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10 Resveratrol Benefits for Heart, Mind, & the Fountain of Youth

Posted: October 14, 2019 at 6:40 am

Propelled to fame from a multitude of studies on the phytochemical properties of plants, resveratrol more than lives up to its reputation. Experts have called this unique antioxidant a fountain of youth for its effectiveness against a variety of age-related conditions.

Researchers first became interested in resveratrol when studying the French paradox" in the late 1980s: French diets were high in fatty foods, yet overall, French people experience low rates of heart disease. Scientists set out to discover why.

Soon, they found a compound in red wine, which was then isolated from the skin of grapes. The next task was to figure out how it worked in the body.

Since that time of first discovery, studies have revealed the many benefits of resveratrol, including boosting heart health, supporting normal brain function, and promoting healthy aging. The compound has powerful antioxidant effects, thereby supporting health at the cellular level.

In this post, we're going to explore 10 facts about resveratrol including what it is, where you can find it, and whether you should get it regularly from your diet.

Resveratrol is a phenolic compound called a stilbene; plants produce these in response to injury, infection, fungal attack, or ultraviolet radiation. The very compounds that protect plants can also protect you.

Most phenols, including stilbenes like resveratrol, are brightly colored, aromatic, and good for your health.

Most stilbenes come from berries and grapes. They have strong antioxidant benefits, counteracting the daily "oxidative stress" that damages cells.

Resveratrol, one stilbene compound, promotes bone, cardiovascular, and liver health. This unique nutrient also supports healthy aging, improves cognitive function, and normalizes hormone production.[1]

Resveratrol exists primarily in two forms, a trans and a cis form. These forms are isomers compounds with the same number and types of atoms but arranged in different structures.

Cis and trans isomers, specifically, have atoms joined in the same order, but in a slightly different geometric configuration. That change makes cis isomers polar carrying an electrical charge and water-soluble, and trans molecules non-polar and fat-soluble.

This gives them quite different properties, including bioavailability essentially, the degree and rate at which your body absorbs them after going through the digestive system, liver, and bloodstream. Below, we break down the differences plus describe a third form.

Because trans-resveratrol is fat-soluble, it binds to lipoproteins (fat-containing proteins), which allows it to easily cross cell membranes. However, the body metabolizes and eliminates it quickly, so its bioavailability is relatively low at around 25 percent but higher than cis-resveratrol.

A double bond isomer of trans-resveratrol, this molecule is polar and soluble in water, so it less easily enters cells and is less easily used by the body. You will sometimes find it as a filler in poor quality, less pure supplements.

This form is found in wine, but also in your gut after you consume trans-resveratrol. The probiotic microbes in your digestive tract interact with trans-resveratrol, metabolizing it into dihydro-resveratrol.

Resveratrol is perhaps best known for its positive effects on heart health, but studies have also linked it to a number of other impressive health benefits.

Let's explore 10 ways resveratrol promotes health and longevity.

Chances are, you've heard that drinking red wine is good for cardiovascular health. You may not know that experts believe resveratrol is the ingredient responsible for this positive effect on your heart.

Resveratrol helps normalize levels of bad cholesterol," or low-density lipoprotein (LDL).[2] Keeping bad cholesterol at healthy levels protects you against the plaque buildup in your arteries that can lead to heart attack or stroke.

Additionally, resveratrol helps maintain normal blood pressure. In particular, it relaxes blood vessels, which keeps your systolic blood pressure at normal levels; systolic is the upper number on your blood pressure reading, and it tells you the tension in your arteries as blood gets pumped through.[3]

Your blood pressure and cholesterol tend to gradually rise with age, and taking this healthy antioxidant supplement may help people enjoy their golden years with a happy heart.

Want a brain boost? Help is on the horizon. Some experts consider resveratrol a nootropic, a substance that helps enhance memory and brain health.

Unlike some other antioxidants, trans-resveratrol crosses the blood-brain barrier, where it can directly enter into brain cells. This allows for positive, direct support for neural health including the brain plus the central and peripheral nervous systems.

