Category Archives: Physiology

CV Physiology | Welcome to Cardiovascular Physiology Concepts

This site is a web-based resource of cardiovascular physiology concepts that has been written for students, teachers, and health professionals. The materials contained in this web site focus on physiological concepts that serve as the basis of cardiovascular disease. Anatomy, pathology, pharmacology, biochemistry, etc. are not included except where material from these disciplines might help to explain a physiological concept. Therefore, the student should consult other reference sources for more detailed information related to those disciplines.

The contents of this site can be entered by several different routes. A searchcan be conducted on individual words or phrases, keywords found in theglossarycan be used to link to specific topics, a clinical-based content outline provides an organizational structure for the content, and tutorials can be used as a guide to learningtopics similar to how it would be presented in a course on cardiovascular physiology.

This web site provides abbreviated content of some of the material found in the textbook by the same author and title (Klabunde, R.E., Cardiovascular Physiology Concepts), which was published in its second edition by Lippincott Williams & Wilkins (2012). The printed textbook provides many more figures and tables, along with more detailed explanations of cardiovascular concepts, including details on topics not covered by this web site. More information on this textbook can be found by clicking on the book cover to the left.

Richard E. Klabunde, Ph.D.Professor of PhysiologyMarian University College of Osteopathic MedicineIndianapolis, Indiana

Revised 12/6/16

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CV Physiology | Welcome to Cardiovascular Physiology Concepts

Data Shows That Viewing a Flower Promotes Recovery From Psychological Stress – PerishableNews

Japans National Agriculture and Food Research Organization (NARO) had demonstrated that viewing a flower image affects the brain activity and thereby induce psychological and physiological reaction which supports recovery from psychological stress.

The experiment put the subject group under a visual stress followed by showing a typical flower image which led to downregulation of negative emotions and decrease in elevated blood pressure and cortisol levels. Through this research, the mechanism of viewing flowers to reduce human stress was explained scientifically using psychology, physiology and neuroimaging techniques.

NARO, in collaboration with the University of Tsukuba, had clarified the mechanism of passive viewing of a flower image promoting recovery from stress by collecting evidence using psychological, physiological and neuroimaging methods.

To read the rest of the story, please go to: National Agriculture and Food Research Organization

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Data Shows That Viewing a Flower Promotes Recovery From Psychological Stress - PerishableNews

The College of St. Scholastica announces students named to the spring 2020 Dean’s List – Pine and Lakes Echo Journal

Spring 2020 Dean's List recipients include the following local students (listed alphabetically):

Laura Anderson of Longville. Anderson is majoring in Organizational Behavior.

Diana Banks of Emily. Banks is majoring in Social Work.

Elizabeth Becker of Little Falls. Becker is majoring in Nursing.

Katelyn Becker of Pierz. Becker is majoring in Music Education.

Taryn Becker of Brainerd. Becker is majoring in Exercise Physiology.

Alexandra Benning of Browerville. Benning is majoring in Social Work.

Izabella Bishop of Hill City. Bishop is majoring in Elementary Education.

Jenna Butler of Bowlus. Butler is majoring in Nursing.

Grace Carlson of Isle. Carlson is majoring in Biochemistry - Intended.

Jonathan Carlson of Motley. Carlson is majoring in Nursing.

Seth Crocker of Little Falls. Crocker is majoring in Psychology.

Kara Crowther of Aitkin. Crowther is majoring in Health Information Management.

Lisa Dailey of Verndale. Dailey is majoring in Nursing.

Jennifer Dolezal of Staples. Dolezal is majoring in Organizational Leadership.

Macy Dotty of Pequot Lakes. Dotty is majoring in Health Information Management.

Ashley Etter of Sebeka. Etter is majoring in Philosophy - Intended.

Josie Fourre of Albany. Fourre is majoring in Nursing.

Melissa Geisenhof of Little Falls. Geisenhof is majoring in Nursing.

Mariah Haukos of Ironton. Haukos is majoring in Nursing.

Kendal Hendrickson of Little Falls. Hendrickson is majoring in Psychology.

Janna Heurung of Little Falls. Heurung is majoring in Nursing.

Nathaniel Hilton of Hill City. Hilton is majoring in Art - Intended.

Sydney Holt of Crosslake. Holt is majoring in Nursing.

Kalie Jeremiason of Pine River. Jeremiason is majoring in Undeclared.

Jaren Johnson of Aitkin. Johnson is majoring in Health Humanities Intended.

Bethany Kinzer of Aitkin. Kinzer is majoring in Educational Studies.

Thomas Kunkel of Little Falls. Kunkel is majoring in Exercise Physiology - Intended.

Addison Lintner of Little Falls. Lintner is majoring in Nursing - Intended.

Bailey Lochner of Pierz. Lochner is majoring in Exercise Physiology - Intended.

Morgan Lohmiller of Crosslake. Lohmiller is majoring in Nursing.

Sannah Lohmiller of Crosslake. Lohmiller is majoring in Psychology.

Sophia Magnuson of Aitkin. Magnuson is majoring in Elementary Education.

Kate Miller of Randall. Miller is majoring in English.

Maria Moe of Royalton. Moe is majoring in Biology - Intended.

Ramsey Moe of Aitkin. Moe is majoring in Business Management.

Abigail Mokhtary of Flensburg. Mokhtary is majoring in Nursing.

Nicole Nelson of Akeley. Nelson is majoring in Nursing - Intended.

Oscar Norgren of Little Falls. Norgren is majoring in Nursing - Intended.

Elizabeth Olmscheid of Breezy Point. Olmscheid is majoring in Nursing - Intended.

Rainy Orazem of Isle. Orazem is majoring in Nursing - Intended.

Danielle Overman of Albany. Overman is majoring in Exercise Physiology - Intended.

Amy Pasket of Nisswa. Pasket is majoring in Psychology.

Carson Passer of McGregor. Passer is majoring in Finance.

Abby Pohlkamp of Baxter. Pohlkamp is majoring in Accounting.

Gabriel Raguse of Brainerd. Raguse is majoring in Exercise Physiology.

Benjamin Renner of Brainerd. Renner is majoring in Exercise Physiology - Intended.

Dan Roach of Merrifield. Roach is majoring in Business Management.

Mara Roberts of Brainerd. Roberts is majoring in Elementary Education.

Morgan Rohloff of Brainerd. Rohloff is majoring in Psychology.

Brock Ronnebaum of Baxter. Ronnebaum is majoring in Social Science Secondary Edu.

Noah Ross of Wadena. Ross is majoring in Biology - Intended.

