Florey Insurance Agency,Inc Receive Tribute Medicine Coupons By Charles Myrick Of ACRX
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Nuclear Medicine and Molecular Medicine Podcast James Rudd on the topic of Cardiac Na F PET
Episode 61 James Rudd on the topic of Na F PET imaging in cardiac disease This video podcast features an interview with James Rudd on the topic of Na F PET imaging in cardiac disease. More...
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Dr. Margaret Davis - Family Medicine
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not my song "Greased Lightnin", Writers: Jim Jacobs and Warren Casey, Vocals : John Travolta, from the original motion picture soundtrack for the 1978 film Grease.
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City of Medicine Hat Berm Project
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Enormous technological changes in medicine and healthcare are heading our way. If they hit us unprepared (which we are now), they will wash away the medical system we know, leaving a purely technologybased service without personal interaction. By preparing and planning, we have the opportunity to consciously and purposefully redesign the healthcare sector piece-by-piece. Thats the belief of medical futurist Dr. Bertalan Mesk, author of The Guide to the Future of Medicine: Technology and the Human Touch.
Part 1 of this column summarized the first set of tech trends that Mesk described as being already underway or those that will have an impact on us in the near term. Now we take a look at the next set of trends that Mesk identifies as being in earlier stages of development and not quite yet ready for prime time.
Medical decisions via artificial intelligence (AI) Watson, the IBM room-sized super-computer, beat Jeopardys all-time best contestants, Ken Jennings and Brad Rutter. Thats just the beginning. With virtual computer networks working together on a particular problem, Big Data is becoming Huge Data. Healthcare is a prime candidate for making intelligent use of that data. With new, relevant medical research being produced so quickly, its impossible for a human to constantly be up-to-date. But a super-computer could, even to the extent of advising on medical decisions. AI will offer many benefits, including generating insights for lowering costs and creating better outcomes.
The future of medicine will involve complex interactions between man and machine. (Image credit: B. Mesk)
Growing organs in a dish Regenerative medicine seeks to aid those who suffer from organ failure or loss by providing them with artificially created replacement organs. 3D printers have already successfully produced organs, and stem cells can be used to grow some organs. Eventually, these advances may eliminate the shortage of organ donations altogether.
Eating in the future With instant content analysis, we will know exactly what we are eating and, hopefully, that will teach us how to eat properly. Fast food will be defined by more than the local McDonalds, Wendys, or Burger King, as 3D printing begins to produce a variety of nutritional options. This will become a norm to satisfy the ever-increasing population.
Augmented reality and virtual reality Augmented reality through technology such as Google Glass will be increasingly streamlined into healthcare. Currently, a surgeon can stream a live surgery procedure in order to create an enhanced learning tool for students who would have to typically watch over the doctors shoulder. In the future, virtual reality will create environments that allow patients to share point-of-view information and concerns directly with medical caregivers. It will also be applied to psychotherapy in order to let patients view scenarios or reprocess memories virtually.
The end of human experimentation Computational cognitive architecture will simulate how human physiology works, detail-by-detail. Virtual experimentation through this kind of simulation could test numerous samples on virtual patients in an extremely short time period. Mesk describes one example: A technique called organ-on-a-chip simulates the activities, mechanics, and physiology of entire organs and organ systems.
Nanorobots living in our bloodstream These microscopic robots will measure health parameters and diagnose disease. They could also expand our knowledge of biology and anatomy, improve how we deliver drugs, or perform extremely localized surgery. The nanorobots could eventually develop a network, communicate with each other, identify health concerns, and automatically take corrective actions.
Hospitals of the future In the future, hospitals will be less about recovery from acute illness, and more about rejuvenating ourselves. The shift will be comparable to the transition in the healthcare system from reactive to proactive care, from acute care to disease management and prevention. Hospitals will become places to double-check that patients are on track to stay healthy. Delivering care will be patient-centered, with intelligent designs to improve the healing process.
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Enormous technological changes in medicine and healthcare are heading our way. These trends have a variety of stakeholders: patients, medical professionals, researchers, medical students, and consumers. They are important because of the impact they will likely have on all of us at one time or another. To get an overview of the trends in healthcare technology, we turned to Dr. Bertalan Mesk, medical futurist and author of The Guide to the Future of Medicine: Technology and the Human Touch. In it, he identifies several areas that he believes will shape the futureof medicine and healthcare for decades to come.
Mesks predictions easily fall into two categories. The first group of trends, descried below, involve concepts already underway today, or those that will likely have an impact on us in the near future. (Part 2 of this article discusses a second group of tech trends that are still several years away or in much earlier stages of development).
