clearance of expanded energy settings for use with the family of CellFX System treatments tips in dermatology.

"Pulse Biosciences is dedicated to providing dermatologists a superior solution for the treatment of benign lesions and to advancing the CellFX System and its capabilities. Clinicians in the U.S. are now able to access broader treatment settings to provide more customized energy delivery specific to individual lesions," said Darrin Uecker, President and Chief Executive Officer of Pulse Biosciences. "We are pleased with how quickly the FDA cleared these new energy settings based on the data we provided, requiring 53 of the allotted 90-day review period, to determine that the expanded settings are safe and effective for use with the CellFX System. We appreciate the ongoing collaboration with FDA as we continue to expand the clinical applications for the CellFX System."

About Pulse Biosciences

Pulse Biosciences is a novel bioelectric medicine company committed to health innovation that has the potential to improve the quality of life for patients. The Companys proprietary Nano-Pulse Stimulation technology delivers nano-second pulses of electrical energy to non-thermally clear cells while sparing adjacent non-cellular tissue. The CellFX System is the first commercial product to harness the distinctive advantages of NPS technology to treat a variety of applications for which an optimal solution remains unfulfilled. The initial commercial use of the CellFX System is to address a range of dermatologic conditions that share high demand among patients and practitioners for improved dermatologic outcomes. Designed as a multi-application platform, the CellFX System offers customer value with a utilization-based revenue model. Visit pulsebiosciences.com to learn more.

To stay informed about the CellFX System, please visit CellFX.com and sign-up for updates.

Pulse Biosciences, CellFX, Nano-Pulse Stimulation, NPS and the stylized logos are among the trademarks and/or registered trademarks of Pulse Biosciences, Inc. in the United States and other countries.

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All statements in this press release that are not historical are forward-looking statements, including, among other things, statements relating to Pulse Biosciences expectations concerning customer adoption and future use of the CellFX System to address a range of dermatologic conditions, statements relating to the effectiveness of the Companys NPS technology and the CellFX System to improve the quality of life for patients, and Pulse Biosciences expectations, whether stated or implied, regarding its rights offering, financing plans and other future events. These statements are not historical facts but rather are based on Pulse Biosciences current expectations, estimates, and projections regarding Pulse Biosciences business, operations and other similar or related factors. Words such as "may," "will," "could," "would," "should," "anticipate," "predict," "potential," "continue," "expects," "intends," "plans," "projects," "believes," "estimates," and other similar or related expressions are used to identify these forward-looking statements, although not all forward-looking statements contain these words. You should not place undue reliance on forward-looking statements because they involve known and unknown risks, uncertainties, and assumptions that are difficult or impossible to predict and, in some cases, beyond Pulse Biosciences control. Actual results may differ materially from those in the forward-looking statements as a result of a number of factors, including those described in Pulse Biosciences filings with the Securities and Exchange Commission. Pulse Biosciences undertakes no obligation to revise or update information in this release to reflect events or circumstances in the future, even if new information becomes available.

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Investors: Pulse BiosciencesSandra Gardiner, EVP and CFO510.241.1077IR@pulsebiosciences.com

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Pulse Biosciences Receives FDA 510(k) Clearance of Expanded Energy Settings for use with the CellFX System - Yahoo Finance

A New Spin on the Bacterial Flagellum: Its Normal Niche and Displacement – Answers In Genesis

Antoni van Leeuwenhoek observed individual living cells for the first time in history in 1674. Two years later, he noted microbes with long, thin appendages protruding from globular cells that seemed to provide locomotion, like little feet as they moved in drops of water. He gave credit to God in his writings over these new moving wonders. These appendages are now known as flagella (fig. 1), meaning little whips (from Latin).

More than 300 years later, Dr. Michael J. Behe used the flagellum and its nanomotor to introduce the concept of irreducible complexitythe idea that a structure is so complex that all its parts must initially be present in a suitably functioning manner. The bacterial flagellum is a perfect example of irreducible complexity because all its parts must be present from the start for it to function at all.

According to Darwinian theory, any component that does not offer an advantage to an organism (i.e., does not function) will be lost or discarded. How such a structure as the bacterial flagellum could have evolved in a gradual, step-by-step process as required by classical Darwinian evolution is an insurmountable problem for evolutionists. How a flagellum operates adds an additional level of complexity to the picture.

In the twenty-first century, we know that bacteria are intricately designed but can cause problems if displaced (e.g., urinary tract infections). In the last couple years, bioengineers have taken advantage of microbe motility and designed displacement to deliver drugs to diseased body organs.

Keywords: bacterial flagellum, design, displacement, drug delivery

Figure 1. E. coli flagellum. Image credit: CDC.

In 1674, Leeuwenhoek, a Christian of the Dutch Reformed faith, was intrigued by animalcules (little animals) that he saw in his water using a single-lens microscope. Ones he described as little or minute eels were spirillum (probably Spirillum volutans), a large bacterium with flagella. However, flagella werent clearly described in detail until 1836 when Christian Ehrenberg saw them on Chromatium okenii. In 1877, Louis Pasteur, a creation microbiologist, saw bacteria in animal blood during his studies of Vibrio septiquelater called Clostridium septicum. These bacteria were used in one of his proofs for germ theory. Pasteur called them vibrios (bacteria) with eyelashes (flagella) and was able to photograph stained ones in 1877, using a flagella stain developed earlier that year by Robert Koch. These were bacteria with many flagella (today called peritrichous).

Some bacteria have a single flagellum located at the end of a rod-shaped cell. To move in an opposite direction, a bacterium simply changes the direction the flagellum rotates. Other bacteria have a flagellum at both ends of the cell, using one for going in one direction and the other for going in the opposite direction. A third group of bacteria has many flagella surrounding the cell. They wrap themselves together in a helical bundle at one end of the cell and rotate in unison to move the cell in one direction. To change direction, the flagella unwrap, move to the opposite end of the cell, reform the bundle, and again rotate in a coordinated fashion. The structural complexity and finely tuned coordination of flagella attest to the work of a Master Engineer who designed and created flagella to function in a wonderfully intricate manner (Gillen 2020a).