Researchers have found that resveratrol increases blood flow to the brain.[4] When you have increased blood flow, you get more oxygen, glucose, and other nutrients to your brain. This, in turn, helps maintain "cognitive function" the ability to think clearly, have a healthy memory, and stay focused.[5]

One study of 23 older adults observed significant improvements in memory among participants taking resveratrol.[6] The compound offered the additional benefit of improving the study participants glucose metabolism and concluded that resveratrol could help maintain brain health as we age.[6]

Reducing calories by 30 percent, whether by intermittent fasting or simply reducing how much you eat, supports health and longevity. Caloric restriction and fasting can advance longevity by 40 percent or more in some species. When you restrict calories, the body goes into a defensive state that has long helped humans and other living organisms survive adversity fascinating!

Resveratrol mimics the health effects of fasting or calorie-reduction, which may help you lose weight. It does this by stimulating adiponectin creation, the same hormone that increases in individuals practicing caloric restriction.[7]

Adiponectin promotes metabolic and cardiovascular health through weight loss, lipid metabolism, and regulation of blood sugar levels.

In other words, adiponectin helps maintain normal blood sugar, helps your heart, and helps you lose weight. Because resveratrol stimulates adiponectin, you get the benefits of both.

As an antioxidant, resveratrol counteracts some of the damage that free radicals cause to your cells. Your body is constantly exposed to free radicals from various sources, ranging from chemical pesticides in your food and water to the sun's UV rays or just from normal aging.

Oxidative stress is an imbalance between free radicals that enter your body from the environment and the antioxidants in your body that work to eliminate them.

This oxidative stress is responsible for some of the things that go along with your body's age-related changes. Lucky for us, studies have noted resveratrol's ability to reduce oxidative stress from free radical damage.

One 2011 study evaluated how 20 human volunteers responded to resveratrol and placebo (a sugar pill) over six weeks. Those who received resveratrol had reduced oxidative stress and lower levels of swelling and redness commonly associated with a number of age-related diseases.[8]

In another study, resveratrol eliminated oxidative stress and had neuroprotective effects.[9]

As men age, their testosterone levels often decrease. Low testosterone levels can have a negative impact on a man's physical and mental well-being.

Research indicates resveratrol positively affects reproductive function in men. Studies have found it can increase blood testosterone levels.[10]

The study also found resveratrol supplementation helps support normal, healthy fertility in men. While this is good news for men of reproductive age, older men could benefit as well. Testosterone strengthens bones, increases muscle mass, and encourages a positive outlook in men.

Women who consume resveratrol appear to enjoy benefits, as well, particularly older women. At menopause, estrogen levels decline rapidly. Research shows that resveratrol supplementation could help stabilize and normalize estrogen and other hormones.

A small study of postmenopausal women taking resveratrol daily for 12 weeks reported improvements in estrogen metabolism. Resveratrol also promoted normal levels of SHBG (sex hormone-binding globulin).[11]

SHBG enables the body to make better use of the hormones already present. In essence, resveratrol may support hormone balance, which, in turn, helps heart health and bone health.[12]

Though it may seem counter-intuitive that an ingredient found in wine could be helpful for the liver, research shows that it is. But you don't need to drink alcohol to consume resveratrol and enjoy the benefits it offers.

Conditions that affect the liver are among the most common health issues in the Western world.[13] Resveratrol may protect the liver and promote normal liver function.

Resveratrol appears to support the liver.[14] It protects the liver by helping the body regulate oxidative stress, reducing redness and swelling, and alleviating cell death in the liver.[15]

If you're hitting the gym and not seeing the improvement you'd like, resveratrol may help.

Normal exercise causes oxidative stress, and resveratrol's antioxidant status appears to help muscles recover more quickly. This effect works both after the strain of exercise and after lack of use such as after an injury or hospitalization.[16]

Resveratrol supplementation can also enhance your exercise performance. In one study, resveratrol not only boosted how efficiently rats ran on a treadmill by 21 percent, but it also helped their bodies break down fat and strengthened skeletal muscle.[17]

As we get older, muscle mass and strength decrease. Aging muscles tend to heal and grow more slowly than they do in our youth. Resveratrol appears to improve muscle mass and muscle regeneration in older adults, especially when used alongside exercise.[18]

While most resveratrol research focuses on taking it internally, some studies have looked at how applying it to the skin shields your skin from environmental pollutants and harmful UV rays.

Dermatology research has shown that resveratrol has 17 times more antioxidant power than some popular and expensive anti-wrinkle creams.[19]

If acne is a concern, resveratrol may improve the appearance of your complexion. Applied topically, this compound inhibits the growth of harmful organisms on the skin. It also calms the redness and swelling that acne often causes.[20]

Last but not least, resveratrol boosts collagen production, smooths out fine lines and wrinkles, and improves your skin's appearance.[21]

Joint soreness can have a tremendous impact on your life and prevent you from engaging in activities that you enjoy.