Christina Sabrowsky of Albany. Sabrowsky is majoring in Nursing.

Patricia Samuelson of Baxter. Samuelson is majoring in Social Work.

Nancy Schroeder of Pequot Lakes. Schroeder is majoring in Social Work.

Alyvia Seibert of Deer River. Seibert is majoring in Biology - Intended.

Jack Silgen of Deerwood. Silgen is majoring in Business Management.

Zachary Sjoblad of Nisswa. Sjoblad is majoring in Health Information Management.

Connor Skeesick of Little Falls. Skeesick is majoring in Biology - Intended.

Karli Skog of Crosslake. Skog is majoring in Accounting.

Madison Slette of Aitkin. Slette is majoring in Nursing - Intended.

Grace Stockard of Fort Ripley. Stockard is majoring in Nursing - Intended.

Evan Storbakken of Brainerd. Storbakken is majoring in Psychology.

Nicholas Trelstad of Mc Grath. Trelstad is majoring in English Sec. Ed.

Tyler Weiss of Browerville. Weiss is majoring in Nursing.

Samantha Welle of Royalton. Welle is majoring in Nursing.

Hannah Wiedewitsch of Jenkins. Wiedewitsch is majoring in Biology.

Claudina Williams of Pequot Lakes. Williams is majoring in Psychology.

Evan Wohlert of Baxter. Wohlert is majoring in Exercise Physiology.

Cheryl Zimmerman of Bowlus. Zimmerman is majoring in Hlth Info Mgt - Intended.

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The College of St. Scholastica announces students named to the spring 2020 Dean's List - Pine and Lakes Echo Journal

The Whoop fitness band transformed me from sleepy boy to fit boy in two months – The Next Web

Welcome to Riding Nerdy, TNWs fortnightly dive into bicycle-based tech, where we go into too much detail and geek out on all things related to pedal-powered gadgets.

With all the cycling tech on the market like power meters, heart rate monitors, Zwift, smart trainers its easy to think that you just need to ride more and ride harder to get fitter. But thats not necessarily the best approach. With all this tech we should actually be training, and recovering, smarter.

I say recovering, because thats specifically what the latest tech Ive been using for the past few months the WHOOP band does. In short, its subtly augmented the way I approach rest and recovery after exercise, and made me appreciate sleep way more than I did previously.

Its helped me recover so well, in fact, that during the first full month of using it, I did more cycling (in terms of time) than Ive ever done in my life. I managed to squeeze out some 52 hours of two-wheeled fun in May, normally Id do about 30 to 35 hours per month. Off to a good start, Id say.

But before getting all nerdy, lets start by looking at what Whoop actually is, and what you get in the box.

There are two components to the Whoop experience, the wristband and the app.

The wristband is a pretty simple affair. Its a fabric strap that contours securely to your wrist. It has a waterproof housing that contains sensors that measure five key performance metrics based on heart rate and skin conductivity. The wristband is also Bluetooth-enabled, which lets it broadcast this data wirelessly to other fitness devices. I actually paired it with my MacBook to use in Zwift and it worked flawlessly.

Compared to other sleep trackers and fitness watches, its a delightfully lightweight, subtle, and stylish alternative. Sleeping in this thing has been no problem at all as its also incredibly comfortable. Which is also good, given that youre supposed to wear the strap 24/7.

In fact, Whoops secret is to gather tonnes of data around the clock.

But for that data to be useful it has to be accurate, otherwise the insights into your physiology and recovery will be useless. Ive always been a bit suspicious of how accurate wrist-based heart rate monitors are. My preferred choice, chest strap heart rate monitors, have been the gold standard of laboratory accuracy for over a decade, whereas the accuracy of wrist-based systems can vary widely.

I did some validation testing myself to see how the Whoop band compares to a Garmin chest-strap. I wore the Whoop on my wrist and paired it with Zwift, I also wore my Garmin chest strap at the same time and gathered the data from that device using my bike computer.

I did an 80-minute ride on Zwift with some threshold intervals to make sure my heart rate was going up and down throughout the ride. Post ride analysis on Strava showed that Whoop is as good as the highly-accurate Garmin chest-strap. As it turns out, the Whoop is way more accurate than I was expecting. Another point to Whoop.

After wearing the Whoop band for every second of the day for at least a week, it starts to get a pretty good idea of your physiology and heres where the other component of the Whoop experience comes into play, the app.

Theres no screen on the Whoop band so that means the main experience of the device is on your phone. In the Whoop app, you can keep a journal of how youre feeling, and dissect all the data that its been gathering to develop an understanding of how well youre training and, more importantly, how well youre recovering.

The app is built around three main screens to help you understand and track different aspects of your training and rest: strain, recovery, and sleep. Theres also an overview screen where you can see a snapshot of your past weeks performance.

Each of these screens has an upper and lower section. The upper section gives a quick snapshot of that specific metrics daily score, the lower goes into a bit more detail and shows your seven-day history. Its very intuitive, and takes just a few minutes to figure out.

The only annoying thing is that it takes at least a week for Whoop to gather and analyze enough data about you until it starts becoming useful. But the more you wear it, the better it becomes. With time, it learns more about your body and what normal is for you. The more understanding that Whoop can gain of your own cardiovascular physiology, the more accurate it becomes when giving you your strain and recovery scores. After about a week, youll clearly see when youre training above or below normal levels.

I found myself spending most of my time on the main overview and recovery screens, checking them every morning after the app processed my sleep for the previous night and computed my recovery score.

There are a few key metrics when it comes to computing your recovery score: resting heart rate, heart rate variance, sleep quality, and day strain.

The day strain is a measure of how hard you trained, Whoop also captures activity data when it senses youre out doing something like running, cycling, or whatever else. So when you get back, it will compute a strain score for that specific activity, you can also drill down into that activitys data if you want.

Resting heart rate is also self-explanatory, but heart rate variance (HRV) is the one that is perhaps most interesting. Ten years ago, not much was actually known about HRV, but its fast becoming one of the most important fitness metrics used by professional athletes.

As its name suggest, HRV is a measure of the tiny changes in time between individual heartbeats. HRV is controlled by the autonomic nervous system. When under a lot of physical and emotional stress, HRV drops to prepare the body for fight or flight mode, but when well rested, a persons HRV will increase.

While lower resting heart rates are indicative of being well-trained and well-rested, the inverse is true of HRV. Resting heart rates vary from person to person, the average is around 70 beats per minute. HRV also varies from person to person, more so than RHR in fact.

