Synchrotron sheds X-ray light on carbon chemistry at ocean surfaces – Phys.Org

March 7, 2017 Credit: Tiago Fioreze / Wikipedia

Nature's carbonate system, the dynamic chemistry involving carbon dioxide (CO2), carbonate (CO32-), bicarbonate (HCO3-), and carbonic acid (H2CO3), is a vital component of the biosphere. Carbonate, bicarbonate, and carbonic acid emerge when atmospheric carbon dioxide dissolves in the oceans, which is the largest sink for this greenhouse gas. Researchers are interested in better understanding the carbonate system to potentially help facilitate carbon sequestration schemes, especially with carbon-bonding minerals, to help mitigate climate change. The carbonate system is also central to biological respiration systems, another reason why researchers are interested in this chemistry.

Recently, a group of chemists from the University of California, Berkeley teamed up with scientists at Lawrence Berkeley National Laboratory (LBNL) and made breakthrough discoveries about the carbonate species' behavior at saltwater surfaces, like that of the ocean. They report their findings this week in The Journal of Chemical Physics, from AIP Publishing.

According to one of the paper's authors, UC Berkeley chemistry professor Richard Saykally, a strong motivation for this research was understanding the chemical processes involved in carbon sequestration. They found that while neutral carbonic acid was most heavily present at the surface, as was expected, the more highly charged carbonate ion was more abundant than the weaker bicarbonate.

"We want to generally advance our understanding of the global carbon cycle," Saykally said. "The aspects of this cycle that we have been focusing on begin with carbon dioxide in the atmosphere dissolving into salt water, followed by some very interesting chemistry."

Carbon dioxide is captured by the water surface and hydrated to form carbonic acid or bicarbonate, which can then ionize into either bicarbonate or carbonate where carbonate may react with dissolved magnesium or calcium ions to form limestone.

"We want to know all those steps going from gaseous carbon dioxide in the atmosphere to limestone," Saykally said. "Our goal is to understand all the details in all the steps in that process."

UC Berkeley chemistry doctoral candidate Royce Lam, a co-author of the paper who led much of the research, wanted to build on earlier examinations of the hydration structure of carbonic system species, focusing on the relative abundances of carbonate species at the liquid surface.

Collaborating with LBNL's Dr. Hendrik Bluhm, Lam and co-authors made use of the ambient pressure photoemission spectroscopy (APPES) beamline (11.0.2) at the Advanced Light Source synchrotron at LBNL, to conduct X-ray photoemission spectroscopy (XPS) measurementsa way to probe the molecular makeup of materials using an intense beam of high-energy X-rays. The XPS system enabled them to probe different aspects of the carbonate system they could not access before.

"What is special about XPS is that it allows us to probe at different depths into the water surface," Lam said. "This is one of the few beamlines in the world that can do this class of experiments on liquids."

For samples, Lam combined solutions of the carbonate species and hydrochloric acid, which fortuitously resembled the ocean system. With a liquid microjet device, the researchers injected these samples into a vacuum chamber and probed them at multiple X-ray energies to deduce the relative abundances of the carbonate species from the photoemitted electrons.

At the liquid surface, both carbonate and carbonic acid were more abundant than biocarbonate. The most significant surprise was that the more highly charged carbonate was more abundant at the surface than the less charged bicarbonate, which conflicts with expectations from existing theoretical models.

This raises important question about where the bicarbonate could be moving in the system, with a possibility that the carbonate could be "ion pairing" with sodium, changing the chemistry, and causing bicarbonate to move to lower depths.

"We are still working on the theory and we hope that this paper will stimulate further theoretical discussion that may actually yield definitive insights about what is going on here," Lam said.

Lam hopes that this research will also lead to more direct research on carbon sequestration possibilities.

"So, the next step would be to look further into ion pairing, and essentially limestone or mineral formation, specifically, looking at the interaction of calcium and magnesium ions with carbonate," Lam said of one carbon sequestration possibility he discussed.

Saykally feels this research connects with the whole system of aqueous carbonate chemistry, with applications ranging from carbon sequestration to biomedical research.

"In order to achieve these kinds of advances, I believe you have to know every detail of the chemistry involved in all those steps of the water-carbonate system." Saykally said. "It is a very intricate chemistry with profound practical implications."

Explore further: Unravelling the mysteries of carbonic acid: Researchers peeling back the veil on a critical but short-lived molecule

More information: "Reversed interfacial fractionation of carbonate and bicarbonate evidenced by X-ray photoemission spectroscopy," Royce K. Lam, Jacob Smith, Anthony Rizzuto, Osman Karsilio?lu, Hendrik Bluhm and Richard J. Saykally. Journal of Chemical Physics. DOI: 10.1063/1.4977046

Blink your eyes and it's long gone. Carbonic acid exists for only a tiny fraction of a second when carbon dioxide gas dissolves in water before changing into a mix of protons and bicarbonate anions. Despite its short life, ...

Understanding how carbon dissolves in water at the molecular level under extreme conditions is critical to understanding the Earth's deep carbon cyclea process that ultimately influences global climate change.

In people, phytoplankton, and in fact in all living organisms, water's pH acidic, basic, or neutral has a profound effect. Water often becomes acidic because of contacting gaseous carbon dioxide in the atmosphere. ...

Though it garners few public headlines, carbonic acid, the hydrated form of carbon dioxide, is critical to both the health of the atmosphere and the human body. However, because it exists for only a fraction of a second before ...

Fact: More carbon dioxide (CO2) in the air also acidifies the oceans. It seemed to be the logical conclusion that shellfish and corals will suffer, because chalk formation becomes more difficult in more acidic seawater. But ...

Rapid decontamination of an aqueous solution by a freely moving microscrubber: this scenario has been realized by American scientists for the sequestration of CO2 from water. In the journal Angewandte Chemie, they introduce ...