Thanks to its powerful antioxidant properties, resveratrol may support sore joints, offering some relief. One study showed that resveratrol significantly helped people with knee discomfort feel better.[22]

In another study, researchers found that injecting resveratrol into the knee joints may stabilize cartilage that is uncomfortable from arthritis.[23]

Resveratrol can reduce redness and swelling in joints, and may even protect your joints from further damage.[24]

You can find resveratrol in several plant foods, particularly berries, and you can buy it in supplements.

Resveratrol is abundant in the skin of grapes, which is why we find it in wine most notably red wine. You will not find the compound in the flesh or seeds of grapes, so while grape seed extract is also a powerful antioxidant, don't look to it to find resveratrol.

Scientists have found resveratrol in several other brightly-colored fruits and berries, such as:

In some Asian countries, people drink Itadori tea, a traditional herbal supplement believed to ward off heart disease and stroke. This source of resveratrol can cause diarrhea and cramping.

Only 25 percent of resveratrol from dietary sources is bioavailable because it gets metabolized quickly.[25]

Dietary intake from naturally-occurring resveratrol averages 0.3 to 1.5 mg per day if one consumes these foods.

Resveratrol supplements typically contain a much higher concentration of the compound, so more is available to cells. Some of the lower quality, cheaper options contain equal amounts of the trans and cis forms. Be sure to check labels and aim to use supplements that have a higher concentration of trans-resveratrol, preferably 99 to 100 percent. Not only is this form more easily absorbed by the body, but it also offers better results for your health.

Many resveratrol supplements come from Japanese knotweed roots. While plant-derived supplements are often beneficial, this plant's roots contain a substance called emodin, a laxative. While manufacturers try to remove the emodin, even small amounts can cause cramping and diarrhea. The extraction process for these supplements may also introduce harmful solvents, like hexane and polyaromatic hydrocarbons (PAHs).

Some companies sell fermented resveratrol, which comes from yeast, and does not contain emodin. However, your best option is Resvida. As the most potent, purest, and most scientifically researched form of trans-resveratrol, Resvida contains no emodin and has maximum bioavailability.

Resveratrol is generally safe for consumption with no serious adverse effects according to numerous studies,[26] and it is "generally recognized as safe" (GRAS) according to the U.S. Food & Drug Administration. When taken in higher servings, or if you take supplements and extracts derived from Japanese knotweed, rather than Resvida, some people may experience mild to moderate gastrointestinal effects, including nausea, gas, and diarrhea.

Resveratrol may interact with some medications, so speak with your healthcare provider before considering a resveratrol supplement if you are currently taking medication.[27] If you are pregnant or nursing, do not take resveratrol supplements, as its safety has not been thoroughly tested on pregnant women.

Many people are looking for antioxidant supplements that soothe irritation and discourage harmful organisms. Resveratrol offers all of these.

Found in the skin of grapes, berries, dark chocolate, and dietary supplements, resveratrol has a number of health benefits. Trans-resveratrol is the most effective form because it easily crosses cell membranes, as well as the blood-brain barrier.

Resveratrol promotes vitality and wellness, encourages longevity, and even helps maintain health for age and lifestyle-related conditions.

This unique nutrient supports brain health, increases endurance, discourages weight gain, and helps balance hormones for both women and men. Not only that, resveratrol also has a positive impact on heart health, protects the liver, alleviates joint pain, and even helps improve your skin's appearance. The best, most-tested resveratrol supplement is Resvida, the purest, most scientifically researched form of the supplement.

What are your thoughts on resveratrol? Do you take antioxidant supplements? Please let us know your opinions in the comments!

Results may vary. Information and statements made are for education purposes and are not intended to replace the advice of your doctor. If you have a severe medical condition or health concern, see your physician.

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10 Resveratrol Benefits for Heart, Mind, & the Fountain of Youth

Recommendation and review posted by G. Smith

How to Become a Biochemist |

Posted: October 13, 2019 at 8:45 am

Biochemistry is the study of living things at the molecular level, focusing mainly on the processes that occur. For example, they may study cell development, how cell structure relates to function, how cells communicate with each other to fight disease or regulate an organism's development, and how they metabolize food and oxygen.