While high HRVs are indicative of fitness, that rule only applies on an individual level. A person who has a HRV of 140 isnt necessarily twice as fit as someone with a HRV of 70. However, if a person who has a HRV of 70 when well-rested, wakes up with a HRV of 40, its indicative that they could do with a bit more rest or to take it easy for the day.

Interestingly, HRV and RHR arent always in sync. There have been many days when my resting heart rate returned to normal levels, and my recovery score was in the yellow (red is bad, green is very good, yellow is in the middle). However, my HRV was still suppressed, and Whoops advice is to not train too hard on that day.

Ordinarily, I would have thought: I feel fine, and my RHR is normal, lets go for it. But on a deeper level, I still needed to rest and address other causes of stress.

Following Whoops guidance, and performing restorative exercise on these days, proved a sure fire way to get my recovery score back in the green. In other words, letting Whoop take the lead with how hard I train has helped me promote recovery, and make more gains to fitness than I would have otherwise. Its like having a coach in your pocket.

While most fitness bands are focussed on keeping you active, it should be clear by now that Whoop is the opposite. Its not going to tell you to stop working out, but rather, it helps you understand how much emphasis you should be placing on recovery after exercise. If you train hard, you should rest hard too thats when the gains are made.

You wont find any arbitrary step-counters on the WHOOP band or its associated app. Instead, its main features and interface is focussed on helping you understand your bodys response to varying cardiovascular loads and recovery strategies so that you can learn how to recover better.

For average folk like myself, it will help make what little training and recovery we do more effective; for pro athletes, it can help prevent over-training.

Knowing on an objective level how well rested you are can help you identify days when you should train hard, and days when you should focus on active recovery and restorative exercise. Thats the basic principle.

I, like many other cyclists, am guilty of riding lots of junk miles, where I gamble about at a decent intensity with no real focus. For seasoned cyclists, doing this does little more than build up a substantial amount of fatigue. Fitness plateaus because training isnt at a high or varied enough intensity, and perhaps more importantly, all that time riding prevents adequate recovery.

The real benefit of Whoop for me was learning how to personalize and polarize training. In other words, using Whoop I now know with some accuracy when I should make hard training days hard, and easy days easy. Its made me see that going on feel for me is about 80% accurate, and that my training generally does lack focus.

Over the two months using the Whoop band, Ive increased my functional power on the bike by about 6%. That might not sound like much, but some riders can struggle to make performance gains like that over the course of an entire season. Ive also taken a bunch of Strava KOMs of that period too.

(Speaking of Strava, just last night, Whoop announced that it now integrates with the fitness tracking platform, so you can upload activity data directly to the fitness social network.)

I havent made dramatic changes to what Im doing when Im training, either. Instead, Whoop is making me disciplined to go easy on days when I need rest, and to push harder in confidence on days when Im well rested.

Whoop places a big emphasis on sleep because thats where most recovery is done. It bundles this into what it calls its sleep coach. The sleep coach learns how much sleep you need to get by, perform, or peak and then tells you when to go to bed so you wake up the right amount of rested.

The folks at Whoop told me the most common piece of feedback after the first month or two of using the band is how much more sleep users get and I can testify to that. Im getting way more sleep, and clearly the benefits are showing. Just do what it recommends, and you wont go too far wrong if youre wearing it all the time.

But there is a fly in the ointment: the price.

Whoop is taking an unconventional approach with its pricing strategy. Users dont buy the band or app outright, but instead, subscribe to Whoop like a gym membership. Or like Strava is now asking you to do.

There are three membership options available at the moment, with varying levels of commitment and upfront cost. The shortest commitmetn is for six months an works out at 25 per month, after which you can cancel or carry on with the standard monthly fee of 25 per month.

If youre willing to part with a bit more cash upfront you can commit to an 18-month membership which effectively costs 16 per month, or 288 upfront. Then 25 per month afterwards.

This seems expensive, to me. Especially given that without the membership the device is useless. It can be gifted to someone else, and they can start a membership, though.

The Whoop band itself isnt too advanced, theres no screen or GPS, and its sensors arent exactly bleeding edge. And users dont actually pay for it, its all covered as part of the membership. So that takes the edge off, a little.

Strava recently pivoted to a subscription model and all hell broke loose users really didnt like being asked to pay $5 per month for a fully featured service that used to be mostly free. The free version is still well-equipped, though. But there is no free or entry level option with Whoop.

Whoop is a new company, and I think its always better to lower prices over the course of time, rather than raise them and introduce fees for historically free services. So this might be a good move to start off with, but I would like to see Whoop segment its product for different budgets.

Perhaps it could offer different feature levels for different monthly fees. Or perhaps it could sell the hardware for an upfront cost, and reduce the monthlies a little. I think theres a world of opportunity for Whoop, and it should explore its pricing strategy continually.

Hopefully as the company develops and more people buy into it, its prices will come down and value will go up. As I mentioned, Whoop has just added Strava integration which adds a boon if you also use that platform.

All in all, my experience with Whoop has been great and has become part of my daily routine. Its got me sleeping more, respecting recovery as I should have been, and my performance and overall well-being has improved. Its helped me figure out how to wake up every morning feeling as refreshed as possible its hard to put a price on it when I put it this way.

For more gear, gadget, and hardware news and reviews, follow Plugged on Twitter and Flipboard.

Published July 2, 2020 18:07 UTC

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The Whoop fitness band transformed me from sleepy boy to fit boy in two months - The Next Web

In the Future, Lab Mice Will Live in Computer Chips, Not Cages – Undark Magazine

Animal models, especially mice, have given scientists valuable insights into the mechanisms behind countless human diseases. They have been instrumental to the discovery of drug targets, metabolic pathways, and gene function. Theyve helped to lay bare the basic biochemistry of metabolism, hunger, cognition, and aging. Because mice are, to a certain extent, miniature facsimiles of human anatomy and genetics, science has an array of tools at its disposal to manipulate and visualize their bodily processes in real time, in highly controlled settings.

But, as the recent Covid-19 pandemic has revealed, science doesnt always have the tools to minimize loss of animal life. As the pandemic took hold and academic research labs across the U.S. shuttered indefinitely, scientists were faced with an unprecedented animal care dilemma. Without the teams of veterinary nurses and technicians who usually attend to the animals daily, many labs were forced to resort to wholesale euthanasia. Some labs sacrificed hundreds of animals, and were criticized harshly for their management of their experimental colonies. Many started to consider more durable, long-term plans for preserving and storing their mouse lines.