Nature's carbonate system, the dynamic chemistry involving carbon dioxide (CO2), carbonate (CO32-), bicarbonate (HCO3-), and carbonic acid (H2CO3), is a vital component of the biosphere. Carbonate, bicarbonate, and carbonic ...

A University of Connecticut climate scientist confirms that more intense and more frequent severe rainstorms will likely continue as temperatures rise due to global warming, despite some observations that seem to suggest ...

The ability of trees to offset carbon emissions has been questioned after a Western Sydney University study found common Australian trees are unable to store as much carbon as previously thought.

Forests, especially tropical forests, are home to thousands of species of treessometimes tens to hundreds of tree species in the same foresta level of biodiversity ecologists have struggled to explain. In a new study ...

A new study showing dryness of the atmosphere affects U.S. grassland productivity more than rainfall could have important implications for predicting how plants will respond to warming climate conditions.

In their GSA Bulletin article published online
last week, Timothy A. Goudge and colleagues detail the clay mineralogy of sediment from Lake Towuti, Indonesia, using a technique called visible to near-infrared (VNIR) spectroscopy. ...

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Politics Podcast: The Anatomy Of A Political Scandal – FiveThirtyEight

Mar. 6, 2017 at 6:38 PM

Why do some political scandals stick and others dont? At what point does a scandal do damage to the politicians involved? Brandon Rottinghaus, a professor of political science at the University of Houston who studies political scandals, joins the FiveThirtyEight Politics podcast to talk about the questions surrounding the Trump administrations relationship with Russia.

Then, the 2018 midterms are still over a year and a half away, but that doesnt mean there arent elections to watch. Harry Enten shares the latest on the upcoming special elections, and discusses whether they say anything about the electoral direction of the country.

You can listen to the episode by clicking the play button above or by downloading it in iTunes, the ESPN App or your favorite podcast platform. If you are new to podcasts, learn how to listen.

The FiveThirtyEight Politics podcast publishes Monday evenings, with occasional special episodes throughout the week. Help new listeners discover the show by leaving us a rating and review on iTunes. Have a comment, question or suggestion for good polling vs. bad polling? Get in touch by email, on Twitter or in the comments.

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The donkeys Kenyan families need to survive are heading to China for medicine promising longer life – Quartz

The donkeys Kenyan families need to survive are heading to China for medicine promising longer life
Quartz
Over the last two years, a global trade in donkey skins has emerged as ejiao has become popular among middle-class Chinese who prize it as an anti-aging agent, an aphrodisiac, a cure for insomnia or poor circulation, among other health benefits. At ...

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The donkeys Kenyan families need to survive are heading to China for medicine promising longer life - Quartz

Genetic Engineering to Alter mRNA to Pave a New Way for Cancer Treatment – Mobile Magazine

Stanford University is a private research university in Stanford, California, adjacent to Palo Alto and between San Jose and San Francisco. Stanford had expanded their research and has now ventured into scientific research about vaccines. They have genetically engineered mice to glow like fireflies. Yes, you heard it right glowing mice. Researchers at Stanford have developed a way to extract firefly proteins and introduce it to the mice specimen. This is envisioned to aid in the treatment and cure of patients with cancer.

According to the co-author of the study, Professor Christopher Contag, this study demonstrated for the first time that we can deliver messenger RNA (mRNA) to cells in a dish, or to cells in organs of living animals. The mRNA is the intermediate between the genome and functional proteins. Prior to this work there has not been an effective way to transfer synthetic mRNA into cells in a way that the cell can turn it into protein. This opens up an entirely new way to have cells express proteins that can treat a myriad of diseases. The research was featured and published in the recent paper journal entitled, Proceedings of the National Academy of Sciences.

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In the study, protein expression using mRNA has the ability to transform multiple areas for research, including the prevention, detection and treatment of disease. Functional delivery of mRNA to tissues in the body is key to implementing fundamentally new and potentially transformative strategies for vaccination, protein replacement therapy, and genome editing, collectively affecting approaches for the prevention, detection, and treatment of disease. This is, in particular, quite a challenge for the team because the mRNA is negatively charged; the cell membrane is positive so the transmission of the two is incompatible. To override this imbalance, the scientists came up with a way to create a vehicle for the mRNA. To test that, the specimen mice came into the picture.

Professor Paul Wender from Stanfords department of Chemistry and is one of the authors of the research said that, What we did was to use mRNA that codes for an optical readout, meaning one that we could see. In this case that meant light coming out of a cell. Its the fastest way of discovering whether you have succeeded in getting something into a cell, by getting it to shoot photons back at you. The study was a success that no adverse effects on the test subject were observed. The experiment worked for a few hours, and eventually subsided in 24 to 48 hours after. This experiment also showed a possibility of extending that desired effect by manipulating the DNA involved.

The research is still young as it will need more nurturing and sleepless nights to fully develop it into maturity. Being able to manipulate mRNA transmission and its genetic engineering means more possibilities for learning and being able to create new things. Science is a very complex subject but also very rewarding. The little things you focus on will grow out to affect the biggest if done right. We just hope stability of findings would occur soon so that it can be used for the benefit of the general public.

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Isoflavones in Food Associated with Reduced Mortality for Women with Some Breast Cancers – Newswise (press release)

Newswise BOSTON (March 6, 2017)An epidemiological analysis of data from more than 6,000 American and Canadian women with breast cancer finds that post-diagnosis consumption of foods containing isoflavonesestrogen-like compounds primarily found in soy foodis associated with a 21 percent decrease in all-cause mortality. This decrease was seen only in women with hormone-receptor-negative tumors, and in women who were not treated with endocrine therapy such as tamoxifen.

The study, led by nutrition and cancer epidemiologist Fang Fang Zhang, M.D., Ph.D., from the Friedman School of Nutrition Science and Policy at Tufts University, was published March 6 in Cancer.