Many biochemists study how pharmaceutical drugs and foods affect an organism's biology. Some also study how environmental toxins are metabolized, and how they may disrupt biological processes.

Because biochemistry encompasses all living things, it's a very wide field of study with a range of applications in medicine, agriculture, and the environment.

Learn more about biochemistry degrees.

Biochemists may study cellular and molecular processes to increase our general understanding about them, or work on solving specific problems. For example, they may try to figure out how a chemical like Bisphenol A (BPA), found in some plastics, affects the human body. Others may try to discover how certain genes or environmental factors cause disease, and how to suppress or "turn off" the errant mechanism. Those working in agriculture research ways to genetically modify crops for resilience to drought or pests. Some work on developing biofuels.

Regardless of the field of application, most biochemists perform many of the same duties. They plan and conduct experiments to isolate, quantify and analyze hormones, enzymes, and toxins, and to determine the effects of substances like drugs, food and toxins on biological processes. They may also develop new analytical techniques to detect pollutants and their metabolites, or to study biological processes. They may also use computer software to determine the three-dimensional structure of molecules, or use math to describe the chemical relationships between substances found in the environment and in the body. They also share research findings by writing reports, recommendations, or scientific articles, or by presenting at scientific conferences.

This field clearly plays an important role in public health. Biochemists helps determine the environmental causes of disease - information that can help policymakers eliminate or reduce risk, and potentially help doctors treat the conditions. But biochemistry is vital to many aspects of sustainability as well.

For example, these scientists may study the toxicological effects of industrial chemicals and other pollutants on wildlife. Some discover new ways to use the biological processes of plants and microbes to break down these pollutants. Some are working on solving the food crisis by developing inexpensive, high-yield, nutritious, and sustainable crops. Others study ways to turn the energy in waste products, crops, and algae into biofuels. Some biochemists are trying to develop artificial photosynthesis, a process intended to mimic the way plants derive energy from the sun, to develop solar fuel.

Biochemists work for a variety of industries and government agencies. For example, they may analyze the effects of air, water, and soil pollution on people, wildlife, plants, and crops for the U.S. Environmental Protection Agency or Department of Agriculture. They may also study the effects of drugs or food for the National Institutes of Health or the Food and Drug Administration. Many biochemists are employed by pharmaceutical firms and companies dealing with food-related chemicals such as animal feed, agricultural chemicals, and food for human consumption, where they conduct research to understand disease and develop new products. Some work in manufacturing, energy development, or environmental restoration firms. Others work in hospital laboratories. They may also work as faculty, research staff, or teachers at colleges, universities, and secondary schools. Some also work for law firms, where they deal with scientific cases.

Most biochemists work indoors in laboratories and offices. Some, especially those working for environmental restoration firms, may travel to outdoor work sites. Lab and field work may result in exposure to biological or chemical hazards. Following established safety procedures is important in these situations.

Most biochemists work full time, and many work more than 40 hours per week. Employers, industries, and work environments can vary by the type of biochemistry practiced.

The U.S. Bureau of Labor Statistics (BLS) gives the 2012 average annual salary for biochemists and biophysicists as $84,320. However, The Scientist's more recent Life Sciences Salary Survey lists the average 2014 salary for biochemists as $100,433.

Table data taken from BLS (

Employment in this field is expected to grow 19% from 2012 to 2022, which is faster than the average for all occupations. However, since it's a small field to begin with, only about 5,400 new jobs will be created. Due to an aging population, much of the growth will be in medical research. However, increased pressure on food and energy resources will drive growth in agricultural and biofuels research. Concerns about pollution will also expand opportunities for biochemists who work on toxicological effects and bioremediation.

Much of the research in biochemistry and biophysics, particularly at colleges and universities, is dependent on funding from the federal government. Federal budgets and the availability of research funding may affect the job market from year to year.

Senior tier biochemist jobs may have the following elements in addition to tier-one responsibilities:

Some universities offer a one-year post-graduate training program in laboratory techniques, which is highly valued by many private companies. Some let you work towards a bachelor's degree and a microbiology-related certificate at the same time.

While those with bachelor's degrees may qualify for some entry-level positions, most biochemists earn advanced degrees. Graduate study usually involves a lot of laboratory work, and allows you to specialize in a particular area like molecular biology or bioinformatics. Graduate students earn degrees (M.S. or M.A.) in Biochemistry, Biochemistry and Molecular Biology, Biochemical Engineering, Biological Sciences, Biomedical Sciences, or other related areas.

