Nebraska Medicine to close inpatient burn unit – KETV Omaha

OMAHA, Neb.

Nebraska Medicine announced Thursday morning that it will be closing its inpatient burn unit in Omaha.

Patients with serious burns will now be sent to the verified burn center located at CHI Health St. Elizabeth in Lincoln, officials said in a news release.

St. Elizabeth is one of 66 burn centers in the U.S. verified by the American College of Surgeons and the American Burn Association. Every year, the 16-bed unit helps roughly 500 burn patients from six different states.

Nebraska Medicine will continue to care for burn patients at its outpatient clinic, 24/7 trauma center and its medical surgical unit for patients with burns covering less than 10 percent or less of their body.

This decision was made after much careful research and discussion, said Nebraska Medicine Chief Medical Officer Dr. Harris Frankel, in the release. As we transition away from inpatient burn treatment, residents of the Omaha Metro can be assured that our emergency and trauma response for burn patients will be as strong as ever, as will our outpatient clinic care.

The move shows how CHI Health and Nebraska Medicine are working together to eliminate duplication of the specialized service.

Currently, Nebraska Medicine treats about 100 burn patients a year in its unit.

The burn unit is scheduled to close on Sept. 4.

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Penn Medicine CIO weighs in on precision medicine – MedCity News

As the precision medicine movement gains speed in healthcare, Philadelphia-based Penn Medicine is looking to take advantage of all it has to offer.

Its efforts have undoubtedly been noteworthy. In January 2016, it founded the Penn Center for Precision Medicine, which focuses on precision medicine development and implementation efforts. The center has its own PCPM Accelerator Fund, which supports projects that test unique approaches to how precision medicine impacts patient care.

In a phone interview, Penn Medicine senior vice president and CIO Michael Restuccia discussed the health systems approach to the topic. One key issue, he said, is getting the proper structure in place.

I think most academic medical centers that focus on precision medicine are challenged with their overall organizational structure, Restuccia said. Penn Medicine avoided that pitfall by centralizing the leadership of its medical school and health system.

Another crucial step involves moving to a shared system, which makes it easier to centrally manage information.

Getting the entire institution to move to a common platform allows you to facilitate and share data in a more appropriate manner, aggregate that data more effectively and secure that data in a more efficient way, Restuccia noted.

Indeed, installing technology can be highly advantageous to organizations looking at precision medicine efforts. Because such initiatives involve working with a high number of data sets, tech is the answer to a smoother process.

Technology accelerates data management and data analysis. It also accelerates data integration from the research side back into the electronic record, he said. If you had to do it by hand, it would take decades.

But can IT ever hinder precision medicine advancements? Not really, according to Restuccia. The only downside to tech is from an expectation perspective. Rollouts can take a lengthy amount of time and can be costly from a financial perspective.

Restuccia believes Penn Medicine is already well-positioned to succeed in its precision medicine endeavors. The systems research data warehouse, PennOmics, holds everything from registry data to clinical trials data. Additionally, it is now deployed on a common EMR system called PennChart across the inpatient, ambulatory and home care settings. The data in PennChart can be shared with caregivers from any Penn Medicine location.

Ultimately, thats what we mean when we talk about precision medicine, Restuccia said. Its finding those lessons learned in research and being more proactive in the care provided to each patient.

Photo: StationaryTraveller, Getty Images

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Nebraska Medicine to close burn center, send patients to St. Elizabeth – Lincoln Journal Star

CHI Health and Nebraska Medicine announced a new collaboration Thursday that will make St. Elizabeth the only burn care center in the state.

Nebraska Medicine said it will close its inpatient burn unit on Sept. 4. It will continue to care for burn patients in trauma situations and on an outpatient basis, but all patients needing inpatient burn care will be sent to CHI Health St. Elizabeth.

St. Elizabeth is one of 66 burn centers in the U.S. verified by the American College of Surgeons and the American Burn Association. The unit has 16 beds and serves an average of 500 burn patients from a six-state area each year. Nebraska Medicine treats about 100 burn patients a year.

This decision was made after much careful research and discussion, Nebraska Medicine Chief Medical Officer Harris Frankel said in a news release. "As we transition away from inpatient burn treatment, residents of the Omaha metro can be assured that our emergency and trauma response for burn patients will be as strong as ever, as will our outpatient clinic care. Well work closely with the staff at St. Elizabeth to make sure burn patients receive the right care in the right center.

The two hospital systems said the move shows they are working together to eliminate the duplication of this highly specialized service. Consolidating inpatient care to one burn unit lowers the overall cost of care for patients and employers, while still ensuring patients have access to high-quality care.

The team of highly skilled and specially trained physicians, nurses and therapists welcome the opportunity to care for more burn patients. Cary Ward, CHI Health chief medical officer said in the release. This collaboration is a perfect illustration of how health systems are working together to reduce costs and improve quality of care through specialization.

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Nebraska Medicine to close burn center, send patients to St. Elizabeth - Lincoln Journal Star

Researchers Used Tiny Autonomous Vehicles to Deliver Medicine to the Stomach of Mice – Futurism

In BriefMicromotors the width of a single strand of human hair havebeen used to administer antibiotics to the stomach of micesuffering from a bacterial infection. Micromotor Medic

Researchers usedautonomous vehicles known as micromotors to cure bacterial infections in the stomachs of mice. Micromotors are only the width of a single human hair, which allows themto negotiate the labyrinthine confines of the human body, and administer precise treatment.

In this study, micromotors were used to provide mice with a dose of antibiotics every day for five days. This regimen was found to be more effective than the standard method of administering the medicine.

Micromotors are arelatively new technology, but theyre coming along in leaps and bounds. Earlier this year, researchers in Germany developed a method of combining the vehicles with sperm cells to help combat tumors.

This particular implementation of micromotors is comprised of a spherical magnesium core thats coated with specialized layers that perform various different functions,, like protecting the vehicle, carrying the treatment, and giving it the ability to stick the walls of the stomach.

However, its the core thats the really clever part it propels the micromotor along, but it does so in a way that helps the medicine have the desired effect.

The micromotors are able to move around the stomach thanks to the propulsion provided by the magnesium as it reacts with gastric acid. This reaction actually reduces the level of acidity in the stomach for a short amount of time.

This amounts to more than complementary antacid; antibiotics and protein-based drugs can be rendered useless by the gastric acid in the stomach. As such, its essential that the acidity level be dropped before they are released from the micromotor to do their job. This particular layer of the vehicle responds to the acidity around it, and it will only administer the medicine when it detects safe conditions for it to do so.Click to View Full Infographic

The acidity level of the stomach is said to return to its normal state within 24 hours. The micromotors themselves are largely biodegradable, so when finished, they simply dissolve within the stomach without leaving anything harmful behind.