At the population level, we see an association between isoflavone consumption and reduced risk of death in certain groups of women with breast cancer. Our results suggest, in specific circumstances, there may be a potential benefit to eating more soy foods as part of an overall healthy diet and lifestyle, said Zhang, who is also the 2016-2017 Miriam E. Nelson Tisch Faculty Fellow at the Jonathan M. Tisch College of Civic Life and an adjunct scientist in nutritional epidemiology at the Jean Mayer USDA Human Nutrition Research Center on Aging at Tufts.

Since we only examined naturally occurring dietary isoflavone, we do not know the effect of isoflavone from supplements. We recommend that readers keep in mind that soy foods can potentially have an impact, but only as a component of an overall healthy diet, she adds.

Isoflavones have been shown to slow the growth of breast cancer cells in laboratory studies, and epidemiological analyses in East Asian women with breast cancer found links between higher isoflavone intake and reduced mortality. However, other research has suggested that the estrogen-like effects of isoflavones may reduce the effectiveness of endocrine therapies used to treat breast cancer. Because of this double effect, it remains unknown whether isoflavone consumption should be encouraged or avoided by breast cancer patients.

In the current study, Zhang and her colleagues, including Esther John, Ph.D., senior cancer epidemiologist at the Cancer Prevention Institute of California, analyzed data on 6,235 American and Canadian breast cancer patients from the Breast Cancer Family Registry, a National Cancer Institute-funded program that has collected clinical and questionnaire data on enrolled participants and their families since 1995. Women were sorted into four quartile groups based on the amount of isoflavone they were estimated to have consumed, calculated from self-reported food frequency questionnaires. Mortality was examined after a median follow-up of 9.4 years.

The team found a 21 percent decrease in all-cause mortality among women in the highest quartile of intake, when compared to those in the lowest quartile. The association between isoflavone intake and reduced mortality was strongest in women with tumors that lacked estrogen and progesterone receptors. Women who did not receive endocrine therapy as a treatment for their breast cancer had a weaker, but still significant association. No associations were found for women with hormone-receptor-positive tumors and for women who received endocrine therapy.

While the study categorized women in the highest quartile as those who consumed 1.5 milligrams or more of isoflavone per dayequivalent to a few dried soybeansthe authors caution that individuals tend to underestimate their food intake when filling out questionnaires.

The comparisons between high and low consumption in our study are valid, but our findings should not be interpreted as a prescription, Zhang said. However, based on our results, we do not see a detrimental effect of soy intake among women who were treated with endocrine therapy, which has been hypothesized to be a concern. Especially for women with hormone-receptor-negative breast cancer, soy food products may potentially have a beneficial effect and increase survival.

The large size and diverse racial/ethnic makeup of the Breast Cancer Family Registry allowed the researchers to evaluate mortality risk across different subtypes of breast cancer and subgroups of patients, and adjust for confounding factors. However, the authors note that dietary isoflavone intake was correlated with socioeconomic and lifestyle factors, which may also play a role in lowering mortality. In particular, women who consumed higher levels of dietary isoflavone were more likely to be Asian Americans, young, physically active, more educated, not overweight, never smokers, and drink no alcohol. Although the team controlled for these factors in the analyses, the possibility of a partial confounding effect on the associations identified in the study cannot be ruled out.

Whether lifestyle factors can improve survival after diagnosis is an important question for women diagnosed with hormone-receptor negative breast cancer, a more aggressive type of breast cancer. Our findings suggest that survival may be better in patients with a higher consumption of isoflavones from soy food, John said.

Additional authors on this study are Danielle E. Haslam, nutritional epidemiology doctoral candidate at the Friedman School of Nutrition Science and Policy at Tufts University, Mary Beth Terry, Ph.D., professor of epidemiology at Mailman School of Public Health at Columbia University, Julia A. Knight, Ph.D., professor of epidemiology at the Dalla Lana School of Public Health at the University of Toronto and senior investigator at the Lunenfeld-Tanenbaum Research Institute, Sinai Health System in Toronto, Irene L. Andrulis, Ph.D., professor of molecular genetics at the Dalla Lana School of Public Health at the University of Toronto and senior investigator at the Lunenfeld-Tanenbaum Research Institute, Sinai Health System in Toronto, Mary Daly, M.D., Ph.D., chair and professor in the department of clinical genetics and director of risk assessment program at the Fox Chase Cancer Center in Philadelphia, Saundra S. Buys, M.D., medical director of Huntsman Cancer Institute's high risk breast cancer clinic and a professor in the department of medicine at the University of Utah School of Medicine.

This work was supported by an award from National Cancer Institute of the National Institutes of Health (CA164920).

Zhang, F. F., Haslam, D. E., Terry, M. B., Knight, J.A., Andrulis, I. L., Daly, M., Buys, S.S., and John, E. M. (2017). Dietary isoflavone intake and all-cause mortality in breast cancer survivors: the Breast Cancer Family Registry. Cancer. Published online: March 6, 2017. DOI: 10.1002/cncr.30615. URL upon publication: http://doi.wiley.com/10.1002/cncr.30615

About the Friedman School of Nutrition Science and Policy at Tufts University

The Gerald J. and Dorothy R. Friedman School of Nutrition Science and Policy at Tufts University is the only independent school of nutrition in the United States. The schools eight degree programs which focus on questions relating to nutrition and chronic diseases, molecular nutrition, agriculture and sustainability, food security, humanitarian assistance, public health nutrition, and food policy and economics are renowned for the application of scientific research to national and international policy.

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Isoflavones in Food Associated with Reduced Mortality for Women with Some Breast Cancers - Newswise (press release)

Has Marijuana Policy Outpaced Science? | Worldhealth.net Anti … – Anti Aging News

Some marijuana advocates believe that marijuana laws are outpacing science, as several states like Massachusetts are legalizing the drug for medical use. Scientists are grappling with the lack of information on the effectiveness of using marijuana as a medicine and its effect on the brain and health in general. Legalization of marijuana is facing a disconnect against both state and federal governments as marijuana is classified as a controlled substance. This article explores medical and recreational marijuana and its effects on health. The MIND Program Marijuana Investigations for Neuroscientific Discovery

What scientists know about marijuana are from studies from chronic recreational users, but very little is known about the effects on casual users. There is a big difference between the medical and recreational use of marijuana, as medical users usually do not want higher levels of the THC drug found in marijuana. Recreational users are more inclined to enjoy high concentrations of the drug and concerns about the youngest users are well founded. However the potential medical effects of cannabis cannot be underestimated, but sound clinical research in this field is scarce. This has given rise to a trial called the MIND program developed at the McLean Hospital.