However, doctoral degrees are required for positions involving independent research and development. Ph.D. programs generally include more advanced coursework on biochemistry, as well as independent research. Most newly minted PhDs start out in postdoctoral research positions. These positions can lead to publication, which is crucial to landing a permanent research position. Many biochemists bide their time in multiple postdoctoral positions before getting a permanent academic appointment.

Original post:
How to Become a Biochemist |

Recommendation and review posted by G. Smith

The Prerequisites for Medical School – Kaplan Test Prep

Posted: October 13, 2019 at 8:44 am

The key to medical school admissions success is careful planning based on correct information. Research the schools in which you are interested. What are their admissions requirements? Keep in close contact with your pre-med advisor. Are you taking the proper classes now? With thorough research and thoughtful questions, you will benefit from the great amount of information that is available to you. By proactively seeking information, you will avoid the aggravation, disappointment, and delays that come upon finding out that you do not meet all of the necessary prerequisites.

During your pre-medical education, you will be required to fulfill certain coursework prerequisites. In addition, you should select other courses in the sciences and humanities to supplement this core curriculum, enhancing your education and your application to medical school.

Most schools agree on the basic elements for pre-medical education. Minimum course requirements include one year each of biology, general (inorganic) chemistry, organic chemistry, physics, and related lab work for each. In addition, about two-thirds require English and about one quarter require calculus. A small number of schools have no specific course requirements.

Bear in mind that since the MCAT covers material from the commonly required courses, you will need to include those courses in your program of study whether or not they are medical school prerequisites. Nevertheless, many students are surprised to learn that the list of courses required by medical schools is so small. The best sources for admissions requirements for specific medical schools are theMedical School Admission Requirements(MSAR) and theOsteopathic Medical College Information Booklet.

These classes are nearly universal pre-med requirements, including basic science classes that are familiar to most science majors.

Medical school prerequisites are selected by the particular program, and so there are some classes that are not required at all schools but are required at most or some. For details regarding specifically which classes are required for each school, check theMSAR website.

While science majors are certainly more common, medical schools stress their interest in well-rounded students with broad-based undergraduate backgrounds. In fact, regardless of your major, your undergraduate transcript is a vital part of the admissions decision.

If you are a science major, one approach is to broaden your education by considering at least some social science and humanities electives. If you are not majoring in a science, your work in both science and non-science courses will be evaluated. However, with fewer courses on which to judge your science ability, your grades in the core science subjects will take on greater importance. So consider taking at least some additional science courses, such as biochemistry, cell biology, or genetics.

Bottom line? Dont choose a major because you think it will get you accepted to medical school. Choose a major in a subject in which you are really interested. You will do better and have a more enjoyable time throughout college.

According to a recent survey of medical schools, knowledge of health care issues and commitment to health care were among the top five variables considered very important to student selection (the other four were med school interview ratings, GPA, MCAT scores, and letters of recommendation).

You should consider being active in health care activities as much as possible as a premed student. If nothing else, these experiences will help you articulate in your personal statement and interviews why you want to pursue a career in medicine.

Your pre-med advisor is instrumental in helping you decide if medical school is right for you and assessing your chances for admission. In addition, he or she will be particularly helpful in guiding you to the schools whose curricula and student profiles best match your qualifications and interests. Finally, your pre-med advisor will have specific data about medical school requirements, how students from your school fared in the admissions process, and where students with similar academic backgrounds and MCAT scores were accepted.

In many undergraduate institutions, the pre-med office handles the letters of recommendation. In some cases, they simply relay the letters to the medical schools. Yet in other cases, the pre-med advisoror committeewrites a letter to the admissions offices on your behalf. Its imperative that you get to know your advisor and that they get to know you.

Medical school applicants often fail to acknowledge the importance of working withtheirinstitutions premed office. Going it alone means that you wont benefit from networking contacts and relationships the premed office has with a number of admissions offices where theyouve applied. Often admissions officers ask whyapplicants haventusedtheir premedical offices resources. So be very mindful to have the full support of your premedical office if such a resource is available to you.

Medical school admissions committees select applicants who have demonstrated intelligence, maturity, integrity, and a dedication to the ideal of service to society. One way they assess your nonacademic qualities is to look at how you have lived your life prior to completing your medical school application. To this end, you have an opportunity to submit a description of up to fifteen activities, club memberships, leadership roles, honors, awards, and jobs within the AMCAS Primary Application. Furthermore, many committees will ask you to submit a more comprehensive list of the extracurricular activities with which you have been involved.