In the lab where I work at the University of California, San Francisco, and where for the past two years Ive been the designated rodent surgeon, we were asked to euthanize all but our most irreplaceable mice. As new animal researchers, we are trained to sacrifice our mice humanely to give them a dignified death. Returning to lab after the shutdown to find rows of empty racks that once held cages of mice we had worked with for months was a shock, and it was hard to conjure dignity in that moment.

That experience led me to reflect on how we as a research community use animal models in biomedical research, and how we might better use them in the future. And Ive become increasingly convinced that the animal model of the future will live not in a cage but in a computer chip: By simulating biological systems rather than experimenting with them, we can make drug development and biomedical research safer, more efficient, and more effective.

This is not to say that researchers treatment of animals has been haphazard. Research in animal models is highly regulated. These regulations vary in austerity from country to country and institution to institution, but they revolve around a common set of principles known as the three Rs: Replace the use of animals when possible, reduce the number of animals used per experiment, and refine methods to minimize suffering and improve welfare.

As the recent Covid-19 pandemic has revealed, science doesnt always have the tools to minimize loss of animal life.

A few years ago, when I was a new mouse surgeon, the three Rs were the guiding tenets of a week-long course I took at the Ren Remie Surgical Skills Center in Almere, Netherlands. The centers founder, Ren Remie, advocated for meticulous surgical technique, held to the same standards of sterility and post-operative care as any human surgical procedure. But he was also a proponent of the thinking that longer-term strategies can hasten recovery time from infection and surgical procedures. For instance, Remie and other researchers advocate whats called environmental enrichment, a method that helps animals cope with the inherent stress of being isolated after a surgical procedure or during an experiment. The researchers place toys, nesting material, or other inanimate objects in the cage that allow the mouse to engage with its surroundings, similar to the way it would in the wild. Studies suggest that environmental enrichment may even promote wound healing in rats.

But the success of strategies like environmental enrichment highlights an inherent weakness of the animal research model: An animals behavior is often extremely sensitive to its environment, in ways that are difficult if not impossible to control. This raises a perennial issue in biomedical research of just how reliably conclusions drawn based on studies in mice can be faithfully applied to human disease treatment. For instance, rodents are housed in groups as a rule, but certain kinds of experiments and treatments require them to be isolated, triggering a stress response that could significantly affect their immune activation. Studies have shown that mice and rats who live with companions fare better against injury, stroke, and even tumor growth than their lonely counterparts. As a result, when mice studies ask questions about human diseases, the housing status of the mouse is often a confounding factor. Even slight variation in the ambient temperature of a mouses housing room can cause stress responses that affect experimental outcomes. This variability is one reason that treatments that seem promising in mice often produce underwhelming outcomes in human clinical trials.

One attractive complement to animal studies that may address some of these shortcomings is in silico, or on a chip medicine. In silico models apply computational modeling strategies to genomic data to predict physiological responses to drugs or other stimuli. Although they are far from being able to replicate the full complexity of a living, sentient being, the U.S. Food and Drug Administration has begun consider computer modeling-based strategies to update the cumbersome and costly clinical trial pipeline. Research with in vitro models, which attempt to replicate animal physiology in test-tube style experiments, have also shown promise. These efforts have given birth to projects like the Comprehensive in Vitro Proarrhythmia Assay initiative, which integrates modeling and in vitro strategies to evaluate the potential for new drugs to cause heart rate abnormalities

Likewise, in 2013, the European Commission assembled a consortium of research groups known as the Avicenna Alliance to unify academia and industry around a set of standards for computer modeling in medicine. Based in Belgium but comprised of independent organizations around the world, the goal of the Alliance is to enable virtual clinical trials whose results can be validated by the same kinds of rigorous standards that are applied to traditional clinical trials.

As the Avicenna Alliance envisions them, virtual clinical trials would be based on unique genetic models derived from individual patients, rather than on large, genetically variable sample groups. Conceivably, this could allow a researcher to simulate a patients unique response to a treatment strategy, capturing the effects of subtle variations in baseline metabolism, bodyweight, or underlying health conditions that might influence the patients treatment outcomes. It might also significantly reduce the time and expense traditionally required to usher a new drug or medical device from the lab bench to the clinic potentially lowering the barrier to care for large swaths of the population who cant afford the often-astronomical costs of life-saving medications.

In silico clinical trials, if and when they are realized, could also address the long-standing problem of sample bias in drug development. Demographically, clinical trials tend to be disproportionately White and, until recently, overwhelmingly male. They therefore dont fully capture the therapeutic value and potential risks that drugs present to the patients who eventually rely on them. If in silico strategies become widely adopted, theyll hold potential to both increase the efficacy of new drugs and expand access to treatment.

The ethical debate around the use of animals in research has roiled for hundreds of years and will likely continue to do so. But what the Covid-19 outbreak has made clear is that there are severe weaknesses in the current animal model paradigm. As experiments have come to a halt during the coronavirus lockdowns, researchers have been given time to consider new, more sustainable approaches to discovery. Hopefully, we will look beyond the short-term technical challenges that will inevitably accompany the resumption of business as usual and gaze further afield, toward more humane, more modernized approaches to doing science.

Lindsay Gray is a lab manager at the University of California, San Francisco.

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In the Future, Lab Mice Will Live in Computer Chips, Not Cages - Undark Magazine

Meditations in an Emergency: Talking Through Pandemic Anxiety With a Pioneer of Mind-Body Medicine – Medscape

Find the latest COVID-19 news and guidance in Medscape's Coronavirus Resource Center.

This transcript has been edited for clarity.

Andrew N. Wilner, MD: Welcome to Medscape. I'm Dr Andrew Wilner. Today I have a special guest, Dr James Gordon, founder and executive director of the Center for Mind-Body Medicine. Welcome, Dr Gordon.

James S. Gordon, MD: Thank you very much. It's good to be with you.

Wilner: Thanks for joining us. We are recording this in late May 2020, in the midst of the coronavirus pandemic. Millions of people have been infected. Hundreds of thousands have died. Millions have lost their jobs. I think it's fair to say that people are under a greater degree of stress than to which they're normally accustomed. Would you agree with that?

Gordon: I think it's more than fair to say that everybody in the United States, and actually pretty much everyone in the world, is under extreme stress. And that compounds any stresses that they've experienced before in their lives. Everyone is affected.

Wilner: The mind-body medicine concept is one that that you've pursued for decades. Tell us a little bit about the Center for Mind-Body Medicine and how that's led to the program that you have to help us deal with the coronavirus.