Fast Facts for Flagella

Personally, I find flagella fascinating in bacteria and protozoa alike. Under dark-field or phase-contrast microscopy, moving bacteria or protozoa are delightful to watch. They can move fast, spin, turn, reverse directions quickly, swarm, and even do somersaults. Sometimes, you can see the actual thin flagella under phase-contrast or dark-field microscopy. They are very tiny and very fragile, and one must be very careful in handling them. Usually, bacteria have flagella (and active motility) during their early life (1648 hours). Later, cells often retract them, going into energy-conserving modes. For the genus Bacillus, their energy goes into spore formation, and for Serratia marcescens, pigment production. Once Serratia get a deep red, they dont move at all.

Flagella can also be stained and seen under bright-field microscopy, but this takes time, patience, and skill. The flagella stain (e.g., Leifson flagella stain) is one of the hardest in microbiology.

The number of flagella vary greatly from one to hundreds per cell. Vibrio cholerae have only one flagellum (monotrichous). Most strains of E. coli have only a few flagella. This bacterium produces 510 flagella that are randomly distributed across the cell surface. Serratia marcescens and some strains of Proteus have many flagella (when Serratia marcescens swarms, it can have 1001000 flagella per swarmer cell).

Figure 3. Gram positive vs. negative flagella anatomy. Image credit: CNX OpenStax, via Wikimedia Commons.

Flagella are the Creators molecular outboard motors, providing a rapid spin through water, body liquids, and other fluids. Their most interesting aspect is that they are attached to and rotated by tiny, electrical motors made of protein. Like an electrical motor, the flagellum contains a rod (drive shaft), a hook (universal joint), L and P rings (bushings/ bearings), S and M rings (rotor), and a C-ring and stud (stator). The flagellar filament (propeller) is attached to the flagellar motor via the hook. The flagellum requires over 40 different proteins and is driven by voltage difference developed across the cell membrane. This motor is one of natures best molecular machines! Some scientists have called the bacterial flagellum the most efficient machine in the universe with its self-assembly and repair, water-cooled rotary engine, proton motive-force drive system, speeds of up to 17,000 rpm, direction-reversing capability, and hard-wired signal-transduction system with short-term memory.

The sensory and motor mechanisms of the E. coli bacterium consist of several receptors that detect the concentrations of a variety of chemicals. Secondary components extract information from these sensors, which in turn is used as input to a gradient-sensing mechanism, which drives a set of constant torque proton-powered rotary motors that propel helical flagella from 30,000 to 100,000 rpm. This allows the bacterium to move approximately ten body lengths per second. Some have been clocked at up to 100 m per second, or the equivalent of 50 body lengths per second. As a comparison, bacteria move twice as fast as cheetahs! Generally, bacteria with polar flagella move faster than those with peritrichous (many) flagella.

Again, the complexity of the bacterial flagellum is direct evidence against evolution. In the 1990s, Dr. Michael Behe argued for the intelligent design of the human body. His argument is called the principle of irreducible complexity. To illustrate the complex nature of this principal, one needs to look at flagellar design in driving.

Figure 4a. Bacillus megetarium with its flagella. Image credit: Alan Gillen

The more E. coli is studied, the more complex its behavior is revealed to be. Recent observation takes the argument of microbes by design to the next level by providing insight into how E. coli drive more orderly than some people. The motion of E. coli is not random; it is directed, ordered, and reminds one of car traffic patterns (or even ant traffic patterns). Harvard researcher, Howard Berg, discovered that E. coli swim on the right side.

In human terms, driving properly to avoid accidents takes drivers education, intelligence, and practice. It is certainly not by random chance nor accidental. This recent discovery of E. coli driving on the right sidemeaning that when placed in narrow, forked tubes, they are more likely to swim up the right-hand fork due to the counterclockwise direction in which the flagella rotate. E. coli can also cooperatively move over surfaces (swimming). Bacteria cells move better on gel surfaces than solid. All this may have clinical implications.

Bacteria may have one flagellum or many in a variety of patterns. Polar flagella extend from the ends of bacteria, whereas peritrichous flagella are distributed randomly over the entire surface (peri means around, trichous means hair). Bacteria with polar flagella may have anywhere from one flagellum to a tuft of hundreds of flagella at one or both ends of the cell. A few bacteria, called spirochetes, have internalized flagella that lie beneath the cell wall and coil around the cytoplasmic membrane. Bacterial flagella neither flex nor whip like eukaryotic flagella. Instead, they rotate like propellers on a boat. If a bacterium with a single polar flagellum were held by its flagellum so that the flagellum did not move, then the body of the whole bacterium would rotate. Rotation is accomplished by a basal body and the hook that connects the flagellum to the bacterial cell. The basal body attaches the base of the flagellum to the cytoplasmic membrane and cell wall and acts as a motor to turn the flagellum. The hook transfers the rotation from the basal body to the external flagellar filament (Gillen 2020a).

Flagella rotate counterclockwise to propel bacteria forward, driven by chemotaxis, which is the movement of bacteria in response to chemicals in the environment. These chemicals can be used as energy sources, and bacteria have receptors on their surface to detect them. When such a molecule interacts with the receptor, a signal is sent to the basal body, the flagellar motor starts, and the bacterium moves toward the energy source.

Figure 4b. Bacillus species, Bacillus cereus, Leifson flagella stain. Image credit: CDC/Dr. William Clark

Bacteria with a single polar flagellum move simply back and forth. They move forward by rotating their flagellum counterclockwise, and backward by rotating their flagellum clockwise. Bacteria with multiple flagella move via the synchronized action of all the flagella. These bacteria show an overall pattern of movement consisting of a series of runs (or swims) and tumbles. During a run, all the flagella work together as a functional bundle and rotate synchronously in a counterclockwise direction to propel the bacterium toward the energy source. During tumbles, the flagellar bundles disassemble. The time spent in runs determines how fast the bacterium moves in a specific direction and depends on the concentration of the energy source. The greater the concentration of molecules of the energy source, the more interaction with the receptors, the more rotation, and the farther the bacterium moves. As the concentration decreases, there is less interaction with the receptors, flagella are engaged less, and the bacterium does not move as far. Instead, the bacterium tumbles more often. During a tumble, when flagella turn clockwise, the bacterium ceases forward motion and jiggles. Once the tumble is completed, the bacterium moves randomly away from the site of the tumble. So the more a bacterium tumbles, the greater the chance it will not move in a definite direction.