In the MIND program's first study, a group of patients certified for medical marijuana were put through a trial. For three months patients were tested for how marijuana affected their conditions ranging from chronic pain, PTSD, anxiety, and sleep disorders. Many individuals felt a relief in symptoms, better sleep, and mood levels. The researchers also found that patients performed better cognitively with improved executive functions and a reduced need for painkillers.

Youth at Risk of Serious Cognitive Impairment

In a recent study on medical marijuana, striking differences were found in recreational users, especially in cognitive performance in executive functions of the brain. The biggest differences occur with adolescents who regularly used marijuana before age 16. This can seriously and irreversibly alter the brain structure and functions in youths.

For recreational users of marijuana, the drug THC is responsible for altering individuals state of being. But for medical use, the THC is lower in dose and compounds like CBD are responsible for relief. One possible reason that medical marijuana users don't experience any cognitive impairments is due to the average age of 49, well above the more vulnerable ages from adolescence to 20.

Researchers have hope for some patients who are dependent on opioid drugs. The idea is to supplement their treatment with cannabinoid-based products while reducing or even eliminating opioids. Some people are expressing concern over the ethics of replacing one addiction for another.

More Studies Needed on Medical Marijuana Use

Experts are expressing the need for more studies on medical marijuana. Given the federal government's laws on marijuana as a controlled substance, researchers are finding it difficult to legally conduct trials of cannabinoid substances. Scientists need to understand what effects marijuana has on people's cognitive functions. Not being able to do clinical trial studies limits the researcher's abilities to find out if medical marijuana works for their patients.

As legalization looms in Massachusetts, it's important to inform the public to keep an open dialog with kids and young adults about marijuana use at a young age. Preaching abstinence may make kids more likely to try recreational marijuana the worst thing parents want to happen as young brains are neurodevelopmentally immature to the negative impact of marijuana. Providing the truth on cannabis, and letting the public make informed decisions regardless of medical or recreational use, may be the best approach.

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Future & Nicki Minaj’s Sex Life Has ‘Extreme Chemistry’ Details … – Hollywood Life


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Future & Nicki Minaj's Sex Life Has 'Extreme Chemistry' Details ...
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Is Nicki Minaj walking from side to side? There's already EXTREME chemistry going on between her and Future -- especially in the bedroom. The rappers are ...

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Future & Nicki Minaj's Sex Life Has 'Extreme Chemistry' Details ... - Hollywood Life

Anti Aging / Age Management Medicine – California Age …

Anti Aging Age Management Medicine. We have been the first full service anti-aging center since 1996.

Why Anti Aging Age Management Medicine? Variably termed holistic, preventive, longevity, regenerative, integrative, complimentary, functional, and/or nutritional medicine.Because you want to look, feel and act like you did 10- 15 years ago. Because you want to be actively engaged in your 60s, 70s and 80s.Because you want to remain competitive in your work or business. And because you owe it to yourself, your family and your work to maintain your optimal health and well being.

We offer long-term solutions, searching for root causes, imbalances and dysfunction not quick fixes.

We promise you Individualized and unsurpassed attention in resolving your challenges and problems. To regain lost energy, youth and vitality.

Our Age Management approach is not drive through medicine. It is not a 15 minute encounter. It is a total look at your entire health blueprint. That is holsistic the total you.

Anti-Aging Age Management Medicine is the new paradigm for the 21st century. It is based on restoring vital function and balance not simply treating symtpoms. Thus, the term functional medicine. We search for root causes and correct these imbalances. It is goal based. Are we achieving your set of goals that you determine?

We have helped thousands over the past 20 years. Now its your time and your turn.

Call us at408-358-8855 or email [emailprotected]

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Hormone Therapy Clinic | Human Growth Hormone …

Hormone Replacement Therapy

Hormones are a key part of the way your body functions.They are the chemical messengers secreted by the many glands of the endocrine system. Some of the most important hormones are: testosterone, estrogen, progesterone, human growth hormone, estrogen, and the thyroid hormones. The production and secretion of these crucial hormones all decrease over time, leading to the difficulties and conditions we normally relate to ageing. Hormone Replacement Therapies are all about renewing vitality by giving you back what age takes away. Read More

Testosterone is one of the most important hormones for men. Many of the conditions that you think are just normal signs of aging slower metabolism, gaining weight, feeling tired, feeling moody, and memory issues may actually be due to low testosterone. In addition, while many factors other than age from diet to stress, to sleep can all affect your sex drive or libido, the drop in testosterone that occurs as men age, is often the cause of sexual wellness issues. Read More

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Frozen chemistry controls bacterial infections — ScienceDaily – Science Daily

Chemists and molecular biologists have made an unexpected discovery in infection biology. The researchers can now show that two proteins that bind to one another slow down a chemical reaction central to the course of the disease in the bacteria Yersinia pseudotuberculosis. The results have been published in the Journal of Biological Chemistry.

"The discovery paves way for new insights in the regulation of bacterial virulence. The results have given us a new opportunity to study the pathogenic ability in bacteria," says Magnus Wolf-Watz, researcher at the Department of Chemistry at Ume University, who led the study together with Hans Wolf-Watz, professor at the Department of Molecular Biology.

Yersinia pseudotuberculosis and many similar bacteria infect humans by injecting toxins, so-called effector proteins, through a needle-like organelle called injectisome. Previous research has already shown that the protein YscU plays an important part in the regulation of effector protein transportation. YscU is unique in its ability to cleave itself in two parts, as a consequence, one of these parts is then transported out through the injectisome.