While not all admissions committees consider them in the application process, many value the nature and depth of your extracurricular activities as significant factors in your admissibility to medical school.

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The Prerequisites for Medical School - Kaplan Test Prep

Recommendation and review posted by G. Smith


Posted: October 13, 2019 at 8:44 am

The four years of medical school are no joke. Unlike college and your pre-med years, life as a medical student varies highly yet is very structured year to year. In this video, we'll explore each year of medical school and what you should expect.

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Disclaimer: Content of this video is my opinion and does not constitute medical advice. The content and associated links provide general information for general educational purposes only. Use of this information is strictly at your own risk. Kevin Jubbal, M.D. and Med School Insiders LLC will not assume any liability for direct or indirect losses or damages that may result from the use of information contained in this video including but not limited to economic loss, injury, illness or death.

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Neurology | Boston Children’s Hospital

Posted: October 13, 2019 at 8:42 am

Welcome to Boston Children's Hospital's Department of Neurology! We care for infants, children and adolescents with all types of neurologic and developmental disorders. From diagnosis through long-term follow up, we provide compassionate, comprehensive support to help every child reach his or her full potential. Science informs our care today and our work toward better care tomorrow.

Were proud to uphold a historical legacy that dates to 1929, when we became the first dedicated child neurology service at a U.S. pediatric hospital. We went on to establish the countrys first pediatric epilepsy unit (in 1944), the first comprehensive pediatric sleep center (in 1978) and the first dedicated pediatric neurocritical care program (in 1996).

Neurology programs and services: Our neurologists care for children with epilepsy, cerebral palsy, birth defects, muscular dystrophies and other neuromuscular disorders, brain injury and concussion, neurodevelopmental disorders including autism, sleep problems, headache, multiple sclerosis and neuroinflammatory disorders, movement disorders, brain and spinal tumors, cerebrovascular disorders, metabolic disorders and more.

Patient and family resources: How to access our services, preparing for your appointment, care in the community, our patients stories and more.

Boston Childrens Hospital Neurology in the news

7 questions parents should ask in seeking neurologic care: A list of questions to ask when comparing different centers and programs.

U.S. News & World Report has ranked Boston Childrens Hospital as having the nations #1 Neurology/Neurosurgery program. Here are a few reasons:

Comprehensive services: Through nearly 40 specialized programs, we treat more nervous system conditions than any pediatric neurology program in the world, including rare and complex disorders. We offer advanced clinical services including a rapid response team, specialized Level 4 epilepsy care, genetics, rehabilitation programs and biofeedback treatment for headache.

Superior medical capabilities: With more than 60 child neurologists, 10 neuropsychologists and psychologists and 30 nurses and nurse practitioners, we offer highly specialized, individualized care. We have received high marks for medical best practices in neurology and neurosurgery and for use of the most advanced technologies, and have been accredited for high nursing standards by the American Nurses Credentialing Center.

Quality orientation: We collaborate with multiple specialists to ensure the best possible care. All childrens outcomes are tracked in a quality control database. We also share data with the Pediatric Neurocritical Care Research Group and the National Healthcare Safety Network to continually improve care.

Supportive, holistic care: Our broad-based team provides family-centered care to meet each childs medical, emotional and educational needs. A family resource center, family support specialists, pediatric psychologists, social workers and a parent advisory committee are available to you and your child. We also house the hospitals Bullying & Cyberbullying Prevention & Advocacy Collaborative (BACPAC).

Science and innovation: At any given time, our child neurologists are engaged in dozens of clinical trials to test new treatments. Our F.M. Kirby Neurobiology Center is the nations top neuroscience hub with more than two dozen laboratories driving tomorrows treatments. Our doctors and scientists work together to bring advances into patient care.