E. coli is normally an intestinal, commensal bacterium that can adapt to new environments in the body. E. coli swims faster in the urinary tract than in the gut due to less resistance and viscosity of fluids. According to Harvard biologist Howard Berg, E. coli lives a life of luxury in the lower intestines of warm-blooded animals, including humans. Once expelled, it lives a life of penury and hazard in water, sediment, and soil. E. coli is a minor constituent of the human gut. A typical stool contains as many as 1011 (100 billion) bacteria per cubic centimeter (cm3). Up to 109 (1 billion) of these are E. coli. Most of the other bacteria are strictly anaerobic, and thus unable to live in the presence of oxygen outside of the body. Cells of E. coli can live with or without oxygen, and thus survive until they find another host or another part of the body .... If fed well, however, it grows to a density like that of its siblings there, to some 109 cells per cm3: the population of India in a spoonful (Berg 2004). Once out of this normal microhabitat and niche, it can adapt to most places in the body if given the right nutrients.

Figure 5. Reagent strips for urinalysis. Image credit: Alan Gillen.

A urinary tract infection (UTI) is an infection involving any part of the urinary systemincluding urethra, bladder, ureters, and kidneyand occurs when germs (bacteria) invade the urinary tract. UTIs are the most common type of healthcare-associated infection reported to the CDC, with 68 million UTI cases diagnosed each year in the United States. According to the CDC (2022), 80 to 90% of UTIs are caused by E. coli. For the most part, E. coli lives harmlessly in the gut, but it can cause problems if it enters the urinary system.

Figure 6. E. coli nitrate broth urine stick. Image credit: Alan Gillen.

A different scenario for displacement is when Proteus mirabilis enters the bloodstream through wounds. (The most frequent cases are among the elderly with declining immune systems.) This happens with contact between a wound or sore and an infected surface. The bacteria then induce an inflammatory response that can cause sepsis and urosepsis and damage to the kidney and ureters. On rare occasions, P. mirabilis can also colonize the lungs, perhaps by infected hospital breathing equipment, causing pneumonia. In each case, the bacteria are swimming through the blood, lymph, or body fluids via flagella.

Figure 7. Giardia intestinalis. Image credit: Stefan Walkowski, via Wikimedia Commons.

The essence of this approach is using bugs (via motorized microbes) to deliver drugs. We can use bacteria or Giardias swimming ability (via flagella) to send them to internal organs and deposit drugs.

E. colis flagella are the most studied, but magnetotactic bacteria are also promising. These species of soil bacteria synthesize iron oxide nanoparticles called magnetosomes as compasses that allow them to navigate in the earths magnetic field to find optimum conditions for growth and survival. These bacteria with microscopic magnets are perfectly shaped and ideally suited to the microscopic packages we need to target deep cancers (like breast and prostate cancer) (McKie 2022). Magnetotactic bacteria also have hyperdrive-equipped flagella and are reported to swim ten times faster than E. coli because of their gear-driven, seven-engine, magnetic-guided flagellar bundles that can accelerate from 0 to 300 micrometers (m) in one second. With this capability, they could deliver medicine quickly.

Of another example of bacteria flagella delivery systems, GEN 2020 states, A biohybrid microswimmera genetically engineered bacterium studded with nanoerythrosomescan be loaded with molecular cargo, injected into the body, and sent on a delivery mission. For example, the microswimmer could propel itself through viscous environments and tissue cells to dispense drugs at a tumor site. To get where it needs to go, the microswimmer could home in on a signal of some kind. A chemical signal could allow microswimmer dispatchers to take advantage, however passively, of a bacteriums natural sensing capabilities. Alternatively, magnetic or sound signals could allow for a more active, hands-on approach. That is, microswimmer movements could be subjected to remote control. In this example, nanoerythrosomes were attached to the bacterial membrane using a biological bond. This process preserved two important red blood cell membrane proteins: one needed to attach the nanoerythrosomes, and one to prevent macrophage uptake.

One bioengineered E. coli strain served as a bioactuator (an organism that produces a motion by converting energy and signals going into the system) performing the mechanical work of propelling through the body using flagellar rotation. The swimming capabilities of the bacteria were assessed using a custom-built algorithm and videos to document their performance. These biohybrid microswimmers performed at speeds 40% faster than other non-engineered E. coli-powered microparticles-based biohybrid microswimmers. They demonstrated a reduced immune response due to the nanoscale size of the nanoerythrosomes and adjustments to the density of coverage of nanoerythrosomes on the bacterial membrane. These biohybrid swimmers could deliver drugs faster, due to their swimming speed, and encounter less immune response, due to their composition (Genetic Engineering and Biotechnology News 2020).

Giardia are protozoans with eight flagella. As Georgia Purdon (2012) previously reported, bioengineered Giardia robots could possibly be used as nanomachines to deliver drugs to places like the kidneys. If these microrobots can imitate the swimming abilities of wild Giardia, doctors could use them for drug delivery and breaking up kidney stones. The technology has promise but still needs more work to become useful in a hospital setting.

Motile microbes are fascinating. Both bacteria and protozoa with flagella show evidence of design. Some of the first electron microscope images of the flagellum, presumably from Bergs Harvard lab, spoke for themselves in this regard. Berg was probably the foremost authority on E. coli in motion, illustrating the flagellum of bacteria. His work also inspired Dr. Richard Bliss, who spoke about the intricate creation of the bacterial flagellum ten years before Michael Behe.