By combining biological experiments with studies on atomic level, the research team discovered that another protein, YscP, binds to YscU and regulates its self-cleaving abilities. When the proteins bound to one another, the speed of the self-cleaving was greatly reduced.

"The chemical process behind the self-cleaving was cooled down by the interaction and was hence slowed down. The result is a good example of how biology and chemistry nearly always go hand in hand and is a huge step forward. This gives us new opportunities to study the regulation of the course of diseases," says Hans Wolf-Watz.

The studies on atomic level were conducted using magnetic resonance spectroscopy at the Department of Chemistry at the NMR for Life platform, which is a national infrastructure for NMR in Sweden.

"The initial investment to fund an NMR instrument that the Kempe Foundations facilitated paved way for further funding from both the Wallenberg Foundations and SciLifeLab. Also, the protein expertise platform in our labs was of crucial importance for undertaking the research project," says Magnus Wolf-Watz.

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Robert O’Mara Ryan returns to University as new department chair – Nevada Today

The College of Agriculture, Biotechnology, and Natural Resources is pleased to announce the hiring of Robert O'Mara Ryan as new University of Nevada, Reno Chair of the Department of Biochemistry and Molecular Biology.

"After a national search, which generated a large number of highly qualified candidates for the chair position, Dr. Ryan emerged as the top candidate," Chris Pritsos, director of the Nevada Agricultural Experimental Station and one of the lead recruiters for CABNR, said. "His energy and expertise in the area of human health will be a strong influence on the department and will strengthen its expertise in the area of human health and disease."

Ryan comes to the University after serving 16 years as senior scientist at the Children's Hospital Oakland Research Institute. He has also spent the past 12 years as adjunct professor in the Department of Nutritional Science and Toxicology at the University of California, Berkeley.

"Dr. Ryan is a very strong teacher and researcher," David Shintani, CABNR associate dean for academic programs and associate professor, said. "Because of his diverse research background (ranging from insect to human biochemistry), he will understand and appreciate the current research emphases of the department and be able to lead targeted hires and address programmatic deficiencies."

After obtaining his bachelor's degree from the University of Nevada, Reno in 1977 he continued his education here, earning his doctorate in biochemistry in 1982. Ryan went on to become a professor and research assistant with the Department of Biochemistry at the University of Arizona from 1983 to 1988. He then accepted a position as an assistant professor, and eventually director, of the Department of Biochemistry and Lipid and Lipoprotein Research Group at the University of Alberta, Canada, from 1988 to 2000.

His other accomplishments include numerous scientific publications, honors and awards in areas such as biochemistry and lipoprotein research, and service work with committees in relation to his professional work and achievements.

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Anatomy of a difficult marriage – The New Indian Express

Historical lovers, courtesy researchers and biographers, cant act coy in death. Claretta: Mussolinis Last Lover by RJB Bosworth details the grand passion between Italys prime minister Benito Mussolini and Claretta Petacci, all the way down to that unforgettable portrait of their butchered bodies hung upside down in Piazzale Loreto. Sheela Reddys Mr and Mrs Jinnah: The Marriage That Shook India chronicles a liaison closer home, but no less doomed.

If Mussolini was 49 to Clarettas 20, Mohammad Ali Jinnah was 40 to Ruttie Petits 16. Ruttie, a social butterfly in her gauze saris and backless blouses, romances a reticent and charismatic politician whom no one, not even her, called by his first name. He was her J.

Despite their elopement and Muslim-Parsi tag, the Jinnahs too had to contend with domestic ennui. The man from Karachi and the girl from Bombay fall for each other in haste but they repent in exquisite leisure.

While Motilal Nehru escapes having a son-in-law from another caste, Sir Dinshaw Petit was tricked into revealing his doublespeak when Jinnah asked him his opinion on inter-caste marriage and, after ascertaining his support for it, requested his daughters hand and the father refused.

It was Ruttie who chased after Jinnah and nothing stopped them from being one of the historys tempestuous couples. Prominent figures are part-narrators, like Sarojini Naidu, whose letters, maternal advice and perceptive insight into the matrimonial disaster between two such dissimilar people via letters to daughters Padmaja and Leilamani are a testimony to the timeline.

Ruttie sashays off the pages with great panache. Jinnah hardly blinked when his first wife, Emi Bai, died but Rutties death changes the tone of his silence. He had shaved off his moustache to marry hera precondition she laid downand been a most indulgent husband, letting her shop infinitely, getting out of his car to buy her roadside chaat, handing only child over to nannies so Ruttie could gallivant around. But couldnt give her what she wanted most, his time.

He was grooming himself for destiny, she was dressing up for him. It was her sparkling mischief against his staidness, her pout against his stiff upper lip. Naturally, they suffered. The same woman who told the court: Mr Jinnah has not abducted me... I abducted him, when her father sued him for kidnap, much later, when not a star was left in her eyes, told Sarojini he could never satisfy her mind and soul.

Sarojini documented Rutties changing persona in a letter to her daughter: There is something hard and cold about it all paint, powder, bare back...

Bedridden with discontent, Rutties body seemed unable to rise to the ordeal of breaking free even after she mentally fled the marriage. She kept her only daughter nameless through sheer lack of interest.

Since the book bats for Ruttieit is all about her desire, her disappointments and her deaththe reader awaits a husbandly version. One cant help wonder what Jinnahs matrimonial take might have been. It is not the first time a childish, high-strung flibbertigibbet wife drove mad a man inherently disinterested in coochie-coo.

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Designer dogs? In pursuit of the perfect, healthy canine companion – Genetic Literacy Project

Centuries of inbreeding have left many dog breeds with a severely limited gene pool, and this lack of genetic diversity is to blame for disorders like brachycephaly in bulldogs, hyperuricemia in dalmations, and cardiomyopathy in boxers.