There is still a long way to go, but we are on a fantastic voyage, said Dr. Joseph Wang, professor at the University of California San Diego and the lead researcher on the project, alongside fellow professor Dr. Liangfang Zhang. Following the success of these tests, the research team plans to engage in a larger study with animals but the long-term goal is to investigate whether the same technique can be used safely on a human subject.

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‘Micromotors’ alter your gut’s chemistry to safely deliver medicine – Engadget

Conventionally, the medication used to treat maladies like ulcers or bacterial infections, have to be administered alongside a secondary compound known as proton pump inhibitors. These chemicals temporarily halt the production of stomach acid, allowing the medicine to do its work without being destroyed. However, long term use of PPIs can make matters much worse, from headaches and fatigue to anxiety and depression.

UCSD's "micromotors" are made up of a titanium dioxide protective shell surrounding a spherical magnesium core. Above the TiO2 layer is a layer of antibiotic medication and above that,is another layer made up of a positively-charged polymer that helps the motor stick to the gut wall.

Now here's the really cool part. These motors use the stomach's own acid as a fuel source. The magnesium layer reacts to the gastric acid to generate a stream of hydrogen bubbles to produce thrust, while also reducing the amount of acid present. Once the stomach's pH hits the correct level, the motors release their medication and finish dissolving.

These devices are still in the early days of their development so don't expect to have your antibiotics squirming through your belly for a few years yet at least.

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Washington Redskins Charitable Foundation & Inova Sports Medicine To Host High School Coaches Clinic – Redskins.com

EASY TWEET: .@RedskinsCR & @InovaHealth to host free clinic for 100 high school football coaches

LOUDOUN COUNTY, Va. The Washington Redskins Charitable Foundation will host the Washington Redskins High School Coaches Clinic presented by Inova Sports Medicine on Friday, Aug. 18 from 11 a.m. 1:15 p.m. The clinic will take place at the Inova Sports Performance Center at Redskins Park where participants will be able to watch walk-through in the indoor practice facility followed by a panel discussion in the auditorium and lunch in the Redskins dining room.

Approximately 100 high school coaches from Washington, D.C., Maryland and Virginia are expected to participate in the clinic, which includes a panel discussion led by Voice of the Washington Redskins Larry Michael. Panelists will be Redskins coaches including Offensive Coordinator Matt Cavanaugh, Defensive Coordinator Greg Manusky and Special Teams Coordinator Ben Kotwica. Redskins Senior Vice President of Player Personnel, Doug Williams, and EXOS Performance Director of Pro Sports, Brent Callaway, will headline the keynote speaker portion of the clinic. Special guests will include Redskins President Bruce Allen and Head Coach Jay Gruden.

The annual Washington Redskins High School Coaches Clinic presented by Inova Sports Medicine provides coaches with information on player health and safety, character development and how to build a successful program on and off the field.

Media availability for the Washington Redskins High School Coaches Clinic will begin at 11:30 a.m. (the start of the speaking portion). Media interested in attending the event should contact Tish Carmona of Redskins Public Relations at carmonat@redskins.com or 703-726-7077 to obtain a credential.

For more information on the Washington Redskins Charitable Foundations programs and events or to donate, visit http://www.redskins.com/community or follow the Foundation on Twitter at @RedskinsCR or Instagram at @RedskinsGiveBack.

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NIH gives nod to Vibrent Health for precision medicine work – Healthcare IT News

Vibrent Health's cloud-based precision medicine platform has gained authority to operate from the National Institutes of Health, a certification that it meets federal privacy and security standards and paving the way for the company's work on the landmark research cohort that will fuel the Precision Medicine Initiative

"This ATO certification marks a significant milestone for Vibrent in its journey to power the next generation of personalized medicine," said the company's CEO Praduman Jain, in a statement.

Vibrent's SaaS platform combines genomic information with data from electronic health records, medical devices, wearables and more.

[Also:NIH All of Us program gearing up for 'precision engagement,' Eric Dishman says]

It will be the technology around which the All of Us Research Program will be based as the precision medicine project works to enroll more than one million participants in its cohort to understand how genomics, lifestyle, behavioral, and environmental factors impact an individuals health.

In addition to NIH, Vibrent's technology is at use at Johns Hopkins, Stanford, the U.S. Veterans Administration, UnitedHealth Group and Medtronic.

For the ATO certification, the company worked with Coalfire, a third-party assessment organization, to develop security plans, policies, procedures, scanning, SSP, and pen testing, per FISMA risk management framework, to ensure the integrity of its platform, officials said. Coalfire confirmed that Vibrent Health has the necessary operational and technical controls in place to provide a secure environment for federal systems, bureaus, departments, and their supporting entities.

Twitter:@MikeMiliardHITN Email the writer: mike.miliard@himssmedia.com

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Oly Ortho’s Sports Medicine Team Keeps Thurston County Moving – ThurstonTalk

Every three months a group of highly trained sports medicine doctors, primary care physicians, chiropractors, physical therapists and athletic trainers gather to discuss the latest literature and best practices in the field of Sports Medicine. These healthcare professionals work together to make sure their patients are receiving cutting edge care. You may think that this type of high level care and collaboration is only available in major metropolitan areas. However, this is all happening right here in Thurston County at Olympia Orthopaedic Associates.

As the field of orthopaedics becomes more specialized, so does Olympia Orthopaedic Associates. They have expanded their clinic to meet the needs of our growing, active community. There are now many subspecialty clinics within the organization to serve a diverse patient population. Two examples of Centers of Excellence found within the group are the Foot and Ankle Clinic and the Hand, Wrist and Elbow Center. Another specialized area is run by the Sports Medicine team, including both operative and non-surgical practitioners. Dr. Femiano and Dr. Hamblin have both completed fellowships in sports medicine and their commitment to continued education ensures that they are actively learning the newest procedures and techniques.

One example of their cutting-edge treatment is the use of ultrasound guidance to administer a PRP or cortisone injection, providing relief and keeping athletes moving. The clinic is also very close to providing stem cell injections which can play a significant role in reducing inflammation in knee and hip joints. Read more about PRP injections at OOA here.

We are providing a multi-disciplinary, community based program, explains Rebecca McClinon, OOA Sports Medicine Program Coordinator. OOA provides surgical and non-surgical solutions to many of the orthopaedic issues affecting everyone from student athletes and ultra marathoners to the weekend warrior. When there is a more appropriate course, OOA can reach out their community partners as well. Working in partnership with local chiropractors, athletic trainers and physical therapists, we have created an umbrella of care for the physically active in the community, shares McClinon.