Flagellated bacteria and protozoa in their designed host and place (as microbiome) can benefit their host, themselves, and nature. However, due to their mobility and adaption they can travel other places in their hosthuman or animal. Displaced from their normal niche and microhabitat, they can cause great distress and disease to their host. The most notable example with bacteria is through entering the urinary system and causing UTIs and kidney infections. And Giardia, in particular, can cause significant diarrhea and in immunocompromised children could lead to death.

Some bacteria are self-propelled via flagella equipped with magnetic crystals to navigate the body. Magnetostatic bacteria live in murky water on little oxygen, and their crystals align with the magnetic field of the earth to navigate to good environments for orientation.

Flagellated bacteria preloaded with cancer drugs offer promise in medicine. Magnetosomes carry the iron crystals, and these crystals can naturally navigate to the right body organs. But it takes the flagellum to propel the bacteria loaded with drugs and magnets to cancerous organs. Motility via flagella is key in bacterial therapy, since bacteria can actively swim and penetrate deep into tumor tissue. Tumors display irregular and chaotic vasculature, leading to areas with low oxygen concentration and nutrient limitation. Such hypoxic (low oxygen) regions are a perfect niche for anaerobic (no oxygen) and microaerophilic (low oxygen) bacteria to perform selective colonization. The mechanism behind this bacterial therapy is still not well understood, but there is evidence indicating that bacteria could perform direct oncolysis (cancer cell destruction) and stimulate the immune system. The amazing designs given by the Creator give bioengineers ideas to make their own flagellated nanofactories to function in drug delivery and to help mitigate the effects of mankinds sin-caused curse.

These discoveries may expand to use other flagellated bacteria and protozoans as well as lead to the design of bio-inspired, swimming micro-robots for nanomedicine, with site-specified and controlled drug delivery that is less invasive than surgical procedures. Bioengineers are trying to think like the Master Bioengineer in bringing healing and restoration. Thinking Gods thoughts after him (Psalm 139:17) could bring both new revelation in science and help in restoration of a diseased body in a fallen world.

Michael J. Behe, Darwins Black Box: The Biochemical Challenge to Evolution, New York: Free Press, 2006.

Michael J. Behe, A Mousetrap for Darwin: Michael J. Behe Answers His Critics, Seattle, WA: Discovery Institute, 2020.

Howard C. Berg, E. coli in Motion, New York: Springer, 2004.

CDC, Urinary Tract Infection, https://www.cdc.gov/antibiotic-use/uti.html.

Alan L. Gillen, The Genesis of Germs: Disease and the Coming Plagues in a Fallen World, rev. ed., Green Forest, AR: Master Books, 2020.

Alan L. Gillen, Body by Design: Fearfully & Wonderfully Made, Green Forest, AR: Master Books, 2020.

Alan L. Gillen and Frank Sherwin, The Design of Giardia and the Genesis of Giardiasis, Answers In-Depth, July 19, 2017, https://answersingenesis.org/biology/microbiology/design-giardia-and-genesis-giardiasis/.

Scott C. Lenaghan et al., High-Speed Microscopic Imaging of Flagella Motility and Swimming in Giardia lamblia Trophozoites, Proceedings of the National Academy of Sciences 108 (34): E550558, https://doi.org/10.1073/pnas.1106904108.

Georgia Purdom, Magnificent Motors: God Invented It First, Answers Magazine, January 1, 2012, https://answersingenesis.org/biology/microbiology/magnificent-motors/.

Drug Delivery via Biohybrid Microswimmers a Flagellum Lash Closer, Genetic Engineering and Biotechnology News, April 8, 2020. https://www.genengnews.com/topics/drug-discovery/drug-delivery-via-biohybrid-microswimmers-a-flagellum-lash-closer/.

Robin McKie, Magnets Made by Soil Bacteria Offer Hope for Breast and Prostate Cancer, The Guardian, May 8, 2022, https://www.theguardian.com/science/2022/may/08/magnets-made-by-soil-bacteria-offer-hope-for-breast-and-prostate-cancer.

About the author: Dr. Alan L. Gillen is a professor of biology at Liberty University.

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A New Spin on the Bacterial Flagellum: Its Normal Niche and Displacement - Answers In Genesis

National Nanotechnology Initiative (NNI) Releases Video Trailer to Highlight Documentary on NNI over the Past 20 Years ‘NNI Retrospective Video:…

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Washington, D.C., Aug. 04, 2022 (GLOBE NEWSWIRE) -- For Immediate Release Thursday, August 4, 2022