Gordon: I started the Center for Mind-Body Medicine about 30 years ago. I'd been a researcher at the National Institute of Mental Health for a number of years, in private practice, and a professor at Georgetown Medical School. But I wanted to really focus on how to change and enrich medicine by making self-care, self-awareness, and group support central to all healthcare.

Western medicine is enormously powerful in certain situations, such as physical trauma, high levels of infection, congenital anomalies. But we're not so good at working with chronic physical or psychological problems. Those are much more complex.

We've been discovering that what is going to make the long-term difference in conditions like type 2 diabetes, pain syndromes, hypertension, depression, and anxiety are those approaches that we can learn to do for ourselves. These are changes we can make in how we deal with stress, eat, exercise, relate to other people, and whether we find meaning and purpose in our lives.

For the past 25 years, the major part of our focus has been on whole populations that have been psychologically traumatized by wars, climate-related disasters, the opioid epidemic, chronic poverty, historical trauma. We do a lot of work with indigenous people here in North America. We've worked in a number of communities where school shootings have traumatized everyone.

What we've learned over these past 25 years, and what interested me professionally as well as personally over the past 50 years, is what we're now bringing out on an even larger scale. The kind of approaches that we've developed, studied, and published research on are exactly what everyone needs to include and incorporate in their daily life, as well as in their medical and healthcare, from now on.

Wilner: Do you have a program that's specifically for healthcare providers?

Gordon: Yes. The Center for Mind-Body Medicine is primarily an educational organization rather than a service organization. Since the beginning, I've been focused on training health professionals. My first passion was for training physicians I'm a physician, so there's a feeling of fellowship there but also healthcare workers and mental health professionals of every kind.

We teach health professionals a whole system, a comprehensive program of techniques of self-awareness and self-care. We teach them so that they can practice on themselves and study the underlying science, so they can then teach what they've learned to the patients or clients they work with. They integrate it into what they're already doing, regardless of their specialty. At times we also offer some of the same kinds of mind-body skills groups that are the fundamental part of our training as a stand-alone intervention. You can't really teach other people how to take care of themselves unless you're also doing it yourself. Otherwise, it's just a theory.

Wilner: As a neurologist, I'm interested in the mind-body system. You are a psychiatrist and understand that it's a lot more difficult to objectify certain things. What is stress? What is happiness? What is sadness? It's very hard to measure. You can have scales, but it requires insight on the part of the individual. So I think it's certainly an ambitious project.

Gordon: You're absolutely right. It requires insight. And one of the shortcomings of our medical education is that it doesn't encourage us to look inside ourselves enough. There's so much focus on objectivity and on data, that we've lost some of the subjective art of medicine.

My experience with myself, as well as with the thousands of people we've trained here in the United States and around the world, and the many hundreds of thousands with whom they've worked, is that all of us have a greater capacity to understand and help ourselves than we ordinarily think, or than most of us learn about in our medical education.

This work is saying to people to take a little bit of time and relax a little, in order to allow yourself to come into a meditative state. And I don't mean anything fancy by that. Meditation is just being relaxed. Moment-to-moment awareness doesn't have to do with any particular religion or spiritual practice. It's part of all of them. If you can get into that state, then you can begin to say, "Oh, that's what's going on with me. That's why my pain is worse."

For example, you often wonder in people with peripheral neuropathy why it becomes worse or better at certain points. I would encourage neurologists and other physicians to ask your patients, "Why do you think it's worse?" They may say, "I don't know, doc; that's why I'm here." But I would ask them to take a couple of minutes to let me know. They could think it has something to do with the fact that they had a big fight with their wife that morning, they don't want to go to work, or whatever it is. This is part of the lost art that we need to bring back into medicine for ourselves and especially for our patients.

Wilner: Can you give me an example of some of the exercises you'd do in a class?

Gordon: All of the exercises and our entire program that we teach at the Center for Mind-Body Medicine is in this new book of mine, The Transformation: Discovering Wholeness and Healing After Trauma. It's really the distillation of not just the past 25 or 30 years, but really 50 years of work.

The techniques are all pretty simple and, as we say, evidence based. There is evidence that shows how they work on us physiologically as well as psychologically. And they're all pretty easy to teach to anyone.

Myself and about 60 or 70 of our faculty at the Center for Mind-Body Medicine are currently leading online groups. Then several hundred of the other people we've trained are also leading these groups. We're still counting it up, but we probably have between 700 and 1000 groups going around the world, led by our faculty and by people we've trained.

We teach a different technique every week in these online groups. Last week, after getting people energized and focused, we did a written dialogue with an emotion. You put down the initial of your name in my case, "J" for Jim and create a dialogue with an emotion, such as sadness. I would write it as fast as I can.

I would say, "OK, Sadness. Why are you here? What are you doing? I don't enjoy having you around." And Sadness writes back to me, "But you need me." And J says, "What do you mean I need you?" And Sadness says, "Well, your brother died 7 weeks ago, didn't he?" And I say, "Yes, he did." And Sadness says, "Aren't you sad?" I say, "Yes. I'm terribly sad and grieving all the time. But I wasn't thinking about him at this moment." And Sadness says, "But he's there with you all the time and that sadness is in you." And I say, "You mean it's in me even here, now, as I'm talking with Andrew in this interview?" And Sadness says, "Yes. You can talk about your work. But in between the words, as you take a breath, don't you feel it in your chest?" That's the way the dialogue goes.

Wilner: What about specifically with the coronavirus? Fear is certainly an emotion. Nobody wants to get sick and die. Nobody wants to bring this disease home to their family. People are reluctant to even go outside and you can't shake someone's hand. Are there precedents for this?

Gordon: There are precedents, but only relatively small groups were affected before by, for example, severe acute respiratory syndrome or H1N1, at least in the United States. But we haven't seen a global pandemic like this since 1918. None of us was around then or I certainly wasn't around. So for most everyone, not only has it not happened before, but we've never been so globally aware of everything that's going on and how different groups are reacting.

I've been reading Daniel Defoe's A Journal of the Plague Year. It's really very interesting. It's about the bubonic plague in 1665 London, although he wrote it in the 1720s. Some of the same things were going on then: the enormous fear, the isolation; rich people being able to escape, poor people having nowhere to go; conspiracy theories of one kind or another, about where the plague came from or blaming a group of people for it; magical thinking that it's just going to go away. All of those things that happened several hundred years ago are going on now.

And we're all simultaneously aware of all those things. There's not only the fear, which should be universal because it's a reasonable response to this situation, but also the terrible confusion about what to do. The President is saying one thing, governors something else; Anthony Fauci is saying something else, and Deborah Birx is saying something a little bit different. There's this tremendous confusion that overlays the fear, and I think everybody is more or less feeling these things.