The future of medicine will involve complex interactions between man and machine. (Image credit: B. Mesk)
Gamifying health Games are ubiquitous on our computers and phones, and increasing numbers of them are designed to have a positive impact beyond simply killing time. Combining fun and games into healthcare apps can motivate the patient and collect data needed to make informed decisions on daily activities that contribute to ones health. An estimated 50% of patients with chronic diseases do not follow the prescribed treatment, says Mesk. Gamified health tracking creates an environment that keeps the patient from straying from the appropriate therapy path.
Empowered patients Patients will become equal partners with their caregivers. Healthcare is moving beyond the hospital, and shifting towards patient self-knowledge and empowerment. The Internet has led to many people (for better or worse) researching their symptoms and diagnosing and treating themselves. While that extreme should be avoided whenever traditional healthcare providers are available, theres no way to put the genie back in the bottle in terms of patients educating themselves. Rather, healthcare professionals should embrace the change and guide patients in participating in their own care. New technologies will finally help medical professionals focus more on the patient as a human being instead of spending time hunting down pertinent information. They will be able to do what they do best provide care with expertise. In turn, patients will get the chance to be equal partners in their healthcare. As Mesk puts it, Healthcare cannot really advance without physicians letting their patients help themselves.
Telemedicine and remote care Home healthcare services and innovative technology will allow for doctor-patient connectivity where it had not been previously possible, saving both lives and money. Patient monitoring before, during, and after a procedure can now include autonomous robots, such as iRobots RP-VITA.
Rethinking the medical curriculum Medical schools will prepare future physicians for a world full of e-patients and dazzling technology. It takes many years to go from studying to practicing medicine. During that time, what students are learning is constantly changing in the real world. The old-fashioned textbook is a static learning piece in a dynamic professional field with integrated, innovative technology. Digital classrooms will create new connections between students and healthcare professionals and allow for access to the most current information and resources.
Surgical and humanoid robots Robotic-assisted surgery enhances the skill of the surgeon and allows for less invasive procedures. Advanced robots will be able to perform an operation from continents away, with precision beyond what a surgeons hand can do. Robots may never fully take over a surgical room due to their weak versatility and adaptability compared to humans, but they will become much more integrated into surgical teams.
Genomics and truly personalized medicine DNA analysis will become a standard step when prescribing medicine or treatment, to ensure it is personalized and optimized for that particular patients metabolic background. This kind of specificity, according to Mesk, will make it possible to define disease in terms similar to GPS coordinates.
Body sensors Technology is allowing us to measure critical health parameters in convenient and inexpensive ways. Tiny, wearable, sensors collect data without inferring with our daily lives in order to make better, more informed quantifiable decisions. Electronic clothing paired with sensors is one outlet used to collect such data.
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Newswise November 24, 2014(BRONX, NY)Six faculty members at Albert Einstein College of Medicine of Yeshiva University have been named Fellows of the American Association for the Advancement of Science (AAAS). Election as an AAAS Fellow is an honor bestowed upon AAAS members by their peers. This year, 401 members have been awarded this honor by AAAS because of their scientifically or socially distinguished efforts to advance science or its applications.
The 2014 AAAS Fellows at Einstein are:
Aviv Bergman, Ph.D. Elected for drawing upon concepts from physics, mathematics, computer science, and biology to address problems in a broad range of biological inquiries, spanning evolutionary systems biology to cancer. Dr. Bergman is professor and chair, systems & computational biology, professor of pathology and of neuroscience and the Harold and Muriel Chair in Systems & Computational Biology.
Margaret Kielian, Ph.D. Elected for distinguished contributions to the field of virology, particularly for studies on the alphavirus and flavivirus membrane fusion proteins and on virus entry and exit. Dr. Kielan is professor of cell biology and Samuel H. Golding Chair in Microbiology.
Richard Kitsis, M.D. Elected for distinguished contributions to fundamental and translational aspects of cell death, particularly for originating and driving the field of cell death in the heart. Dr. Kitsis is professor of medicine and of cell biology, the Dr. Gerald and Myra Dorros Chair in Cardiovascular Disease and director of the Wilf Family Cardiovascular Research Institute at Einstein and attending physician, cardiology at Montefiore Medical Center.
U. Thomas Meier, Ph.D. Elected for distinguished contributions to the field of RNA biology, particularly for elucidating RNA-protein complexes and their roles in RNA modification and stabilization and in human disease. Dr. Meier is professor of anatomy & structural biology.
Robert Singer, Ph.D. Elected for distinguished contributions to the development and application of imaging technologies and insights into the kinetics and spatial distributions of single mRNAs in living cells. Dr. Singer is professor and co-chair of anatomy & structural biology, professor of neuroscience and of cell biology, co-director of the Gruss Lipper Biophotonics Center and of the Integrated Imaging Program, and the Harold and Muriel Chair in Anatomy & Structural Biology.