As a fellow weekend warrior, I know that many people will delay seeking care for their aches and pains. Runners and bikers fear that a visit to the doctor may result in a diagnosis that sidelines their activities. Fortunately, at OOA, that is not necessarily the case. The physicians and staff are active individuals as well and understand that staying in the game is important to patients. Whenever possible, a less invasive techniques can be used to treat an injury or alleviate pain. A tennis elbow or the common Achilles tendinitis can be relieved with a Tenex procedure completed right in the office. A small incision is made and a vibrating burr, a brush like instrument, removes the scar tissue and creates a rapid healing response.

In the case where surgery becomes necessary, Dr. Bradley Christ and Dr. Trent McKay have been specially trained in both minimally invasive arthroscopic treatment of key areas such as shoulders and knees as well as full replacement joint surgeries.

In addition to treating patients in the OOA clinic, Drs. Hamblin and Femiano are heavily involved in the community. They provide sports medicine services to the athletic departments of South Puget Sound Community College, Saint Martins University, The Evergreen State College and local area high schools.

Each Friday night, OOA Sports Medicine physicians provide coverage for all three stadiums in our area. There is an doctor on site at every high school football game. As the parent of a student athlete, that commitment to our youth is particularly important.

Area high school and college athletes also benefit from the low-cost/no-cost sports physicals that OOA provides. We partnered with TOGETHER!, Tumwater Family Practice, Providence Tumwater Valley Physical Therapy, Providence Sports Medicine, St. Peter Family Medicine, Tumwater Vision, Tumwater School District Health and Wellness Department and local school districts to provide these free sports physicals to as many students as possible, explains McClinon. On one Tuesday evening at a local high school gym they completed 250 physicals in just three hours. Tumwater soccer player Sarah shares, It was really fast and fun. We went to different stations to be tested and it saved my parents time and money, so we really appreciated the opportunity.

OOA extends that community outreach to area events such as the Black Hills Triathlon and the Capital City Marathon as well. OOA also plans to collaborate with local school districts in their Unified Sports program. Currently providing soccer and basketball, Unified Sports joins students with and without disabilities on the same athletic team. OOA is dedicated to supporting these programs that provide social inclusion for all student athletes.

From community support to cutting-edge techniques and treatments, the team at Olympia Orthopaedic Associates Sports Medicine Clinic are ready to help Thurston County citizens enjoy a Life in Motion.

For more information on the Sports Medicine Clinic at OOA visit their website http://www.olyortho.com

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Ranch Medicine subject of talk at Phippen Museum – The Daily Courier

Local author and historian Jody Drake will present On the Arizona Frontier: Ranch Medicine at 1 p.m. Saturday, Aug. 19, at the Phippen Museum. The talk is free with museum admission, and will cover what frontier families had to deal with when doctors werent available.

Many early residents learned that local plants and other resources held the answer for curing different illnesses. Chew a little willow bark for a headache, make a tea rich in vitamin C with pine needles, and close up cuts with spider webs. These and other home remedies were commonplace on the Arizona frontier.

Drake has performed throughout the state and her first-person presentations mix the rich stories of the West with an enchanting combination of humor and fact. She also will explore the fascinating contents often included in the typical frontier medical bag, allowing attendees to take an in-depth look at some of the tools and instruments used in late 1800s Arizona.

The Phippen Museum is located at 4701 Highway 89. For more information, call 928-778-1385 or visit http://www.phippenartmuseum.org.

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Stanford Medicine X conference to focus on creating positive change in health care – Stanford Medical Center Report

Medicine X, Stanford Universitys premier conference on emerging health care technology and patient-centered medicine, will return to campus Sept. 15-17.

This years conference, which will be held at the Li Ka Shing Center for Learning and Knowledge, will focus on the responsibilities of health care citizenship and how individuals can take action to improve health care in the United States.

Medicine X 2017 will focus on how we can take action to create the change that we want to see in the health care system and move beyond ideas into action, saidLawrence Chu, MD, professor of anesthesiology, perioperative and pain medicine at Stanford and founder and director of Medicine X. With the current uncertainty in the future of health care, its important to stop and consider how each of us might work to create a new culture of caring in health care that doesnt exist right now.

Medicine X aims to bring together everyone who plays a role in health care researchers, patients, providers, designers, technologists and policy leaders and encourage them to work together to build a framework for health care transformation, Chu said. This framework, known as Everyone Included, is a trademark of Stanford Medicine X and was co-developed with a diverse group of health care stakeholders over the past seven years at the conference.

In January during President Obamas farewell speech, he talked about how his future role was going to be as a citizen, Chu said. That inspired me to think about how we, as individuals, might consider this role in terms of health care. We hope this conference will give people both the inspiration and the tools and resources they need to take action and create change.

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Precision Medicine for Preventing Suicide – Genetic Engineering & Biotechnology News

A research team led by scientists at the Indiana University (IU) School of Medicine say they have created a novel method for diagnosing suicide risk by developing blood tests that work in everyone as well as more personalized blood tests for different subtypes of suicidality and high-risk groups.

The researchers also demonstrated how two appsone based on a suicide-risk checklist and the other on a scale for measuring feelings of anxiety and depressionwork along with the blood tests to increase the precision of tests and to propose potential lifestyle, psychotherapeutic, and other interventions. The team also noted that they were able to identify a series of medications and natural substances that could be developed for preventing suicide.

Their study ("Precision Medicine for Suicidality: From Universality to Subtypes and Personalization") is published in Molecular Psychiatry.

We sought to investigate whether blood gene expression biomarkers for suicide (that is, a liquid biopsy approach) can be identified that are more universal in nature, working across psychiatric diagnoses and genders, using larger cohorts than in previous studies. Such markers may reflect and/or be a proxy for the core biology of suicide. We were successful in this endeavor, using a comprehensive stepwise approach, leading to a wealth of findings, write the investigators.

Steps 1, 2 and 3 were discovery, prioritization and validation for tracking suicidality, resulting in a Top Dozen list of candidate biomarkers comprising the top biomarkers from each step, as well as a larger list of 148 candidate biomarkers that survived Bonferroni correction in the validation step. Step 4 was testing the Top Dozen list and Bonferroni biomarker list for predictive ability for suicidal ideation (SI) and for future hospitalizations for suicidality in independent cohorts, leading to the identification of completely novel predictive biomarkers (such as CLN5 and AK2), as well as reinforcement of ours and others previous findings in the field (such as SLC4A4 and SKA2).