[David] Ishee is a breeder from rural Mississippi whos on a mission to change all this.

Youd think that to tweak the genome of an animal, some serious training and education would be necessarymaybe a post-graduate biology degree or several years working in the lab of a large genetics company.

But in a prime example of both the democratization and demonetization of technology, Ishee taught himself to do genetic engineering right in his own backyard shed, using a kit and some DNA he ordered online.

In Ishees opinion, genetic engineering and selective breeding arent all that different. CRISPR doesnt allow us to do anything we couldnt do before. Its just a bit easier, cheaper and faster, he said. Breeding gives you a lot less control and fewer degrees of freedom. But as far as the ethics is concerned, youre doing the exact same thing.

When you think about genetic engineering, you think of PhDs in white coats working in multi-million-dollar labs. The idea of a dog breeder in rural Mississippi doing genetic engineering in his shed is insane. But thats how you know youre in the future, right?

The GLP aggregated and excerpted this blog/article to reflect the diversity of news, opinion, and analysis. Read full, original post: Would You Want a Dog That Was Genetically Engineered to Be Healthier?

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Philadelphia launches GovLabPHL to improve agency performance with behavioral science – StateScoop (registration)

By suggesting low-cost adjustments to existing programs, the new team is showing how a better understanding of human behavior can improve performance across government.

People do strange things.

To help explain why, in February, Philadelphia Mayor Jim Kenney's Policy Office launched GovLabPHL, a multi-agency team for developing "innovative and evidence-based practice" in city government.

The team aims to increase participation in government services and remove barriers to access by studying the minds and actions of its citizens. Born initially out of a Living Cities grant awarded to the city in September 2014, GovLabPHL codifies and expands the creation of a team that puts human behavior first. Now with workshops, a 10-month speaker seriesand six projects underway covering topicsfrom bike share to littering the team is gaining interest from agencies across the city thatwant the low-cost human-centric treatment.

Prior to the formal launch of the team, GovLabPHL proved its efficacy by targeting the Department of Revenue's senior citizen water bill discount program. There were some who were eligible but no matter what the city did, it couldn't get those residentsto apply. The team did research and put out surveys to discover that people thought the paperwork was too confusing. So the city began sending out paperwork with pre-populated fields. It tried different sized envelopes to see which people responded to most. Ittried hand-writing addresses on the envelopes instead of printing them. The team found what worked and that became the new way of doing things.

Agencies are interested because the team is finding low-cost tweaks to improve theirmissions without turning anyone's office upside down, explained Anjali Chainani, director of policy at the mayor's office.

"We want to ensure we're getting our best return on investment, and what that means is that we have people on the ground from the front lines all the way through to the service delivery folks that are engaged in the process of how that program or how that service is actually being designed," Chainani said.

Six projects underway now include:

Chainani reported that about 20 other agencies have expressed interest in partnering with the team and its allies. GovLabPHL pairs behaviorists from five universities who are donating their time to help agencies achieve their program goals. The five partner universities are University of Pennsylvania, Temple University, Drexel University, Princeton University, and Swarthmore College.Dan Hopkins from University of Pennsylvania and Syon Bhanot from Swarthmore College are the program's lead academic partners.

The program can be broken into three components helping citizens and city employees to learn, piloting new programs and increasing engagement.

"We want to work with behavioral scientists and design experts in looking at the barriers we may unknowingly put up that may prevent residents from connecting with the city or engaging with a particular program," she said. "If there's a messaging campaign already invested in and going out, we layer that with design methods and we layer it with behavioral science to really look at what evidence has already told us about what motivates people's actions and how to keep people engaged."

Philadelphia follows similar programs launched in cities and federal agencies under the Obama administration. The Social and Behavioral Sciences Team (SBST), a subcommittee of the National Science and Technology Council, includes more than a dozen federal departments and agencies who completed more than 30 pilots. The United Kingdom runs a similar office called The Behavioral Insights Team. The Office of the City Administrator's Lab @ DC has embedded more than 30 researchers inside Washington, D.C., government.

"There are so many triggers in our environment that lead us to take a specific action that we don't really pay attention to and then there are equally enough things that we just ignore because there's mass information that comes to us," Chainani said. "We're looking to really be innovative in a government that's investing all this money in these programs, and is really able to reach a level that is comfortable for the citizens and where they feel comfortable approaching the city and applying for these programs."

Editor's Note: Minor edits were made to quotes for readability.

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Philadelphia launches GovLabPHL to improve agency performance with behavioral science - StateScoop (registration)

Cornell's Food and Brand Lab Appears to Be Melting Down – New York Magazine

Ad will collapse in seconds CLOSE bad science March 2, 2017 03/02/2017 11:26 a.m. By Jesse Singal

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Late in January, the researchers Jordan Anaya, Nick Brown, and Tim van der Zee identified some fairly baffling problems in the research published by Cornell Universitys Food and Brand Lab, one of the more famous and prolific behavioral-science labs in the country, and published a paper revealing their findings. As I wrote last month, the problems included 150 errors in just four of [the] labs papers, strong signs of major problems in the labs other research, and a spate of questions about the quality of the work that goes on there.

Brian Wansink, the labs head and a big name in social science, was a co-author on all those papers, and refused to share the underlying data in a manner that could help resolve the situation, though he did announce certain reforms to his labs practices, and said he would be hiring someone uninvolved with the original papers to reanalyze the data. Wansink, whose lab is known for producing a steady stream of catchy, media-friendly findings about how to nudge people toward healthier eating and habits in general, has also openly admitted to a variety of data slicing-and-dicing methods that are very likely to produce misleading and overblown results.