Contacts: TV Worldwide (703) 961-9250 ext. 221 [emailprotected] http://www.TVWorldwide.com Washington, D.C., August 4, 2022 - TV Worldwide, since 1999, a pioneering web-based global TV network, announced that it was releasing a video trailer highlighting a previously released documentary on NNI over the past 20 years, entitled, 'NNI Retrospective Video: Creating a National Initiative'. The video and its trailer were produced in cooperation with the National Nanotechnology Initiative (NNI), the National Science Foundation and the University of North Carolina Greensboro. The 3-minute video trailer can be viewed by clicking here. The full video documentary can be viewed by clicking here. Video Documentary Synopsis Nanotechnology is a megatrend in science and technology at the beginning of the 21 Century. The National Nanotechnology Initiative (NNI) has played a key role in advancing the field after it was announced by President Clinton in January 2000. Neil Lane was Presidential Science Advisor. Mike Roco proposed the initiative at the White House in March 1999 on behalf of the Interagency Working Group on Nanotechnology and was named the founding Chair of NSET to implement NNI beginning with Oct. 2000. NSF led the preparation of this initiative together with other agencies including NIH, DoD, DOE, NASA, and EPA. Jim Murday was named the first Director of NNCO to support NSET. The scientific and societal success of NNI has been recognized in the professional communities, National Academies, PCAST, and Congress. Nanoscale science, engineering and technology are strongly connected and collectively called Nanotechnology. This video documentary was made after the 20th NNI grantees conference at NSF. It is focused on creating and implementing NNI, through video interviews. The interviews focused on three questions: (a) Motivation and how NNI started; (b) The process and reason for the success in creating NNI; (c) Outcomes of NNI after 20 years, and how the initial vision has been realized. About the National Nanotechnology Initiative (NNI) The National Nanotechnology Initiative (NNI) is a U.S. Government research and development (R&D) initiative. Over thirty Federal departments, independent agencies, and commissions work together toward the shared vision of a future in which the ability to understand and control matter at the nanoscale leads to ongoing revolutions in technology and industry that benefit society. The NNI enhances interagency coordination of nanotechnology R&D,supports a shared infrastructure, enables leveraging of resources while avoiding duplication, and establishes shared goals, priorities, and strategies that complement agency-specific missions and activities.The NNI participating agencies work together to advance discovery and innovation across the nanotechnology R&D enterprise. The NNI portfolio encompasses efforts along the entire technology development pathway, from early-stage fundamental science through applications-driven activities. Nanoscience and nanotechnology are prevalent across the R&D landscape, with an ever-growing list of applications that includes nanomedicine, nanoelectronics, water treatment, precision agriculture, transportation, and energy generation and storage. The NNI brings together representatives from multiple agencies to leverage knowledge and resources and to collaborate with academia and the private sector, as appropriate, to promote technology transfer and facilitate commercialization. The breadth of NNI-supported infrastructure enables not only the nanotechnology community but also researchers from related disciplines.In addition to R&D efforts, the NNI is helping to build the nanotechnology workforce of the future, with focused efforts from K12 through postgraduate research training. The responsible development of nanotechnology has been an integral pillar of the NNI since its inception, and the initiative proactively considers potential implications and technology applications at the same time. Collectively, these activities ensure that the United States remains not only the place where nanoscience discoveries are made, but also where these discoveries are translated and manufactured into products to benefit society.About TV Worldwide

Founded in 1999, TV Worldwide.com, Inc. (t/a TV Worldwide, Inc., http://www.TVWorldwide.com) is a veteran-owned Internet TV solutions company that developed the first network of community-based Internet TV channels, primarily targeting niche enterprise/professional audiences ranging from the maritime industry to the cybersecurity and federal/public sectors. Known by many in the industry as "Intelligent Internet TV," Fortune 500 companies, 40 federal government agencies, and numerous associations including the National Association of Broadcasters have partnered with TV Worldwide to utilize TV Worldwide's live and on-demand state-of-the art video streaming content applications and Internet TV channels. In recognition of the company's pioneering unique achievements in new media solutions and content development, TV Worldwide has been selected by the National Academy of Television Arts and Sciences (NATAS) to webcast past Daytime Emmy Awards and the Emmy awards for Technology and Engineering. TV Worldwide Chairman and CEO Dave Gardy, has been honored by Streaming Media Magazine as one of the 25 Most Influential People in Streaming Media. Mr. Gardy also has served as the President of the International Webcasting Association (IWA) and was a member of the Vietnam Veterans Memorial Fund Corporate Council. Contacts: TV Worldwide (703) 961-9250 ext. 221 [emailprotected] http://www.TVWorldwide.com ###

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National Nanotechnology Initiative (NNI) Releases Video Trailer to Highlight Documentary on NNI over the Past 20 Years 'NNI Retrospective Video:...

WSU College of Medicine to Expand Conditional Acceptance Program to Enroll More Native Students – Centralia Chronicle

Greg Mason / The Spokesman-Review

Statistically, the Washington State University Elson S. Floyd College of Medicine enrolls higher numbers of American Indian and Alaska Native students compared to other medical schools nationwide.

That's not saying much, Leila Harrison admitted.

Harrison, the College of Medicine's senior associate dean for admissions and student affairs, pointed to how WSU's number of enrolled American Indian and Alaska Native students has ranged as high as approximately 5% of the total student population. By comparison, the annual nationwide rate in that span has hovered around 0.7%, according to Association of American Medical Colleges data.

"When you say that, you would think that it's a big number," Harrison said. "It's still a small number, and that needs to change."

The College of Medicine is hoping to do so by expanding a program that offers conditional acceptance into WSU's medical school to students from federally recognized tribes.

Since 2020, WSU has partnered with the Oregon Health and Science University School of Medicine in Portland and the University of California, Davis School of Medicine to offer the Wy'east Post-Baccalaureate Pathway.

As part of the program, the College of Medicine has granted conditional acceptance to up to four students per year who first attend a 10-month program at OHSU in Portland.

Starting in 2024, WSU will host its own pathway program on the Spokane campus thanks to a five-year, $3.4 million federal grant that will allow for more enrollees and for WSU a more direct connection with program participants.

"The amazing part of that is we get to have our own faculty train them. We get to immerse them into our own learning environment and learning community," said Harrison, who has spearheaded WSU's program pathway efforts. "For them, they get to know us better as an administration and our current student body. They get to become more familiar with the resources that are available to our medical students."

Before getting involved in Wy'east, the WSU College of Medicine founded in 2015 was not established long enough to create its own pathway program.

Harrison said OHSU reached out around 2018 to see if WSU was interested in Wy'east, thereby giving participating students options to attend medical school either at WSU Spokane, OHSU or UC Davis in Sacramento. WSU's first Wy'east cohort was picked in 2020.

The 10-month program in Portland prepares participants for the first year of medical school with anatomy and epidemiology coursework, clinical shadowing, research and Medical College Admission Test preparation.

Moving to Portland for 10 months' of classes before moving again to Spokane was a barrier for many prospective applicants, however. Lexie Packham, who is entering her second year at the College of Medicine, had to move from Utah to Portland for Wy'east before finally landing in Spokane to attend WSU.

"That was a bit inconvenient for my husband who had to be switching jobs a lot," said Packham, a member of the Standing Rock Sioux Tribe. "It would've been nice to do Wy'east at the school that I was going to attend afterwards."

A new $3.4 million grant, funded over five years from the U.S. Department of Health and Human Services, will allow WSU, OHSU and UC Davis to each operate their own pathway programs for Native students.

WSU's program, which will come online in fall 2024, will have a new name reflective of local tribes, Harrison said. WSU also plans to enroll more students and will attempt to make it a certificate or degree program.