"Our work provides a basis for precision medicine and scientific wellness preventive approaches," said Alexander B. Niculescu III, M.D., Ph.D., professor of psychiatry and medical neuroscience at IU School of Medicine and attending psychiatrist and research and development investigator at the Richard L. Roudebush Veterans Affairs Medical Center.

The multistep research approach began with serial blood tests taken from 66 people who had been diagnosed with psychiatric disorders, followed over time, and who had at least one instance in which they reported a significant change in their level of suicidal thinking from one testing visit to the next. Using the Niculescu group's Convergent Functional Genomics approach, the team prioritized the candidate gene expression biomarkers that were best associated with suicidality in each individual and across individuals.

The researchers then tested the validity of the biomarkers using blood samples drawn from 45 people who had committed suicide. The biomarkers were subsequently tested in another group of individuals to determine how well they could predict which of them would report intense suicidal thoughts or would be hospitalized for suicide attempts.

The researchers identified RNA molecules as the biomarkers whose levels in the blood changed along with changes in the levels of suicidal thoughts experienced by the patients.

Among the findings reported in the current paper were:

Dr. Niculescu points out that while suicide can impact individuals in all walks of life, he believes such tragedies can be averted.

This landmark larger study breaks new ground, as well as reproduces in larger numbers of individuals some of our earlier findings," he said.

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University to offer 50 places to study medicine through clearing this week – GP online

A London medical school said it is braced to receive thousands of calls this week as it opens up around 50 places on its medicine degree through clearing for the second year running.

St George's medical school, at the University of London,said it was enormously keen to run the programme again following its success last year, the first time medical school places were offered through clearing in the UK.

Around 50 places on its five-year medicine course, commencing this year, will be available through clearing, but competition for the last-minute spots is set to be fierce.

GPonline reported that the clearing hotline was inundated with 1,800 calls just hours after A level results were released last year. Over 8,000 enquiries were eventually made in total.

This year, St George's has increased its call handling team two-fold to help meet the anticipated demand on results day this Thursday from hopeful candidates.

Clearing is usually used by universities to fill up any leftover places, but St George's said that it had purposefully set aside the clearing places to account for the unpredictability of A level grades, rather than them being available as a consequence of inadequate interest in its medicine course.

The move will offer a lifeline to students who otherwise would have missed out and allow more top achievers a chance to study medicine without having to delay their ambitions for another year, it said.

All students are expected to get at least grade A in all subjects and will be interviewed and scrutinised in the same way as students who apply before results day.

Ameera Cajucom, a student who won a place through the scheme last year, said: I think that going through clearing for St George's was life changing, practically a miracle. I didn't realise how much it was the university for me, the life and the culture is perfect.

Professor Jenny Higham, principal of St Georges, said: Following clearing and adjustment last year, many outstanding students, who could not gain a place elsewhere, are now on the road to fulfilling their dreams of becoming a doctor or pursuing another specialism.

We are enormously keen to open our doors to students with the same drive and ambition this year.

The school will also offer clearing places on a number of other courses, including biomedical science, physiotherapy and paramedic science.

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University to offer 50 places to study medicine through clearing this week - GP online

Restoring loss: Bio-inspired materials give boost to regenerative medicine – Arizona State University

August 15, 2017

What if one day, we could teach our bodies to self-heal like a lizards tail, and make severe injury or disease no more threatening than a paper cut?

Or heal tissues by coaxing cells to multiply, repair or replace damaged regions in loved ones whose lives have been ravaged by stroke, Alzheimers or Parkinsons disease?

Such is the vision, promise and excitement in the burgeoning field of regenerative medicine, now a major ASU initiative to boost 21st-century medical research discoveries.

ASU Biodesign Institute researcher Nick Stephanopoulos is one of several rising stars in regenerative medicine. In 2015, Stephanopoulos, along with Alex Green and Jeremy Mills, were recruited to the Biodesign Institutes Center for Molecular Design and Biomimetics (CMDB), directed by Hao Yan, a world-recognized leader in nanotechnology.

One of the things that that attracted me most to the ASU and the Biodesign CMDB was Haos vision to build a group of researchers that use biological molecules and design principles to make new materials that can mimic, and one day surpass, the most complex functions of biology, Stephanopoulos said.

I have always been fascinated by using biological building blocks like proteins, peptides and DNA to construct self-assembled structures, devices and materials, and the interdisciplinary and highly collaborative team in the CMDB is the ideal place to put this vision into practice.

Yans research center uses DNA and other basic building blocks to build their nanotechnology structures only at a scale 1,000 times smaller than the width of a human hair.

Theyve already used nanotechnology to build containers to specially deliver drugs to tissues, build robots to navigate a maze or nanowires for electronics.

To build a manufacturing industry at that tiny scale, their bricks and mortar use a colorful assortment of molecular Legos. Just combine the ingredients, and these building blocks can self-assemble in a seemingly infinite number of ways only limited by the laws of chemistry and physics and the creative imaginations of these budding nano-architects.

The goal of the Center for Molecular Design and Biomimetics is to usenatures design rulesas an inspiration in advancing biomedical, energy and electronics innovation throughself-assembling moleculesto create intelligent materials for better component control and for synthesis intohigher-order systems, said Yan, who also holds the Milton Glick Chair in Chemistry and Biochemistry.

Prior to joining ASU, Stephanopoulos trained with experts in biological nanomaterials, obtaining his doctorate with the University of California Berkeleys Matthew Francis, and completed postdoctoral studies with Samuel Stupp at Northwestern University. At Northwestern, he was part of a team that developed a new category of quilt-like, self-assembling peptide and peptide-DNA biomaterials for regenerative medicine, with an emphasis in neural tissue engineering.

Weve learned from nature many of the rules behind materials that can self-assemble. Some of the most elegant complex and adaptable examples of self-assembly are found in biological systems, Stephanopoulos said.

Because they are built from the ground-up using molecules found in nature, these materials are also biocompatible and biodegradable, opening up brand-new vistas for regenerative medicine.

Stephanopoulos tool kit includes using proteins, peptides, lipids and nucleic acids like DNA that have a rich biological lexicon of self-assembly.

DNA possesses great potential for the construction of self-assembled biomaterials due to its highly programmable nature; any two strands of DNA can be coaxed to assemble to make nanoscale constructs and devices with exquisite precision and complexity, Stephanopoulos said.