So, yes, a dialogue with fear is a good thing to do because it can be clarifying. What we need here is a sense of, what is it that makes sense for me to do? What precautions should I take? What precautions shouldn't I take?

I have a 17-year-old son who lives with his mom in California. He and I were on the phone the other day. He's a basketball player and very serious about it. He said, "I don't want to put my life on hold." And my response was, "If you go outside too soon, your life may be on hold for a hell of a lot longer than if you stay inside, because if you get sick, it's serious. But you also need to start looking at the evidence and asking yourself the right questions, because I can't be there all the time and neither can your mom."

Everybody really needs to use these kinds of tools to help themselves. The tools we teach are extremely good at bringing us back into a state of psychological and physiological balance slow, deep breathing being a very basic one. Because it's only in that state that we're going to be able to make the most intelligent decisions about what to do. It's only in that state that we're going to be able to really look our fear in the face and find out what we should be afraid of and what we shouldn't be afraid of.

It's a process that's very much integrated. We're talking now about how to deal with the emotions. But the first part of what we do in our groups and our online trainings and webinars is teach people to just take a few deep breaths. That's advice I'd also give to those who are watching this video: Just take a few deep breaths in through the nose, out through the mouth, with your belly soft and relaxed. You can keep breathing this way while talking. That's the antidote to the fight-or-flight response. We all learn about fight-or-flight in first-year physiology. We need to deal with it. We need to bring ourselves into balance. That's the way we're going to make the wisest decisions for ourselves and be best able to help our patients.

Wilner: As you mentioned, part of modern culture is that we now have access to all of this information worldwide. There's a continual stream of newsfeeds, people flipping on their phones, receiving constant updates, 24/7. That's a new phenomenon. Does that steal from us the time we had before for just breathing and synthesizing data as opposed to just acquiring it all the time?

Gordon: You're absolutely right. It does and it's a challenge. It can't steal from us unless we're letting our emotional, psychological, and physiological pockets be picked!

What we need to do is to make it our priority to come into balance. I don't watch news all day long a little tiny bit in the morning and in the evening, just to get a sense of what's happening. That's enough. And I think everybody needs to take a step back, ask if this is really what they want to be doing, and to come into balance.

The other thing that's really important is physical activity, especially during this time. In addition to using slow, deep breathing to come into balance, physical exercise and movement of any kind is extremely good as an antidote to fight-or-flight and that shut-down, freeze-up response that we get into when we feel completely overwhelmed.

We've got to take it into our own hands. The media just want to sell us things. Let's face it: They're not here for our good. Our job as physicians and healthcare professionals is to really reinforce for people not only what we can do for them, but what they can do for themselves.

Wilner: I'm certainly interested in learning more about mind-body medicine. For those watching this video who feel the same, where do you recommend they go to learn more?

Gordon: We have a website, cmbm.org, which features a number of webinars. I do a free webinar there every week. We have mind-body skills groups that meet once a week for 8 weeks. There are six physicians in my group and all kinds of health professionals in other groups. We have a training program, which we're bringing online. We've trained well over 6000 people around the world and would love to train more. You can read about that on the website.

We're starting to do more and more consulting with healthcare organizations. We're working with the largest division of Veterans Affairs, which is in Florida, as well as in south Georgia and the Caribbean. We're working with a large health system in Indiana and others elsewhere. In addition, we're working with groups of physicians and mental health professionals, helping them to integrate what we have to offer into what they're already doing.

That's our job to help you do your job.

Wilner: Dr Gordon, I feel more relaxed just speaking with you. Thank you for talking with me and sharing your experiences with Medscape. I look forward to learning more.

Gordon: Thank you. My pleasure.

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United Against COVID-19 – The UCSB Current

The coronavirus pandemic demands innovative and creating thinking, and UC Santa Barbaras Graduate Division is answering the call with the Multidisciplinary Research on COVID-19 and its Impacts (MRCI) Program.

Launched in May by Graduate Dean Carol Genetti, the program has made 44 new grants to 55 grad students to support their summer research and creative projects on the pandemic. The program provides a $2,000 mini-grant to an individual or team project that explores, analyzes and responds to the COVID-19 pandemic. Of the 44 funded proposals, six were collaborative team proposals. The awards, running from June 22 through Sept. 22, may also include funding for direct project research costs (up to $500).

The coronavirus pandemic has changed nearly every aspect of human life, from family relationships to schooling, communication, the economy, politics and the arts, Genetti said. This is a dramatic, historic event and todays scholars have a remarkable opportunity to bring wide-ranging perspectives and methods of 21st- century scholarship to study it in real time.

In addition, she continued, some graduate students have had to delay their research due to the pandemic, and some have been impacted financially. MRCI addresses all of these at once, in generating research related to the pandemic, developing new opportunities and partnerships, and providing small stipends. Its a win all around.

Mary Hegarty, who serves as Graduate Division associate dean and leads the MRCI program, says this is a unique opportunity for graduate students to redirect their research.

Students have already received important guidance on proposal writing and will participate in collaborative groups throughout the summer to explore the perspectives of different disciplines on the current pandemic, she said. For some students, MRCI will lead to a new publication; for others, their MRCI project will be included as a chapter in their dissertation or will contribute pilot data for a grant proposal to a federal agency. In general, the projects speak to the resilience of our students in adapting their research and creative activities to provide new insights into the challenges of COVID-19.

Topics that received funding ranged from projects that will use seismic data to analyze the degree of compliance with shut-down orders to an examination of COVID-19 related policies and rhetoric in a variety of contexts.

Suyi Leong, a Ph.D. student in psychological and brain sciences, will be focusing on understanding how different cultural values affect the use of digital contact tracing (DCT).

I hope this project informs policy makers and app developers about peoples concerns for using the tool, and address them so that DCT can be effectively implemented, she said.

In this new world of remote engagement and research, graduate students will also explore the impact and efficacy of telehealth in the context of its greatly expanded use, and how different communities, such as religious institutions, have moved their face-to-face activities into online settings to serve their members.

Anthropology Ph.D. student Lauren Smyth is researching Southern Californian religious communities and their shift to digital and mixed digital/physical ritual sites in response to the pandemics stay-at-home orders and social distancing.

With the MRCI, Im most excited about the diverse range of incredible projects from across the university that I otherwise wouldnt get the chance to learn directly from, and sharing our different expertise to better understand pandemic-related research.

Statistics and applied probability doctoral student Mingzhao Hu will research the effects of COVID-19 on dialysis patients.