"These are not necessarily going to be courses that are already existing," she said. "Part of this is building, working with our current faculty to build coursework that is applicable to this level of student that is sort of pre-preparation for the medical curriculum."

Wy'east students, as well as those participating in WSU's future program, must be enrolled members of federally recognized tribes, regardless of race or ethnicity, and must have a bachelor's degree. State law prohibits WSU from considering race or ethnicity for admissions.

Harrison said the grant also allows WSU to hire additional program staff.

"It's really kind of bringing them into that College of Medicine family that we have and the overall culture that we have," she said. "They already become part of us, so that way, when they matriculate into the medical school, they are already comfortable. They already have that knowledge and trust rather than transitioning and building it brand new."

Packham said Wy'east gave her a pathway to pursue her dream after her initial applications into medical school were rejected.

"It's really important that WSU has a program like Wy'east to get Native people involved in medicine because I know a lot of Native people who are interested in working in health care," she said. "It's hard because they don't ever see a Native doctor."

Packham had applied to medical schools after studying microbiology at Brigham Young University. While she wasn't accepted, two of the schools WSU and OHSU referred her to the Wy'east program.

As a result, Packham said her first year at WSU felt like review after learning much of the material in Wy'east, which due to the conditional acceptance provided a "low-stakes environment" for her to learn.

"That really helped me have a mindset of just trying my best and not being a perfectionist about things," she said, "because the point of school, the point of medical school, is to keep failing until you really understand the coursework and the medical skills. That shift with Wy'east really helped."

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WSU College of Medicine to Expand Conditional Acceptance Program to Enroll More Native Students - Centralia Chronicle

This 13-Year-Old is Headed to Medical School. Mama I Made it. Best Life – Best Life

In the popular 1989 sitcom Doogie Howser, MD, a young Neil Patrick Harris plays a teenage prodigy who becomes the youngest licensed doctor in the country at the age of 14. While the plotline seemed unrealistic to most, the show ran four seasons and the actor became a household name. This week, life imitates art as a 13-year-old girl, who graduated high school at the age of 12, has been accepted into medical school.

"Today I'm just grateful. I graduated High school LAST YEAR at 12 years old and here I am one year later I've been accepted into Med School at 13," Alena Analeigh, who goes by The Brown STEM Girl on Instagram, started her post. "I'm a junior in college. I've worked so hard to reach my goals and live my dreams."ae0fcc31ae342fd3a1346ebb1f342fcb

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She then went on to give her mother credit for her success. "Mama I made it. I couldn't have done it without you. You gave me every opportunity possible to be successful. You cheered me on, wiped my tears, gave me oreos when I needed comfort, you never allowed me to settle, disciplined me when I needed . You are the best mother a kid could ever ask for. MAMA I MADE IT! You always believed in me.You allowed me space to grow and become, make mistakes without making me feel bad. You allowed me the opportunity to experience the world," she continued. "I pray God blesses me so big you never ever have to want for anything in this earthly life. You sacrificed so much for me (people have no idea what we have been through) and here I am while it seems so far away the end of this college chapter is going by so fast. MOMMY I MADE IT!!!!!"

RELATED: This 13-Year-Old is Headed to Medical School. "Mama I Made it."

In the post, she also shared an image of her acceptance letter from the Burroughs Wellcome Scholars Early Assurance Program at the University of Alabama at Birmingham's Heersink School of Medicine, which she will attend in 2024. The school confirmed her admission to CNN. According to their website, the school, a partnership between the medical school and Alabama HBCU's provides early acceptance to the students who meet their requirements for acceptance and matriculation.

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"I'm still a normal 13-year-old," Alena, who is studying for two separate degrees at both Arizona State University and Oakwood University, told The Washington Post in an interview. While most people would consider her a genius, the modest teen chalks it all up to dedication. "I just have extremely good time management skills and I'm very disciplined," she said.

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However, according to her mom, Daphne McQuarter, her daughter was blessed with a beautiful mind. "Alena was gifted," she told The Washington Post. "It was just how she did things and how advanced she was. She was reading chapter books." Alena is looking forward to paving the way for other young, Black girls. "It feels amazing to be able to create a path for girls that look like me," she told WP. "It doesn't matter how old you are. You can do it. Don't let anybody tell you no."

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This 13-Year-Old is Headed to Medical School. Mama I Made it. Best Life - Best Life

How medical students aid each other in the quest for well-being – American Medical Association

Medical student wellness requires numerous resources. One of those assets is proving to be the students themselves.

With an understanding of that, medical schools are beginning to increase formal peer-to-peer wellness programs.

We work very hard to understand the student perspective, as faculty, said Lee Rosen, PhD, associate dean for students at the Larner College of Medicine at the University of Vermont (UVM). But there's parts of that perspective that are best understood by people who have gone through it recently.

Managing milestones with peer support

UVM has robust programming centered around peer-to-peer wellness. It includes a student-run wellness committee and two programs that help students with particular pain points in the early years of medical schoolthe transition to medical student and preparing for the Step 1 of the United States Medical Licensing Examination(USMLE).

The Big Sibs program pairs each new first-year medical student with a second year. The second-year student meets with the first-year student to provide emotional and logistical guidance, especially around the transition to med school.

What we do as professionals is learn to be people who take care of each other so that we can take care of the people, Rosen said. And that has to begin on day one of medical school.

Reducing physician burnout is a critical component of the AMA Recovery Plan for Americas Physicians. You took care of the nation. Its time for the nation to take care of you. Its time to rebuild. And the AMA is ready.

Far too many American physicians experience burnout. That's why the AMA develops resources that prioritize well-being and highlight workflow changes so physicians can focus on what matterspatient care.

The Step Sibs program matches a second-year medical student with a third or fourth year during dedicated study time for Step 1. The relationship, Rosen said, is specifically for emotional rather than academic support.

Isi R. Beach, is a UVM medical student in the midst of a research year. As a member of the wellness committee, she was instrumental in the development of the Step Sibs program and acted as a mentor to an M2 approaching her test date.