During his time at Northwestern, Stephanopoulos worked on a number of projects and developed proof-of-concept technologies for spinal cord injury, bone regeneration and nanomaterials to guide stem cell differentiation.

Now, more recently, in a new studyin Nature Communications, Stephanopoulos and his colleague Ronit Freeman in the Stupp laboratory successfully demonstrated the ability to dynamically control the environment around stem cells, to guide their behavior in new and powerful ways.

In the new technology, materials are first chemically decorated with different strands of DNA, each with a unique code for a different signal to cells.

To activate signals within the cells, soluble molecules containing complementary DNA strands are coupled to short protein fragments, called peptides, and added to the material to create DNA double helices displaying the signal.

By adding a few drops of the DNA-peptide mixture, the material effectively gives a green light to stem cells to reproduce and generate more cells. In order to dynamically tune the signal presentation, the surface is exposed to a soluble single-stranded DNA molecule designed to grab the signal-containing strand of the duplex and form a new DNA double helix, displacing the old signal from the surface.

This new duplex can then be washed away, turning the signal off. To turn the signal back on, all that is needed is to now introduce a new copy of single-stranded DNA bearing a signal that will reattach to the materials surface.

One of the findings of this work is the possibility of using the synthetic material to signal neural stem cells to proliferate, then at a specific time selected by the scientist, trigger their differentiation into neurons for a while, before returning the stem cells to a proliferative state on demand.

One potential use of the new technology to manipulate cells could help cure a patient with neurodegenerative conditions like Parkinsons disease.

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Restoring loss: Bio-inspired materials give boost to regenerative medicine - Arizona State University

Alternative Medicine Doesn’t Work for Cancer Treatments – Gizmodo

You have, as of today, a one hundred percent chance of dying. But a lot of people would like a little more time to do things, like eat interestingly-shaped pastas, or play catch with their grandchildren. That makes sense. Id also like to do those things. But sometimes, our pursuit to eat lots of pasta or die trying leads some of us to make decisions that dont actually helplike taking alternative, instead of conventional, cancer treatments.

A team of Yale researchers had seen data about folks who opted for alternative medicine in lieu of the peer-reviewed stuff, but noticed there wasnt much research to actually compare the outcomes. The researchers found data on 280 patients who made the choice, and compared them to 560 relying on the usual treatments. Overall, those taking conventional treatments were more likely to survive the five years after treatment.

Improved communication between patients and caregivers and greater scrutiny of the use of [alternative medicine] for the initial treatment of cancer is needed, the studys authors wrote in the paper published last week in the Journal of the National Cancer Institute.

The researchers sifted through the United States National Cancer Database to find folks who opted for at-home cancer treatments from non-medical professionals and refused the conventional treatment for four cancers: breast, prostate, lung, and colorectal. They also found matching cases to compare, based on diagnosis, race, insurance type, cancer type, and when they were diagnosed. After crunching the numbers, the researchers found that those who opted for alternative medicine treatments alone were more than twice as likely to be dead before the end of the follow-up period.

These results held for colorectal, lung, and especially breast cancer, where over 75 percent of patients receiving standard medical treatment were alive after 5 years, but more like a third of those who opted solely for alternative treatments made it that far. The results were unclear for prostate cancer, which was unsurprising as the disease tends to progress more slowly, write the study authors.

This study isnt perfect, of coursethe whole thing is based on observational data, not patients recruited and closely watched. The team didnt know exactly what alternative treatments the folks took, and there were several other sources of bias. The survival rates of those taking alternative treatments could be too high, since those turning away from conventional medicine tended to skew younger and wealthier.

Before you get upset, please realize that this study is only focusing on those who opted solely for alternative treatments, not those who supplemented their cancer treatment with other things. Of course, there are problems with the way cancer is treated today, cancer is terrible, no one wants to die. We all want to try anything that will help. Theres no problem with that.

Foregoing the actual treatment for a disease in favor of a treatment not proven to work, though, will only lead to heartbreak.

[JNCI]

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Marijuana as medicine – Inquirer.net

Scientists have found evidence to support marijuana use for medical purposes, such as relief from multiple sclerosis pain or combating nausea after chemotherapy.AFP

(First of two parts)

While President Rodrigo Duterte maintains a violent, hardline approach to ridding the Philippines of illegal drugs, a groundbreaking bill is said to be gaining support in the House of Representatives to legalize medical marijuana in the country.

The contrast is so glaring, its hard to ignore: While the war on drugs has led to thousands of deaths, House Bill No. 180, or the proposed Philippine Compassionate Medical Cannabis Act, would improve, if not prolong, the lives of people who ingest marijuana as medicine.

The bill is being reviewed by a technical working group, said Isabela Rep. Rodito T. Albano III, its principal author.

Albano is pushing for the bills approval despite opposition from what he calls uninformed quarters.

In the Philippines, marijuana is at the top of the list of dangerous drugs under Republic Act No. 9165, or the Comprehensive Dangerous Drugs Act of 2002.

But in that same law is a provision, in Section 2, Paragraph 2, second sentence, that does not entirely prohibit the use of dangerous drugs:

The government shall, however, aim to achieve a balance in the national drug control program so that people with legitimate medical needs are not prevented from being treated with adequate amounts of appropriate medications, which include the use of dangerous drugs.

When the Inquirer asked Albano if he had set a time frame for the bills passage, Albano said: Thats what Ill discuss with the Speaker (Davao del Norte Rep. Pantaleon Alvarez).

Albano said he filed the bill in 2014 to let patients have access to medical cannabis.

The medical conditions of those patients range from autism to epilepsy to cancer.

There are no official statistics, but private groups estimate the number of Filipinos with autism at more than 1 million and epilepsy, more than 500,000.

A study by the University of the Philippines Institute of Human Genetics, National Institutes of Health showed that 189 in 100,000 Filipinos are afflicted with cancer, while four Filipinos die of cancer every hour.

Although Filipino doctors are divided on legalizing medical cannabis, a growing number of them are convinced of its efficacy in, for instance, pain management.

There is already compelling scientific evidence for the use of medical cannabis, the department head of a top hospital in Metro Manila, who requested not to be named, told the Inquirer.

He said cannabis had been proven to prevent nausea, ease pain and stimulate the appetite, especially among chemotherapy patients.

My son has global retardation with autistic features, the doctor said. He does not talk but understands most things that the family tells him. He has seizures, too. Medical cannabis helps him calm down.

The doctor said he was prepared to work slowly for the legalization of marijuana.

We can start with research, where patients can gain access to it. There are patients who need it. We cannot turn our eyes in the other direction. There is a need for it, he said.