Jan Vijg, Ph.D. Elected for distinguished contributions to the fields of mutagenesis and aging, development of innovative mouse models. Dr. Vijg is professor and chair of genetics, professor of ophthalmology & visual sciences and the Lola and Saul Kramer Chair in Molecular Genetics.
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Dean Flier Launches #39;The World is Waiting #39; Campaign
On Nov. 13, 2014, Harvard Medical School officially launched The World Is Waiting: The Campaign for Harvard Medicine, a fundraising campaign that will empower its mission to alleviate human...
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Newswise NEWARK, NJ (November 20, 2014) Navigating through the maze of health and medical services can be challenging for parents of children who have been diagnosed with autism spectrum disorders (ASDs). A new resource is now available for caregivers, health professionals and, especially, parents. A pediatric neurologist and pediatrician/geneticist at Rutgers New Jersey Medical School recognized a need for a comprehensive guide to help parents obtain quality medical care for each stage of their childs development.
As a result, Navigating the Medical Maze with a Child with Autism Spectrum Disorder: A Practical Guide for Parents (September 2014, ISBN: 978-1-84905-971-8) was published to show parents how to play an effective and active role in their childs medical care from diagnosis through early adulthood. According to Sue X. Ming, MD, PhD, professor of Neuroscience and Neurology, and Beth A. Pletcher, MD, associate professor of Pediatrics and Medicine, the guide includes lay descriptions of developmental and medical conditions, explanations about common diagnostic tests, and tips on managing day-to-day medical and behavioral challenges.
Ming said, According to the Centers for Disease Control and Prevention, the rate of autism in 8-year old New Jersey children is 1 out of 45. In contrast, nationally, the statistic is 1 in 68 children. Boys are more likely than girls to be diagnosed with an ASD. The CDC reported an estimated cost of caring for children with ASDs to be more than $9 billion three years ago.
Somerset County resident Brian Kerwin understands the problem firsthand. He remembers seeing his son bent over in severe gastrointestinal pain. That was before Connor was diagnosed at age two. He is now 23-years old. Although Connor does not communicate verbally, he lives with his loving parents and has three supportive brothers.
Connor is always in pain; sometimes he feels good enough that he forgets about it, said Kerwin. While flipping through the guide, Kerwin sees chapters that would have helped when Connor was first diagnosed and other topics that are useful now: oral and dental exams; allergies and immunology; gastrointestinal disorders. When I look at the chapters, I recognize that theres no longer the denial of medical comorbidities that we experienced, Kerwin said, whose family established a Medically Fragile Autistic Facebook page to advocate for children with autism.
Instead of communicating verbally, Kevin Clinton expresses himself through body language. Long before Kevin was diagnosed at age 10, his mother, Cassandra Clinton served as his voice. She continues to be her 26-year old sons biggest advocate and receives tremendous support from her daughters, ages 29 and 23.
This Jersey City resident and mother of three constantly searches for services that enhance Kevins quality of life. Clinton believes this guide would have been helpful when she was seeking a diagnosis for her son. Im glad Dr. Ming and Dr. Pletcher have addressed the parents voice in this guide, said Clinton. Whats her advice to parents? Be your childs biggest advocate. If you believe something is wrong. Trust your gut and seek services to address his or her special needs. Dont give up.
Another parent Catherine Wersinger, of Monmouth County, also could have used the guide years ago when her 2-year old son was diagnosed with ASD. Now, the 15-year old is a high functioning honor roll student, a high school wrestler and football player. This kind of reference could only help parents of a newly diagnosed child as well as teenagers and young adults. It would be great for physicians to have this guide in their waiting rooms. For parents of a newly diagnosed child, it would be a Godsend.
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New Resource Available for Parents of Children Diagnosed with an Autism Spectrum Disorder
Sawyer is our hero, and we are so grateful God blessed us with him on this earth as long as he did," said his mother, Kris Nordstrom. "I wish it had been longer, and I know you do, too, but he lives on in the lives of others."
A White Bear Lake High School student who was fatally injured at school earlier this month died as the result of hanging, the Ramsey County medical examiner's office said Monday.
The circumstances surrounding the death of Sawyer Moeller, a 14-year-old freshman, are still being reviewed by authorities, though his mother apparently considered the matter an accident. He was injured Nov. 10 at White Bear Lake Area High School's North Campus. He died Friday, 11 days later.
Sawyer's mother, Kris Nordstrom, released the following statement through White Bear Lake police:
"In regard to Sawyer Moeller's accidental death. While these teenage boys were goofing around after school, Sawyer was alone briefly. His friend returned to find Sawyer injured. He bravely called 911 and began CPR," Nordstrom said.
A police statement issued Saturday said officers arrived at the school to find a boy who appeared to have a neck injury. They saw a red mark or abrasion on his neck and administered CPR until medical personnel arrived and took him to Regions Hospital in St. Paul.