We like the idea of the peer-to-peer mentor because faculty took the boards years ago, but that was before it was before it turned into this really high-pressure event, she said.

It's helpful to have a student mentor because theyre probably more up to date on the best advice and they're more approachable. It's a lot easier to have the cell phone number of fellow med student than it is to call up a faculty member. It's really helpful to have that on-demand sort of advice.Learn the 4 key elements of medical student well-being.

A lesson in compassion

UVM hopes to expand the peer-to-peer program to include a resident-student mentorship program around the Match, the key milestone in the later years of medical school.

The barriers to entry for the mentorship piece, Beach said, were low.

As far as the time commitment, people used their sibling as much or as little as they wanted, she said. For me it was kind of just checking in every week or every other week over text, and it really wasn't any strain on me.

Even if it is adding one more thing to the list for medical students, Rosen believes that the mentor-mentee relationship has value outside of the wellness arena.

Students who take care of each other, who support each other to be successful, those are the kind of physicians that you want to have out in the world, he said. Those who create effective teams, who make the people around them better, that's what residency program directors are looking for.

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How medical students aid each other in the quest for well-being - American Medical Association

The growing division within the house of medicine – Medical Economics

I am concerned. There is a brewing storm within the normally collaborative and professional family of medicine as nursing organizations and other nonphysician associations advocate in state legislatures across the country to be allowed to practice independently and without restriction or supervision. Although I understand their motivation in advocating for their profession, I fear for the unintended consequences of this movement that will ultimately undermine the public trust in the entire medical system.

I have practiced and been partners with many nurse practitioners (NPs) and physician assistants (PAs) during my career, many of whom are very capable of seeing patients independently after years of experience. I have also seen firsthand that most new graduates are far from prepared to practice outside a structured environment with mentors and experienced physicians.

Additionally, I have been critical of the inadequate supervision requirements that have been in place for decades, being neither protective of the public nor designed to improve the knowledge or skills of those supervised. In essence, supervision should be the version of advanced training that residencies are for physicians.

As a family physician, I totally understand having to prove my competence. When I entered practice, as is still true today, doing obstetrics or managing complex hospital patients was not standard in my hospital for family physicians, nor was such training assured simply by graduating a residency. (There is a difference between experiential vs hands-on practical training).

Despite training as a resident, I was required to consult and be supervised to prove my knowledge and ability, and I ultimately gained full obstetrical privileges and admitting privileges to the intensive care unit and coronary care unit. It felt demeaning, but with time and wisdom, I realized it did more for my specialty and my own standing in the medical community.

Traditionally, state medical boards are set up to license physicians and regulate the practice of medicine. They are required to set the minimum standards of practicing medicine in the state, broadly defined as diagnosis and treatment of disease, prescribing medication and performing surgery. Almost without exception, states have moved away from their own certification exams to requiring physicians pass each part of the extensive three-part United States Medical Licensing Examination; part three being taken during the first year of residency training, and licensure coming after completing one year of post-medical school residency training.

New physicians can then get their medical license, but almost all complete a residency before entering independent practice. With state legislatures granting full independent practice to advanced practice nurses and PAs and each board granting their own licenses, we are on the way to having multiple standards of the practice of medicine. I am afraid the long-term effect of this move will play out over time and, unfortunately, in the courts.

I am also concerned about the increasing lack of public transparency regarding the training and credentials of the clinician who is caring for them. There is a trend by many hospitals and other corporate clinics to staff their urgent care centers, primary care clinics with NPs or PAs, often without an onsite physician.

Although the motivation seems to be greater availability of staff and lower costs, there is concern about whether new hires at these sites are ready for such independent practice. I believe the public still expects physician care as the primary option when seeking care, particularly in the emergency department or urgent care setting. If that is no longer the standard of practice, then the public should be made aware.

There is more to unpack on the subject of physician, NP and PA workforce, as well as the many aspects of the growing conflict within the house of medicine. We at Medical Economics will begin to examine the conflict and take a deeper dive into training differences, data regarding the claim that NP or PA care is equal to physician care, and whether the growing numbers of NPs and PAs is solving our geographic distribution problem. Well also look at who is hiring NPs and PAs, the economic drivers of this movement and emerging examples of places and policies that assure patients receive the best possible care from these practitioners.

L. Allen Dobson Jr., M.D., FAAFP, is a family physician and editor-in-chief of Medical Economics.

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The growing division within the house of medicine - Medical Economics

Alumni Association honors medical student with Howard A. Donnelly Award for outstanding leadership and service – Wayne State University

Freshman Warrior M.D. Class of 2026 student Tareq Hanna has won the Wayne State University Alumni Associations 2022 Howard A. Donnelly Award, given to two undergraduates considered to have made outstanding contributions to the universityin areas of leadership and service while maintaining high scholarship during undergraduate studies.

Hanna, a first-year physician-in-training at the WSU School of Medicine, was a member of the Irvin D. Reid Honors College as an undergraduate, and in May received a bachelors degree in biological sciences from the College of Liberal Arts and Sciences, with a minor in chemistry.

He served as an organic chemistry peer mentor, as well as a research assistant at the Parkinsons Disease Lab. Hanna has volunteered with the Wayne Health Mobile COVID-19 Testing Team, in the emergency room at Beaumont Hospital Farmington Hills, and served as president of the Detroit Diabetes Association. He has been involved with the National Arab American Medical Associations Wayne State chapter, expanding student opportunities and serving as collaboration chair.

The Howard A. Donnelly Award was established in 1927 at the request of Donnelly, a longtime WSU supporter.The award is given annually totwo selected candidateswho will completetheir bachelor's degree studies in May of that year.

I am very honored to be recognized with this award. Looking back at the nearly century-long history of this award and all those who have received it, I cannot help but be proud to be added to this list of great alumni, Hanna said. Thank you to anyone who has been there for me as a friend or a mentor throughout the process -- you know who you are.

Hanna moved to Michigan in the 2010s, after living in the Middle East and Canada.