He added: Its uses in other conditions are equivocal. That is what medical science should work on, to find more evidence and show its benefits.

The primary evidence is contained in the scientific papers written by Dr. Raphael Mechoulam, an Israeli chemist who, in his research on cannabis in 1964, discovered that among its numerous chemical compounds, only one is active: delta 9-tetrahydrocannabinol (THC), which is responsible for the drugs psychoactive effects (the high that is felt when marijuana is smoked).

Another compound, cannabidiol (CBD), acts on many of the same receptors as THC, but without the psychoactive side effects.

CBD is the main ingredient in cannabis oil.

In the paper, Mechoulam says THC can be used as an antivomiting and antinausea drug for cancer chemotherapy, and as an appetite-enhancing agent.

He says THC is being tested to help patients suffering from multiple sclerosis, and that recent work with cannabidiol in animal models of rheumatoid arthritis may lead to clinical investigations. A synthetic cannabinoid, HU-211 (Dexanabinol), is in advanced clinical stages of investigation as a neuroprotectant in head trauma.

In 1988, scientists Allyn Howlett and William Devane of St. Louis University Medical School in Missouri made what Mechoulam called an important discovery about cannabis: the human brain contains a receptor for THC, which they named CB1 (cannabinoid receptor No. 1)

CB1 has been identified for its compatibility, or its ability to interact with certain parts of the human brain called the endocannabinoid system.

The endocannabinoid system helps regulate sleep, appetite, digestion, hunger, mood, motor control, immune function, reproduction and fertility, pleasure and reward, pain, memory and temperature regulation.

The discovery confirmed what recreational users believe, based on their own experience, that marijuana induces a natural, or safe, interaction with the human bodywhich itself has elements of cannabis.

Medical cannabis comes in various forms, including vapor, capsules, lozenges, dermal patches and oil.

In the Philippines, cannabis oil is made by private sources to help cancer patients.

A few years ago, an American residing in the Philippines was diagnosed with a high-grade AA brain tumor.

In 2013, he underwent open brain surgery, then went through 42 days of radiation, which was followed by six months of chemotherapy in 2014.

After a short period of remission, the American, who requested anonymity, said the tumor came back in mid-2015, which required another round of radiation and chemotherapy.

In late 2016, the tumor returned for a third time. That was when he decided to try cannabis oil and go on a vegetarian diet.

I take the oil three times a day in very small dosages, he said. I still battle cancer, but I feel healthy and strong and Im able to live a normal life and go to work daily.

He added: I look forward to the day when medical cannabis will receive the credit it deserves and becomes available for all people suffering from cancer.

A female doctor, who also requested anonymity, decided to administer cannabis oil to a brother-in-law who was suffering from mouth cancer.

Another doctor, who facilitated the supply of cannabis oil to his colleagues brother-in-law, told the Inquirer that the patient was declared cancer-free in two weeks, with no need for chemo.

But the most astounding case the Inquirer has learned about was that of an 8-year-old boy afflicted last year with stage 4 brain cancer. His father, who also requested anonymity, recounted his sons dramatic journey.

When tests confirmed that the boy had multiple tumors in the brain, doctors recommended five days of radiation for six weeks, and chemotherapy once a week for 10 months.

The father said three weeks of radiation therapy made his son sluggish, weak, moody, have a hard time sleeping, lose his appetite as well as his concentration.

When friends told him about cannabis oil, he researched the subject and was willing to give it a try. He met a doctor who helped him get the oil and advised him on administering it to his son.

He, however, did not inform his sons doctors that he would be trying out cannabis oil on the kid.

Starting with a dose of one drop, thrice a day, of 1 ml cannabis oil through rectal suppository, the boy was observed to sleep soundly, had energy to play and his mood swings lessened.

On the advice of his cannabis oil source, the father gradually increased his sons dosage while continuing radiation.

Two months later, the boy was taken off radiation, but went on taking the oil till the dosage reached five drops, thrice a day.

The attending neurosurgeon requested an MRI (magnetic resonance imaging) procedure before the boy started his chemotherapy. The MRI results showed all four tumors in the brain shrank significantly up to the point that one of the tumors disappeared.

When the boy started undergoing chemotherapy, his father continued giving him cannabis oil for five months.

A second MRI yielded results that the father described as mind-boggling to the point of disbelief: All tumors are now gone except for one that is suspected as a scar tissue and is yet to be ruled out in the next MRI. I asked the doctor if we are on track with my sons progress, and his answer was, No, we are way ahead. I have never seen such a case respond so fast to this medical protocol. Weve been praying for a miracle. I believe this is a miracle.

On June 12, attending doctors declared the boy in remission, no maintenance meds needed, patient in very good condition, is steadily gaining weight and his energy is back. Patient is still taking the oil five drops, thrice daily, orally but stopped the suppository.

Skeptics may dismiss such testimonies as merely anecdotal evidence. Yet marijuanafrom which cannabis oil is madehas, for thousands of years, been regarded as medicine, until the US government outlawed its cultivation and use, and the Philippines adopted that law.

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Marijuana as medicine - Inquirer.net

Food Is Not Medicine, And We Have To Stop Calling It That – Huffington Post Canada

Hippocrates supposedly said, "Let food be thy medicine and medicine be thy food." I disagree. Food is not medicine. It's also not medication or a replacement for the profession.

I can hear people saying, "But Dylan, you have type 1 diabetes and a PhD in human nutritional sciences. Surely you of all people know that food has a powerful impact on health?"

I do. But that still doesn't make food medicine.

Hippocrates' maxim is likely a misquotation one that many people have a vested interest in continuing to promote. All too often, the phrase is used by unscrupulous people to sell nutritional nonsense like the latest detox or cleanse. It is also frequently used by reputable people trying to promote the importance of healthy diets, but they should shelve it so they aren't confused with the quacks.

What's wrong with thinking about food as medicine? It does a disservice to both food and medicine.

Food is so much more than medicine. Food is intrinsically related to human social interactions and community. Food is culture, love, and joy. Medicalizing food robs it of these positive attributes.

A healthy relationship with food is essential to a person's well-being, but not because it has medicinal properties. Food is not just a fuel, it is more than nutrients to take in and we don't consume it just to reduce our disease risk.

Seeing food as a medicine can contribute to obsessing about macronutrient intake, to unfairly canonizing or demonizing certain foods, and to turning eating into a joyless and stressful process.

People tend to over-value the immediate impact of what they eat today, thinking that a "superfood" can have instant benefits, while undervaluing that a diet is what they consume over their entire lifetime. Switching to a new diet for a week will not reverse a lifetime of poor dietary habits. That switch needs to be maintained to have a meaningful effect.