Wansinks problems just got a lot worse. Today, Brown, a Ph.D. student at the University of Groningen, published a blog post highlighting many more problems with Wansinks research practices. First, it appears that over the years, Wansink has made a standard practice of self-plagiarism, regularly taking snippets of his text from one publication and dropping them into another a practice that, while not as serious as outright data fraud or plagiarizing someone elses material, is very much frowned upon. And sometimes it was more than snippets. Brown includes the following image of one Wansink article in which all of the yellow material (plus three of the four figures, which Brown said he couldnt figure out how to highlight) is lifted from Wansinks own previously published work:

In another instance, Brown writes, Wansink appears to have published the same text as two different book chapters at around the same time. Each chapter is around 7,000 words long, he writes. The paragraph structures are identical. Most of the sentences are identical, or differ only in trivial details.

Brown both offers a compelling case that this sort of self-plagiarism was a pattern for Wansink, and that he may have engaged in more serious misconduct as well. Summing up Browns findings in The Guardian, Chris Chambers and Pete Etchells write:

Its important to note that Wansink published these studies before coming to the Food and Brand Lab, but still this is entirely bizarre. Its a really, really hard thing to explain, and Occams razor doesnt point to any explanations that dont involve, at best, negligence that would likely derail the careers of most young researchers, and at worst outright data fraud.

Its now even more urgent for Wansink and Cornell to offer up a meaningful response to this steady drumbeat of serious allegations. As I argued last month, 150 errors in four papers would on its own be a reason not to trust anything produced by the Food and Brand Lab not until Wansink can explain exactly what happened. Now, though? What possible reason is there to trust this labs output at all, let alone for journalists to continue to publicize its findings?

Up to this point, it appears Cornell has given Wansink near-full discretion over how to handle all this. While Cornell encourages transparent responses to scientific critique, we respect our facultys role as independent investigators to determine the most appropriate response to such requests, absent claims of misconduct or data sharing agreements, John J. Carberry, the universitys head of media relations, said in a statement emailed to Science of Us last month.

That sentence has not aged well. Maybe its time for Cornell to seize the reins rather than act as though whats going on here is just normal scientific back and forth that Wansink can address on his own. Until the universitys administrators do, this growing scandal will continue to inflict serious damage on Cornells reputation as a research university.

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Cornell's Food and Brand Lab Appears to Be Melting Down - New York Magazine

Ticktin discusses the politics of border walls as part of Social Science Matters series – The Massachusetts Daily Collegian

Posted by Carly Burgess on March 3, 2017 Leave a Comment

Jesse Tucker/Collegian

Miriam Ticktin, associate professor of anthropology at the New School for Social Research in New York and co-director of the Zolberg Institute on Migration and Mobility, spoke to a crowd of faculty members and students about the politics of migration and border walls during her lecture on March 2.

The talk, titled Border Walls and the Politics of Becoming Non-Human, was sponsored by the anthropology department as a part of the Social Science Matters lecture series coordinated by the College of Social and Behavioral Sciences.

Elizabeth Krause, a professor in the department of anthropology at the University of Massachusetts, began the event by explaining the goal of the lecture series, which focuses on migration.

Our goal is to add perspective to the national conversation on migration, Krause said.

She went on to talk about the tense political environment in the U.S. regarding immigration policy, citing the recent immigration ban and initiative to build a border wall on the border with Mexico.

Krause then introduced Ticktin, who has published two books and over 30 peer-reviewed articles on humanity.

Ticktin started her lecture by talking about the ways in which border walls not only work to defend certain territories, or keep things in place, but also to decide who belongs and who does not. As being tied to both racism and white supremacy, border walls, along with their developing technology, both define and redefine how certain bodies should be treated.

Ticktin stated that border walls are not new, but were popular even before President Donald Trump brought them to the forefront of the U.S. political agenda.

Fifteen new border walls were built in 2015, said Ticktin. Trump comes very late to the game on this.

She went on to talk about how U.S. quarantine and inspection stations at the U.S-Mexico border reshape border walls in a way that makes humans synonymous with pests. In other words, humans are becoming treated like animals who contain some sort of threat or disease.

Ticktin emphasized the importance of how borders walls are being designed. She mentioned how U.S environmental groups, in an attempt to protect wildlife zones at border walls, pushed the government to create small openings in border walls for the safe passage of animals.

While people continue to show great concern about the safety and livelihood of animals, migrants and refugees are not receiving this same sympathy and treatment.

Here, Ticktin stressed, the design of the wall determines which lives matter.

Additionally, Ticktin mentioned that although current policies allow for the easy flow of goods across borders, its not comparable when it comes to people.

Goods pass across borders more easily than people, Ticktin said.

Cary Speck, a graduate student at UMass studying anthropology, came to the event interested in hearing what Ticktin had to say. Considering his current research on refugees and forced migration in central Europe, Speck found the talk relevant to his studies.

Its nice to see a comparative perspective, said Speck.

Toward the end of her lecture, Ticktin talked about the new border wall being built in Calais, France, near what was once the Calais migrant camp, also known as the Jungle. This refugee camp was bulldozed and replaced with a container camp designed to house migrants in shipping containers normally used to transport goods.

Ticktin criticized container camps as limiting the mobility, individuality and freedom of migrants, while also hiding why these people are there in the first place.

The choice to use containers for migrants is politically meaningful, said Ticktin.

Ticktin ended her talk with a message of hope and positivity. As a proponent of open borders, Ticktin pushed the audience to be creative and imagine how borders can be reconsidered in a different form and facilitate new interactions between people and countries.

Lets take what we have and turn it into entirely something new, Ticktin said.

Shawn Provost, a senior majoring in civil engineering and political science, mentioned he saw the information for the event online and felt compelled to attend because of whats taking place in the U.S.

Its very relevant with whats happening in the new administration, said Provost.

Carly Burgess can be reached at cburgess@umass.edu.