I loved my time at Wayne State for the previous four years so much that they couldnt get rid of me! The medical school is known for being one of the best in the country and has a strong history of innovation in the field while training great clinicians. More than anything, I love the support system in place at WSU. They truly will not let you fail and they go the extra mile to see you succeed, he added.

Hanna is looking forward to continuing the work he started during undergraduate studies.

We just had our first exam, so I have quickly immersed myself academically and I am getting up to speed with the medical school lifestyle, but I am also trying to get involved outside of classes. The medical school community is just as great as the undergraduate community, so they give us lots of opportunities to get involved, he said.

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Alumni Association honors medical student with Howard A. Donnelly Award for outstanding leadership and service - Wayne State University

Managing staff during the Great Resignation: Focus on stayers, not leavers – Medical Economics

How to make sure resignations don't derail your staff retention.

Welcome to Five Minute Practice Fix, featuring instructional videos by physician and business of medicine expert Neil Baum, M.D. These videos are 5 minutes (this one is a bit longer) in length and will provide practical ideas and suggestions that have been tested in his practice or used by other physicians that significantly improve the efficiency and productivity of their medical practices.

Today's episode focuses on retaining workers at your practice during the Great Resignation.

About Neil Baum, M.D.

Dr. Baum is Professor of Clinical Urology at Tulane Medical School in New Orleans, Louisiana. Dr. Baum is the author of Marketing Your Clinical Practice-Ethically, Effectively, and Economically, which is in its 4th edition, has sold over 175,000 copies and has been translated into Spanish. He has also written The Complete Business Guide to a Successful Medical Practice, which was published in 2015. He has written a book, Whats Going on Down There? which has served as a guide for womens health.He has written ten books on practice management and the business of medicine.

Dr. Baum was the columnist for American Medical News for more than 25 years. Dr. Baum wrote the popular column, The Bottom Line, for Urology Times for more than 20 years. He has authored or co-authored over 250 articles that have appeared in peer-reviewed medical publications on various urologic topics as well as articles on practice management.

Dr. Baum has recently published a book, The Business Basics of Building and Managing a Healthcare Practice,(Springer 2019), which emphasizes the importance of being involved in the business of a medical practice.

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Managing staff during the Great Resignation: Focus on stayers, not leavers - Medical Economics

Joshua Brandon Crane, a Navy veteran and UC Davis medical student, dies after saving others in the American River – KCRA Sacramento

Family, classmates and professors are mourning the death of 30-year-old UC Davis medical student Joshua Brandon Crane. The five-year Navy veteran disappeared under the water Friday at a social event he organized for his medical school colleagues."He saw some women in distress in the San Juan Rapids," his sister Jessica Crane told KCRA 3. "No hesitation, he jumped off his board and he got in the water and got them out."Sacramento Metro Fire and the Sacramento County Sheriff's Office recovered his body in the American River on Saturday."In every sense of the word, he was a hero," his sister said. "He was a hero to a lot of people, everyone views him that way. He's my biggest hero."Crane was born in Chico and raised with his sister by their single mother. Their father died 29 years ago Monday. He went to Chico High School, then joined the navy at the age of 18.He served for five years and was stationed at Camp Pendleton and in Okinawa, Japan. When he returned, he enrolled in Chico State for undergraduate classes, with dreams of going to medical school."He was holding out for Davis," his sister said. "That was the big one."Fast forward to this summer, Joshua was a fourth-year student at the UC Davis School of Medicine.The associate dean of students, Dr. Sharad Jain, told KCRA 3 he was working toward a residency in internal medicine. He dreamed of doing that at UC Davis, as well.During his time in medical school, Dr. Jain said Joshua volunteered with people experiencing homelessness, refugees who were new to the Sacramento area, and vulnerable and marginalized communities. Dr. Jain and Joshua met on Thursday, the day before he disappeared under the American River. The two had a special bond. "We talked about his hopes, his dreams, and his ideas for a career ahead," he reflected. "I felt like he was at a really good place at the time, so I think that made this loss even more tragic."Right now, the medical school is working with Joshua's family to arrange a memorial service.His classmates have put together a GoFundMe to help his family in the meantime. If you would like to help, click here.

Family, classmates and professors are mourning the death of 30-year-old UC Davis medical student Joshua Brandon Crane.

The five-year Navy veteran disappeared under the water Friday at a social event he organized for his medical school colleagues.

"He saw some women in distress in the San Juan Rapids," his sister Jessica Crane told KCRA 3. "No hesitation, he jumped off his board and he got in the water and got them out."

Sacramento Metro Fire and the Sacramento County Sheriff's Office recovered his body in the American River on Saturday.

"In every sense of the word, he was a hero," his sister said. "He was a hero to a lot of people, everyone views him that way. He's my biggest hero."

Crane was born in Chico and raised with his sister by their single mother.

Their father died 29 years ago Monday.

He went to Chico High School, then joined the navy at the age of 18.

He served for five years and was stationed at Camp Pendleton and in Okinawa, Japan.

When he returned, he enrolled in Chico State for undergraduate classes, with dreams of going to medical school.

"He was holding out for Davis," his sister said. "That was the big one."

Fast forward to this summer, Joshua was a fourth-year student at the UC Davis School of Medicine.

The associate dean of students, Dr. Sharad Jain, told KCRA 3 he was working toward a residency in internal medicine. He dreamed of doing that at UC Davis, as well.

UC Davis School of Medicine

During his time in medical school, Dr. Jain said Joshua volunteered with people experiencing homelessness, refugees who were new to the Sacramento area, and vulnerable and marginalized communities.

Dr. Jain and Joshua met on Thursday, the day before he disappeared under the American River. The two had a special bond.

"We talked about his hopes, his dreams, and his ideas for a career ahead," he reflected. "I felt like he was at a really good place at the time, so I think that made this loss even more tragic."

Right now, the medical school is working with Joshua's family to arrange a memorial service.

His classmates have put together a GoFundMe to help his family in the meantime. If you would like to help, click here.

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Joshua Brandon Crane, a Navy veteran and UC Davis medical student, dies after saving others in the American River - KCRA Sacramento