What we eat in the present has a small, subtle influence on our health, which becomes powerful by affecting us over our lifespan. However, diet is just one of many interacting factors influencing our health. The environment, physical activity and genetics all play important parts too.

Finally, people who are completely healthy still need to eat, therefore food is not medicine.

Medicine is the practice of maintaining health and preventing and treating disease. I use medicine every day to stay alive. I could eat the healthiest foods every day, but without medicine I would still die.

Modern medicine is incredible and I am alive and able to write this article only because of how great it is (special thanks to Frederick Banting and Charles Best, the inventors of insulin). We are living longer than ever before due in great part to public health and modern medicine.

When Hippocrates may have suggested that food is medicine, most people who became sick with a serious ailment died. The ancient Greeks didn't know what bacteria or viruses were and many people believed that diseases were punishments from the gods.

Although that concept has largely fallen by the wayside, the "food is medicine" philosophy brings us back to the disease-as-punishment mindset. If you get sick, you must have failed by eating the wrong food. People who are sick do not need that extra baggage.

The "food is medicine" notion can be harmful in another way. People sometimes forgo life-saving medical treatments in favor of "alternative therapies" like juice diets and the like to cure cancer, for example.

Every time I see a story about someone picking a food-based or dietary-supplement-based treatment over modern medicine, I blame "let food be thy medicine."

Pseudoscience and quackery love the "food-is-medicine" philosophy because it helps them sell their nutritional supplements, diet books and therapy sessions. That's reason enough for us to stop misquoting Hippocrates.

Food is food, medicine is medicine, and both of them are really amazing.

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Food Is Not Medicine, And We Have To Stop Calling It That - Huffington Post Canada

Retired Las Vegas doctor talks about fitness, state of medicine – Las Vegas Review-Journal

Its 7 a.m. and 87-year-old Dr. Leonard Kreisler has been up for two hours. Hes had breakfast a bowl of Cheerios with skim milk, strawberries and blueberries and read the newspaper.

Now its time for the former chief of staff at University Medical Center to do what he does practically every day ride his bike to a Sun City Summerlin recreation center half a mile away to work out on exercise machines and light weights.

And practice his serve for doubles tennis matches he has weekly.

His tennis racket is strapped to his back as he rides. At 5-foot-8 and 162 pounds, he doesnt carry a paunch. Eating just 1,500 daily calories lunches often consist of two hard boiled eggs, and dinners of fish salads keeps the waistline trim.

My biggest problem with my health was breaking my leg in 1976 skiing, the retired physician says, following his workout. I eat to live, not live to eat.

Kreisler attributes his zest for life to something his parents instilled in him as a child: Leave the world a better place for having been here.

That mindset drives his disciplined exercise and dietary regimen, his overall good health, and his desire to continue being active in the community more than 20 years after retirement.

I really believe my parents philosophy of what life should be about, he says as we talk in the kitchen of the home he rents in Sun City. And if you really believe it, it takes a real commitment. You have to be at your best physically and mentally to try and make it happen. And Im still trying.

Kreisler regularly contributes at meetings for physicians about how best to deliver medical care, says Dr. Weldon Havins, president of the Nevada State Medical Association.

Its quite impressive how he still is involved, Havins says. I must point out that not all doctors like what he has to say.

Its not uncommon for Kreisler to rail at what he calls Gucci doctors, noting the 13 years he practiced in Peekskill, N.Y., often working 18-20 hours a day in a general practice delivering babies, sowing up wounds and making house calls.

There are too many (doctors) interested more in money than patients, says the physician who spent two years as an officer in the Army Medical Corps prior to going into family practice. Theyll basically commit fraud by doing too many tests to run up a bill. They need to treat people the way they want to be treated.

Aspirations for medicine

The son of a cabinet maker and a stay-at-home mom, Kreisler knew at a young age he wanted to be a doctor. His mother told him that at age 3, he told their family doctor that he, too, would be a doctor someday she said the youngster wanted to get even and take out the doctors tonsils.

That kind of aggressive directness, cute for a toddler, continues today and it sometimes hurts Kreisler when he tries to a make a point at meetings, Havins says.

He can be passionate and emotional and some people will think the criticism is directed at them when its really not, Havins says. Some people are offended. Im not sure how effective this technique is at affecting change. But he was one of the most prominent of a relatively small group of physicians who made a substantial difference in Nevada medicine. He has integrity and expects doctors to always practice the best medicine.

Kreisler came to Nevada in 1973 to become medical director of the atomic testing program at the Nevada Test Site. Not long after he arrived, he became the first vice president of Temple Beth Sholom, then the only temple in Las Vegas. He would work at the Test Site (now known as the Nevada National Security Site) for 18 years.

Kreisler did a concurrent stint as UMC chief of staff in 1982-83. He was the prime mover in getting the hospitals name changed from Southern Nevada Memorial to University Medical Center, which better reflected the teaching of students from University of Nevada, Renos, medical school.

Late-blooming author

Kreisler has written and self-published five books since he turned 75.

His most recent, In Bed Alone: A Caregivers Odyssey, came out last year. It chronicles the years his wife struggled with dementia. Joan Kreisler, with whom he had three children during a 60-year marriage, died this year of complications from the condition.

I felt I may give people some insight into how to deal with a difficult situation, he says, shaking his head. Its hard.

As he cared for his wife, he experienced the sense of isolation that caregivers often confront.

Researchers have have found caregivers frequently lose contact with people with whom they had long associated people caregivers need more than ever after their soulmates have lost the ability to have a meaningful conversation. Yet because people are uncomfortable with dementia, they dont know what to say, so they stay away.

While Kreisler understands their awkwardness, he says caregivers seldom want to talk about their loved ones condition. We want to talk about sports, politics, life, the weather. Were just people like everybody else. Theres nothing to fear.

Looking ahead

As Kreisler looks forward to an upcoming cruise, he wonders whether hell live long enough to see what President Harry Truman tried to do in the 1940s make universal health care a right for all Americans.

It was right then and its right now. Ill let the politicians know how I feel as long as I can. Do we really want people to go bankrupt or to die because they dont have insurance?

Paul Harasims column runs Monday in Health. Contact him at pharasim@reviewjournal.com or 702-387-5273. Follow @paulharasim on Twitter.