Filed under Campus News, Headlines, News, Politics, Scrolling Headlines Tagged with amherst, cary speck, department of anthropology, elizabeth krause, Massachusetts, miriam ticktin, shawn provost, UMass, umass amherst, University of Massachusetts

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Ticktin discusses the politics of border walls as part of Social Science Matters series - The Massachusetts Daily Collegian

Should You Try Face Cupping, the Anti-Aging Treatment Celebs … – Health.com

Cupping made headlines during the 2016 Rio Olympics, when MichaelPhelps attributed the round, purplebruises on his back to the alternative medicine practiceusedto treat everything from muscle soreness toarthritis and blood diseases. Now, celebrities are getting the skin-suctioning therapy on a newpart of their bodies: their faces.

Kim Kardashianrecently posted a photo onSnapchatof a collection of serum bottles and glass jars with balloons on top. "Face cupping facial at Nurse Jamie," she wrote on the pic. We wanted to know: doescuppingreally help rejuvenate skin? And what about the bruising?! (The reality star did not share apost-treatment selfie.)

RELATED: The 27 Best Anti-Aging Tips of All Time

In an interview with The Hollywood Reporter, Nurse Jamie (aka Jamie Sherrill), facialist to the stars,said thatcupping uses mild suction to drain lymph nodes, getting "rid of any sign of a jowl and fight[ing] inflammation for a perfect profile or over-the-shoulder photo moment."She uses the technique at Beauty Park Medical Spa, a destination forA-listersseekingnon-surgical skin treatments.Kate Beckinsdale's aesthetician, Kat Rudu, also uses facial cupping on her celebclients, according to The Hollywood Reporter.

To get a doctor's take on whether cupping really can lead to a younger-looking complexion, we spoke withNew York City-based dermatologist Debra Jaliman, MD: "Facial cupping promotes circulation of blood to the face. For some people, its extremely relaxing," she says.And unlike body cupping, it doesn't leave marks.

The procedure works like this: Glass cups with balloons attached are placed on the skin and used to gently lift facial tissue for a massage-like effect. The sucking motion can drain lymph nodes and increase thesupply of oxygen and nutrients toyour skin, says Dr. Jaliman. Immediately after the procedure, clients often report that their muscles feel relaxed,and that they see a reduction in wrinkles and fine lines, she says.

There is a caveat however: The anti-agingeffects are fleeting. "The results last hours or days," says Dr. Jaliman, pointing out that unlike the average Jane, celebs can afford to splurge on fun treatments like cupping. (A75-minute session with Nurse Jamie costs $325.)

If you want youthful skin without paying top dollar for a face-sucking session, Dr. Jaliman recommends investing in quality anti-aging products, such as avitamin C serumandretinol cream. The results of a proper skincare regimen last much, much longer, she says.

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Should You Try Face Cupping, the Anti-Aging Treatment Celebs ... - Health.com

Icahn Names Gene Transfer Pioneer as Portfolio Manager – Genetic Engineering & Biotechnology News

Days after reportedly taking a stake in Bristol-Myers Squibb, Carl C. Icahn signaled an even greater role as an activist investor in biopharma through the hiring of Richard C. Mulligan, Ph.D., as a portfolio manager.

Dr. Mulligan will focus on biotechnology investments for two Icahn limited partnerships, Icahn Partners and Icahn Partners Master Fund, the private investment funds comprising Icahn Enterprises' Investment segment.

"We are very pleased to have Richard join Icahn Capital given the depth and level of experience he brings as we look to enhance our focus on the biotechnology sector," Icahn, the chairman of Icahn Enterprises, said in a statement earlier this week.

Dr. Mulligan is the Mallinckrodt Professor of Genetics, Emeritus at Harvard Medical School (HMS) and visiting scientist at the Koch Institute for Integrative Cancer Research at MIT. He is also a pioneer in the development of new technologies for transferring genes into mammalian cells. A major interest in Dr. Mulligan's laboratory has been the development of genetically engineered animal viruses as gene transfer vectors.

In addition to serving as full Mallinckrodt professor at HMS, he previously served as director of the Harvard Gene Therapy Initiative, a collaboration by basic science and clinical investigators at Harvard University and its affiliated hospitals focused on preclinical and clinical evaluation of novel gene-based therapies for inherited and acquired diseases.

From 2013 to last year, Dr. Mulligan was founding partner and senior managing director of Sarissa Capital Management. Sarissaled by another biopharma-focused activist investor, Alex Dennerspearheaded the successful effort in 2015 to drive Harvey J. Berger, M.D., into retirement from the helm of Ariad Pharmaceuticals, the cancer drug developer that he founded in 1991 and is being acquired by Takeda Pharmaceutical for $5.2 billion.

Dr. Mulligan is a member of Biogens board and has previously served as a director, scientific advisory board member, or officer for numerous public biopharma companies, including Cell Genesys, Cellectis, Enzon, Somatix Therapy, and ImClone. ImClone was acquired by Eli Lilly for $6.5 billion in 2008, 2 years after Icahn acquired a majority of the companys stock.

Dr. Mulligan was also a consultant to Amgen, DuPont, and the Genetics Institute. He previously served on the NIHs Recombinant DNA Advisory Committee, which provides guidance to the agency about experiments involving recombinant DNA, and the FDA Biological Response Modifiers Advisory Committee, which advises the FDA on matters related to cell and gene therapies, including stem cell-based technologies.

He received his B.S. degree from MIT and his Ph.D. from the department of biochemistry at Stanford University School of Medicine, where he studied under Nobel Laureate Paul Berg, Ph.D.

After receiving postdoctoral training at the Center for Cancer Research at MIT with Nobel Laureates David Baltimore, Ph.D., and Phillip Sharp, Ph.D., Dr. Mulligan joined the MIT faculty and was appointed Professor of Molecular Biology and Member of the Whitehead Institute for Biomedical Research before moving to Harvard and Children's Hospital in 1996.

His honors include the MacArthur Foundation "Genius" Prize, the Rhodes Memorial Award of the American Association for Cancer Research, the ASMB-Amgen Award, and the Nagai Foundation International Prize.

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Icahn Names Gene Transfer Pioneer as Portfolio Manager - Genetic Engineering & Biotechnology News