Read more here:
Neurology | Boston Children's Hospital

Recommendation and review posted by G. Smith

Department of Neurology | OHSU

Posted: October 13, 2019 at 8:42 am

Peter Spencer, Ph.D.,Link to Alzheimer's seen in nodding syndrome(Science, Dec. 21)

Vijayshree Yadav, M.D.,Women in MS seek greater parity in field(Neurology Today, Dec. 20)

Jeff Kaye, M.D.,Costly dementia care failing to keep Oregon seniors safe(The Oregonian, Oct. 6) andParticipants in dementia prevention research motivated by altruism(Medical Xpress, Oct. 5)

Vijayshree Yadav, M.D.,Clinical drug trials show promise in halting progressive brain atrophy of MS patients(KATU, Sept. 11)

Amie Hiller, M.D.,Does work stress increase Parkinson's risk?(MedPage Today, Aug. 29)

Allison Lindauer, Ph.D., N.P.,Scientists around the world discuss new Alzheimer's research(KDRV, July 25)

Jeffrey Kaye, M.D., Nathaniel Rodrigues, Jennifer Marcoe, and Zach Beattie, Ph.D.,A tech test to keep seniors in their homes longer(Wall Street Journal, July 25) and OPB'sThink Out Loud(July 31)

Alexandra Dimitrova, M.D.,Treating the mind and body: Integrating CAM therapies into neurology practice(Neurology Today, July 5)

Asha Singh, M.D.,Sleep apnea: 8 things that make it worse(U.S. News &World Report, July 5)

Raina Croff, Ph.D.,OHSU study finds benefits for aging brains(Portland Observer, July 3)

Dennis Bourdette, M.D.,Medicare spent $2 billion for one drug as the manufacturer paid doctors millions(CNN, June 29) andSTAT.

Jeffrey Kaye, M.D.,Tech solutions that make life easier for dementia care(AARP, June 25)

Joe Quinn, M.D.,How OHSU could help validate a promising new Parkinsons therapy(Portland Business Journal, June 18),The Oregonian,KOIN,KATUand KGWsPortland Today.

Chafic Karam, M.D.,ALS Association designates OHSU as ALC-Certified Treatment Center of Excellence(Lund Report, June 13)

Laurie King, Ph.D., P.T., M.C.R.,OHSU researcher nabs $4.6 million to study physical therapy after concussions(Portland Business Journal, June 5),KPTV(June 12),KATU(June 15) 25).

Kim Hutchison, M.D.,OHSU doctor: No, racism isn't a side effect of Ambien(KATU, May 30)

Matt Brodsky, M.D.,Emerging innovations in Parkinson Disease treatment: Q&A with Dr. Matthew Brodsky(Neurology Advisor, May 30)

Jeff Kaye, M.D.,Clues to Parkinson's and Alzheimer's from how you use your computer(Wall Street Journal, May 29)

Tarvez Tucker, M.D.,The meaning of a mother's love through a doctor's diary(The Oregonian, May 12)

Asha Singh, M.D., and Derek Lam, M.D., M.P.H.,Implanted sleep apnea device promises safer, uninterrupted sleep, doctors say(KATU, May 8)

Asha Singh, M.D., and Derek Lam, M.D. MPH,OHSU docs implant sleep apnea device(KOIN, April 28)

Matt Brodsky, M.D.,Neurosurgery in Parkinson disease: A brief history and look forward(Neurology Advisor, April 11)

Ed Neuwelt, M.D., Seunggu Jude Han, M.D., and Mark Woods, Ph.D.,Working with the brain's wall(The Lund Report, March 28)

Tshala-Katumbay, Daniel, M.D., Ph.D,Addressing Harmful Dietary Exposures Linked With Neurological Deficits in the Democratic Republic of Congo, last section within articleNIEHS and Fogarty Program Support Research to Improve Global Brain Health, (NIH Global Environmental Health Newsletter, February 23)

Raina Croff, Ph.D.,Can walking and talking about the past sustain brain health?(The Scribe, February edition)

Matt Brodsky, M.D., and Kim Burchiel, M.D.,Rest easy: Asleep deep brain stimulation as effective as awake(Medscape, Feb. 5)

Edward Neuwelt, M.D.,This scientist is creating tiny versions of one of neuroscience's most notorious opponents(STAT, Jan. 29)

Dennis Bourdette, M.D.,Testing, rigorous research needed for cognition in MS(MedPage Today, Jan. 25)

Fay Horak, Ph.D.,The right way to fall(Saturday Evening Post, Jan./Feb. issue)

Joseph Quinn, M.D.,Green leafy vegetables linked to slower cognitive decline(Medscape, Jan. 8)

Barry Oken, M.D., Ph.D.,Informal caregiving linked to sleep problems(Reuters, Jan. 1)

See more here:
Department of Neurology | OHSU

Recommendation and review posted by G. Smith

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