Dr. Leonard Kreislers books

1. Roll the Dice, Pick a Doc and Hope for the Best, nonfiction, 2009, $16.99

2. The Codes of Babylon, novel, 2010, $15

3. Shortfall, novel, 2011, $14.67

4. The Obligated Volunteer, nonfiction, 2014, $15

5. In Bed Alone: A Caregivers Odyssey, nonfiction, 2016, $15

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Retired Las Vegas doctor talks about fitness, state of medicine - Las Vegas Review-Journal

Maryland school of alternative medicine to offer new naturopathic program – Baltimore Sun

The Maryland University of Integrative Health is establishing a school of naturopathic medicine and plans to admit the first students to the program next year.

The school of naturopathic medicine will be the first in the mid-Atlantic region and one of only a handful of schools nationwide that operate within a regionally accredited university, officials with the university of integrative health said.

Naturopathic medicine is an alternative practice based on the idea that the body can heal itself. Naturopathic doctors use a combination of traditional treatments with alternative therapies such as acupuncture and herbal medicines.

In establishing our School of Naturopathic Medicine, MUIH is taking a bold step to address some of the most challenging issues in healthcare, Steven Combs, the universitys president and CEO, said in a statement. We expect the graduates of this program to help fill the gap caused by the shortage of primary care physicians and to provide patients with cost-effective, compassionate care based on preventative and natural methods. Patients are demanding this approach and our nation needs these graduates.

The number of naturopathic practitioners has tripled in the last ten years as more states offer licenses. Nineteen states, including Maryland, and Washington D.C. license naturopathic care providers and several more are in the legislative process toward licensing.

amcdaniels@baltsun.com

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Maryland school of alternative medicine to offer new naturopathic program - Baltimore Sun

Police: At Little Rock pharmacy, thief stuffs cold medicine down pants, threatens to kill employee – Arkansas Online

Little Rock authorities are investigating after a thief stuffed cold medicine down his pants at a Walgreens then threatened to kill an employee who tried to stop him Sunday evening, police said.

An officer was sent at 6:30 p.m. to the Walgreens at 5525 W. 12th St. and spoke with a 21-year-old employee, according to a police report.

The woman told the officer she watched someone enter the store, walk to the medicine aisle and put four boxes of Mucinex down his pants. He then grabbed a box of blank CDs and tried to leave, she said.

The 21-year-old said she confronted the stranger and asked him to hand over the items he took. He reportedly pushed her out of the way, then said, "I will kill your white trash ass b****" before leaving.

The employee handed over photos she took of the person to police.

The thief was described as standing 5 feet 4 inches tall and weighing 150 pounds and reportedly had a silver grill in his mouth and was wearing a white shirt and blue jeans at the time of the crime.

No suspects were named on the report.

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Police: At Little Rock pharmacy, thief stuffs cold medicine down pants, threatens to kill employee - Arkansas Online

Dr. David Katz, Preventive Medicine: Saturated fat on trial – New Haven Register

Dr. David Katz. (contributed photo)

Dr. David Katz. (contributed photo)

Dr. David Katz, Preventive Medicine: Saturated fat on trial

There is ever more virtual shouting about diet and health these days, much of it self-serving and little of it genuinely informative or helpful. The conflict is prominently, at present, between advocacy for plant-based eating and advocacy for meat and dairy; and between blaming either saturated fat or sugar for all our ills.

Personally, I think everyone loses in this scenario, with the obvious exception of nutritions answer to arms dealers, those creatures who thrive on mayhem and carnage: propagators of perennial doubt and discord about diet; deniers of the weight of evidence and global consensus; promoters of conspiracy theories; agents of foolishness and fanaticism, fads and false promises.

In response, my thoughts have turned to the remedy for such insoluble discord: a trial. I think there is a case to put both saturated fat and sugar on mock trial, and surmise our way to likely verdicts. The trial of sugar is scheduled for this courts next session. Today, saturated fat is on trial for crimes against humanity or, if you prefer, assault and battery of coronary arteries.

This could be a criminal trial, in which case a verdict requires proof beyond a reasonable doubt. Alternatively, it could be a civil trial, in which case the verdict is contingent on the preponderance of evidence, a lower bar to clear. Its a thought experiment; lets run both.

Complete disclosure about saturated fat by both sides in such a trial would reveal interesting things. A lot of facts would be presented, but there would be quite a bit of spin as well. When its all done, lets consider what the jurors know and what they dont.

They know for sure that saturated fat is associated with elevations in LDL cholesterol, and that those in turn are associated with increased heart disease. They know that diets higher in saturated fat sources tend to be associated with more disease and death than diets in which those calories are replaced by unsaturated fats, or whole grains. However, they also know that diets both higher and lower in saturated fat can apparently lead to the same, high rates of heart disease. They know that high saturated fat diets are associated with higher levels of good HDL cholesterol. They also know that not all saturated fatty acids are created equal and that summary judgment against the class may not be unjustified.

Jurors may be left with doubt about exactly what harms are directly attributable to saturated fat. No one, after all, eats saturated fat any more than most people eat sugar, although that is more plausible with sugar, as there are some candies made from nothing else. But thats a fine point. Mostly, people eat foods some of which contain saturated fat, sugar or both.

The foods that contain saturated fat contain other nutrients as well, notably animal protein in the most relevant (but obviously not all) cases. There are arguments that the apparent harms of saturated fat are really the harms of animal protein, and in the proceedings of this case, they have heard them. As they deliberate, they agree that the isolated effects of saturated fat on long-term health outcomes like vitality over a lifetime, and overall life expectancy, are practically unknowable. They are left with a reasonable doubt.

However, they are fully persuaded that diets high in the foods that are high in saturated fat are consistently and decisively disadvantageous to human health. They note in passing that they are comparably so, or more so, to the health of the planet but this particular question was not put on trial. The jury members are unanimous that it should be, before returning to the task of reaching a verdict.

In the criminal suit against saturated fat, a mistrial is declared due to a hung jury. The group could not agree that saturated fat, per se, was implicated in chronic disease and premature death beyond any reasonable doubt. In the civil trial, however, the verdict goes to the plaintiff, because the preponderance of evidence inveighs mightily against saturated fat and the company it keeps in diets. The defendant some medley of bacon, burgers and pepperoni goes bankrupt paying damages.

The jury members of these parallel trials get together right after to mingle over their kombuchas and agree that if the common food sources of saturated fat had been on trial, rather than saturated fat per se, they would have lost both trials. All go home comfortable with their decisions.

However, since everyone eats foods rather than nutrients, the jury members all go home wondering: why werent they asked better questions?

Dr. David L. Katz; http://www.davidkatzmd.com; founder, True Health Initiative

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Dr. David Katz, Preventive Medicine: Saturated fat on trial - New Haven Register