My research investigates effects of COVID-19 on dialysis patients via smoothing of longitudinal patient physiology variables and analyzes deviations during the pandemic with mixed effect state-space model based on first-hand recordings from treatment clinics, Hu said. I look forward to the cross-discipline collaboration opportunities offered by MCRI, and the generous funding is essential for me to carry out the research and perform the analysis to the best of my abilities.

Social justice themes also figure widely in the summer research projects, such as the analysis of the pandemics impact on vulnerable populations, indigenous peoples, undocumented, and economically marginalized populations.

Sarah Alami, another Ph.D. student in anthropology, will be modeling the spread of the coronavirus among the Tsimane, an indigenous population living in the Bolivian Amazon, using secondary data collected by the Tsimane Health and Life History Project (THLHP).

I am hoping this project will help assist in ongoing management of COVID-19 among Tsimane by detecting at-risk individuals and hotspots, or areas of elevated disease risk, she said.

Holly Carpenter, who joined the Graduate Division team as Crossroads Program Coordinator right before the March shelter-in-place order, hailed the diversity of topics and research approaches in the proposals was incredible.

It was a wonderful reminder of the passion and creativity that UCSB graduate students bring to their work and the many ways that graduate student research contributes to understanding complex problems and finding solutions.

Carpenter now works with Hegarty and Robby Nadler, the Graduate Divisions academic, professional and technical graduate writing development director, to facilitate multidisciplinary intellectual discourse among program participants.

I was touched by the generous spirit of our students projects, Nadler said. They embraced this opportunity as a way to help others through their expertise, not as a mechanism to pursue their own research agendas. At the end of the day, that is what a UC Santa Barbara education is about.

In addition to working on their research over the summer, students will also participate in the MRCI Research Collaborative, which will include presentations, small and large group discussions, and networking. To foster this community, the MRCI program in collaboration with the Graduate Student Resource Center staff and peers will hold a series of webinars as part of the proposal and research funding process.

Awardees will also participate in discussions and will share their final research findings with the community with a fall symposium where students will present short overviews of their work and outcomes. The programs organizers also hope the mini-grants will help seed the creation of future grant proposals, articles, works of art, or other scholarly products by graduate students.

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How to rid East Africa of locusts? Serve them in a kebab or drive them to cannibalism – WTVB News

Thursday, July 02, 2020 3:04 a.m. EDT by Thomson Reuters

By Ayenat Mersie

NAIROBI, (Reuters) - Eat them, poison them, and use scent to drive them to cannibalism - as a second wave of locusts threatens to devour East Africa's crops, scientists in a Nairobi lab are experimenting with novel ways to kill them.

Swarms are the worst for three generations, encouraged by unseasonably wet weather and dispersed by a record number of cyclones. The destructive pests could cost East Africa and Yemen $8.5 billion this year, the World Bank has said.

Locusts are usually controlled by spraying them with pesticides before they can fly, but the chemicals can damage other insects and the environment.

So scientists at the International Centre of Insect Physiology and Ecology (ICIPE) are experimenting with biopesticides and the use of locusts as human and animal food as they look for environmentally-friendly extermination methods.

ICIPE researchers were a part of a group that discovered an isolate from a fungus, Metharizium acridum, could kill locusts without harming other creatures. The isolate is now being used across East Africa.

Now researchers are pouring through 500 other fungi and microbes in their bio bank in the hope of discovering another locust poison.

ICIPE scientist Baldwyn Torto's research has mostly focused on locust smells and pheromones.

Before locusts can fly they have a certain chemistry and therefore a unique smell that allows them to remain in a group, he said. That smell changes as locusts mature.

Disseminating the scent of an adult among the young can help destroy swarms.

"They get disoriented, the group breaks into pieces, they cannibalize each other and they become even more susceptible to biopesticides," he said.

A lower-tech, but still environmentally-friendly way of combating locusts is eating them.

ICIPE is developing nets and backpack-vacuums to capture large numbers of locusts. The protein-rich insects can then be cooked or crushed into meal or oil suitable for animal feed or human consumption. ICIPE organizes regular events to normalize the consumption of insects.

Researcher Chrysantus Tanga eats the insects himself. In the ICIPE cafe, the heads, legs and wings have been removed.

"They have to make it presentable for a first-timer," Tanga said motioning towards colourful plates of locust-based meals prepared by ICIPE chefs, ranging from deep fried with tartar sauce, to skewered among vegetables in a kebab.

"For me, I'll eat 100% of it... whatever is crunchy."

(Editing by Katharine Houreld and Alexandra Hudson)

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How to rid East Africa of locusts? Serve them in a kebab or drive them to cannibalism - WTVB News

The College of St. Scholastica announces students named to the spring 2020 Dean’s List – Brainerd Dispatch

Spring 2020 Dean's List recipients include the following local students (listed alphabetically):

Laura Anderson of Longville. Anderson is majoring in Organizational Behavior.

Diana Banks of Emily. Banks is majoring in Social Work.

Elizabeth Becker of Little Falls. Becker is majoring in Nursing.

Katelyn Becker of Pierz. Becker is majoring in Music Education.

Taryn Becker of Brainerd. Becker is majoring in Exercise Physiology.

Alexandra Benning of Browerville. Benning is majoring in Social Work.

Izabella Bishop of Hill City. Bishop is majoring in Elementary Education.

Jenna Butler of Bowlus. Butler is majoring in Nursing.

Grace Carlson of Isle. Carlson is majoring in Biochemistry - Intended.

Jonathan Carlson of Motley. Carlson is majoring in Nursing.

Seth Crocker of Little Falls. Crocker is majoring in Psychology.

Kara Crowther of Aitkin. Crowther is majoring in Health Information Management.

Lisa Dailey of Verndale. Dailey is majoring in Nursing.

Jennifer Dolezal of Staples. Dolezal is majoring in Organizational Leadership.

Macy Dotty of Pequot Lakes. Dotty is majoring in Health Information Management.

Ashley Etter of Sebeka. Etter is majoring in Philosophy - Intended.

Josie Fourre of Albany. Fourre is majoring in Nursing.

Melissa Geisenhof of Little Falls. Geisenhof is majoring in Nursing.

Mariah Haukos of Ironton. Haukos is majoring in Nursing.

Kendal Hendrickson of Little Falls. Hendrickson is majoring in Psychology.

Janna Heurung of Little Falls. Heurung is majoring in Nursing.

Nathaniel Hilton of Hill City. Hilton is majoring in Art - Intended.

Sydney Holt of Crosslake. Holt is majoring in Nursing.