One of Moeller's friends gave him CPR after the incident, which made it possible to donate his organs, Nordstrom said.
She said Moeller's liver went to a 62-year-old man, who has been waiting 422 days, one kidney and a pancreas went to a 48-year-old woman waiting more than 500 days and the gift of tissue will go on to hundreds of people.
"His heart went to a 13-year-old girl, which I suppose would have happened at some point," she said.
On Sunday, Nordstrom remembered her son during a celebration of his life at Firestarters Worship Center in Ottertail, Minn.
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Medical examiner: White Bear Lake student died of hanging at school
THE Davao Medical School Foundation (DMSF) Inc. launched Monday a P48-million worth Philips Ingenuity Core 128-Slice CT Scan that will support the hospital's operation.
In a press conference on Monday, DMSF Inc. president Jonathan Alegre said the acquisition of a new medical equipment is a milestone for the hospital since it can expedite the process of diagnosing a patient.
With state-of-the-art medical equipment in place, Alegre is hoping to serve more patients with quality services at an affordable price.
DMSF is not the first hospital to acquire a 128-slice CT Scan, but the hospital is the first one to utilize a medical equipment manufactured by Philips, which is safer since it uses low-dose radiation.
Dr. Samuel Bangoy, a radiologist of DMSF, said that it is not anymore how advanced the technology in place that's needed but rather how safe it is to the patients.
In this case, the Philips 128-Slice CT scan takes only a shorter time to come out with the results, thus the lesser the patient's exposure to radiation.
"To scan an entire body, it will only take about 10 to 15 minutes. Before, it takes hours," he said.
He added that they are also hoping to serve patients of the other hospitals in Davao City who will need the services of the 128-Slice CT Scan.
Published in the Sun.Star Davao newspaper on November 25, 2014.
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David Greer, former dean of medicine at Alpert Medical School who co-founded an anti-nuclear organization that received the 1985 Nobel Peace Prize, died Nov. 18 at his home in Fall River, Massachusetts, at the age of 89.
Throughout his tenure as dean of medicine from 1981 to 1992, Greer introduced a number of educational innovations, said Vincent Mor, professor of health services, policy and practice at the Med School. Greer established the Department of Family Medicine, the Department of Community Health and the Center for Gerontology and Healthcare Research, in addition to developing the Program in Liberal Medical Education.
He was a real humanist, said Julianne Ip, associate dean of medicine for PLME. Medicine was not solely a scientific pursuit for Greer, but also a holistic, humanitarian one, she said.
With five other physicians, Greer created the Nobel-winning International Physicians for the Prevention of Nuclear War a coalition of doctors, medical students and others involved in health care who advocated a nuclear-free world.
Before Greers arrival at the University in 1981, the Med School largely focused on specialty medicine. Greer transformed it to be more oriented around primary care and evidence-based medicine, Ip said. Greers tenacity and sense of innovation ultimately attracted Mor to work at Brown, Mor said. Greer took Mor under his wing, incorporating him into the various projects he was building at the time. He was sort of like my dad, Mor said.
Greer pushed for the University to engage with the community in Rhode Island and its surrounding towns by helping to place medical students in state agencies for their residencies and maintaining his own medical practice in Fall River, Mor said. The University is no longer the ivory tower. Its actually engaged, he added.
Though he did not know Greer closely, Jack Elias, dean of medicine and biological sciences, said Greer will be remembered for his commitment to society. Greer was partially responsible for a project that built apartments near a Rhode Island clinic so that patients with disabilities could easily access medical care, he added.
Given his holistic approach to medicine, Greer believed practicing medicine required a broad-based education rather than one centered solely on biology courses, Ip said. He lengthened PLME so that the program would be eight rather than seven years to allow students to take more courses in ethics, political science, economics and other areas of study they would not typically explore, she added.
Outside of his professional work, Greer was an avid squash player, Mor said.
He was also a family man, known to be joined at the hip with his wife, Ip said, adding that the caring demeanor he exuded as a father and husband extended into his work life.
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@delasalle practices at Liberty Park for state D2 semifinal vs Southfield. Teams play at 1 p.m. Satu
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De La Salle got out of the cold practiced at Liberty Park on Wednesday. Pilots play Southfield Sat
De La Salle got out of the cold practiced at Liberty Park on Wednesday. Pilots play Southfield Saturday. @delasallehs @MIPrepZoneMD By: George Pohly - George Pohly is the sports editor for...
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Liberty beats Providence in D6 semis
The No. 2 Liberty Christian volleyball team beat No. 3 Providence Christian in four sets 25-16, 25-20, 19-25, 25-17 in a Northern Section Division VI semifinal.
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Real World Dilemmas of the Hunger Games: Liberty and Security [Teaser] | Learn Liberty
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Volleyball State Semi-Finals Eagles vs Liberty Hill (11/21/14)
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