Kalie Jeremiason of Pine River. Jeremiason is majoring in Undeclared.

Jaren Johnson of Aitkin. Johnson is majoring in Health Humanities Intended.

Bethany Kinzer of Aitkin. Kinzer is majoring in Educational Studies.

Thomas Kunkel of Little Falls. Kunkel is majoring in Exercise Physiology - Intended.

Addison Lintner of Little Falls. Lintner is majoring in Nursing - Intended.

Bailey Lochner of Pierz. Lochner is majoring in Exercise Physiology - Intended.

Morgan Lohmiller of Crosslake. Lohmiller is majoring in Nursing.

Sannah Lohmiller of Crosslake. Lohmiller is majoring in Psychology.

Sophia Magnuson of Aitkin. Magnuson is majoring in Elementary Education.

Kate Miller of Randall. Miller is majoring in English.

Maria Moe of Royalton. Moe is majoring in Biology - Intended.

Ramsey Moe of Aitkin. Moe is majoring in Business Management.

Abigail Mokhtary of Flensburg. Mokhtary is majoring in Nursing.

Nicole Nelson of Akeley. Nelson is majoring in Nursing - Intended.

Oscar Norgren of Little Falls. Norgren is majoring in Nursing - Intended.

Elizabeth Olmscheid of Breezy Point. Olmscheid is majoring in Nursing - Intended.

Rainy Orazem of Isle. Orazem is majoring in Nursing - Intended.

Danielle Overman of Albany. Overman is majoring in Exercise Physiology - Intended.

Amy Pasket of Nisswa. Pasket is majoring in Psychology.

Carson Passer of McGregor. Passer is majoring in Finance.

Abby Pohlkamp of Baxter. Pohlkamp is majoring in Accounting.

Gabriel Raguse of Brainerd. Raguse is majoring in Exercise Physiology.

Benjamin Renner of Brainerd. Renner is majoring in Exercise Physiology - Intended.

Dan Roach of Merrifield. Roach is majoring in Business Management.

Mara Roberts of Brainerd. Roberts is majoring in Elementary Education.

Morgan Rohloff of Brainerd. Rohloff is majoring in Psychology.

Brock Ronnebaum of Baxter. Ronnebaum is majoring in Social Science Secondary Edu.

Noah Ross of Wadena. Ross is majoring in Biology - Intended.

Christina Sabrowsky of Albany. Sabrowsky is majoring in Nursing.

Patricia Samuelson of Baxter. Samuelson is majoring in Social Work.

Nancy Schroeder of Pequot Lakes. Schroeder is majoring in Social Work.

Alyvia Seibert of Deer River. Seibert is majoring in Biology - Intended.

Jack Silgen of Deerwood. Silgen is majoring in Business Management.

Zachary Sjoblad of Nisswa. Sjoblad is majoring in Health Information Management.

Connor Skeesick of Little Falls. Skeesick is majoring in Biology - Intended.

Karli Skog of Crosslake. Skog is majoring in Accounting.

Madison Slette of Aitkin. Slette is majoring in Nursing - Intended.

Grace Stockard of Fort Ripley. Stockard is majoring in Nursing - Intended.

Evan Storbakken of Brainerd. Storbakken is majoring in Psychology.

Nicholas Trelstad of Mc Grath. Trelstad is majoring in English Sec. Ed.

Tyler Weiss of Browerville. Weiss is majoring in Nursing.

Samantha Welle of Royalton. Welle is majoring in Nursing.

Hannah Wiedewitsch of Jenkins. Wiedewitsch is majoring in Biology.

Claudina Williams of Pequot Lakes. Williams is majoring in Psychology.

Evan Wohlert of Baxter. Wohlert is majoring in Exercise Physiology.

Cheryl Zimmerman of Bowlus. Zimmerman is majoring in Hlth Info Mgt - Intended.

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The College of St. Scholastica announces students named to the spring 2020 Dean's List - Brainerd Dispatch

Higgins announces $2.2 million grant to UB to support Parkinson’s research – UB Now: News and views for UB faculty and staff – University at Buffalo…

Rep. Brian Higgins has announced that UB has received a five-year, $2,224,925 grant from the National Institutes of Health to develop a method to diagnose Parkinsons disease (PD) before clinical symptoms are present.

The funding was awarded by the National Institute of Neurological Disorders and Stroke of the NIH. Principal investigator is Jian Feng, professor of physiology and biophysics in the Jacobs School of Medicine and Biomedical Sciences at UB.

Parkinsons is a motor system disorder resulting from the loss of dopamine-producing cells in the brain. It currently is diagnosed by neurologists observing and rating clinical symptoms based on a standard criteria. To even exhibit the onset of clinical symptoms of PD, one must experience many decades of cellular deterioration.

UBsresearch aims to transform Parkinsons research and therapeutic development with the ability to diagnose PD earlier, allowing for the possibility of proactively preventing or delaying severe neuron decay. The research, titled Molecular Segregation of Parkinsons Disease by Patient derived Neurons will also aim to identify and separate two major subtypes of PD those who experience tremors and those who do not to be able to better treat specific types of PD.

The National Institutes of Health estimates that up to 1 million people in the United States may have Parkinsons disease. Thats 1 million Americans with a difficult, progressive condition without a cure who must wait until their clinical symptoms are serious enough to be diagnosed, Higgins said. This federal investment to assist our Western New York researchers hopes to provide a path to earlier detection of Parkinsons to attempt treatment as quick as possible.

When we generated induced pluripotent stem cells from a group of Parkinsons disease patients and a group of normal subjects, we found that there were many significant differences in the expression levels of genes controlling the production, utilization and degradation of dopamine, Feng said. Thus, we want to investigate this further with the goal of developing a method for the objective diagnosis of Parkinsons disease. It might also allow us to predict years in advance who may develop Parkinsons.

Higgins has been an advocate for measures that advance Parkinsons research and treatment.Following meetings with the Michael J. Fox Foundation,the Parkinsons Foundation of WNY and local advocate and former congressman Jack Quinn, Higgins sent a letter to the Department of Veterans Affairs and the Department of Health and Human Services last January urging that access to boxing therapy in the treatment of Parkinsons be expanded, as well as more research be conducted to document the efficacy of the program.In February, he drafted a bipartisan letter supporting funding for a surveillance database at the Centers for Disease Control and Prevention to collect vital demographic information on people living with neurological diseases,a measure supported by the Michael J. Fox Foundation.

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Higgins announces $2.2 million grant to UB to support Parkinson's research - UB Now: News and views for UB faculty and staff - University at Buffalo...