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Managing Cell and Human Identity – Newswise (press release)

Posted: April 13, 2017 at 7:42 pm

Newswise PHILADELPHIA Genetic, stem cell, and reproductive technologies that have the capability to fundamentally change our cells is challenging what is means to be human. Correcting underlying mutations to cure human genetic disorders; reprogramming skin cells to other cell types to one day inject back into a person, or manipulating the genes of a sperm cell or egg to eliminate a sex-linked mutation are all current examples of these techniques that spur social, ethical, and moral questions. Leading biologists and bioethicists from the Institute for Regenerative Medicine at the University of Pennsylvania, and other institutions, will come together to discuss these topics in a day-long symposium entitled, Managing Cell and Human Identity. The IRM is led by Kenneth Zaret, PhD, a professor of Cell and Developmental Biology at the Perelman School of Medicine . A Perspective in Science magazine published today with the same title considers how our perceptions about human identity may help us decide how and when to use these technologies.

WHERE:

Biomedical Research Building, Perelman School of Medicine, 421 Curie Boulevard, Philadelphia PA, 19104. See here for directions and map. Event is free. See here for more details and to register.

WHEN:

Wednesday, April, 26 8:30 9:00 Registration and Breakfast

SCHEDULE:

8:30-9:00 AM Registration and Breakfast

9:00 AM Introductory Remarks

Dawn Bonnell, Ph.D., Vice Provost for Research

9:15-9:45 AM Controlling Genes and Cells: The present and future of regeneration technologies Ken Zaret, Ph.D., University of Pennsylvania Joseph Leidy Professor Director, Institute for Regenerative Medicine

9:45-10:30 AM Our Bodies, Our Selves: Theologies and Ethics for Unstable Embodiment

Laurie Zoloth, Ph.D., Northwestern University

President of Faculty Senate Director of Graduate Studies in the Department of Religious Studies

10:30-10:45AM Civic Engagement within the IRM: Lessons learned from thecommunity

Jamie Shuda, Ed.D., Director of IRM Life Science Outreach

10:45-11 AM Coffee Break

11-11:45 AM Why Do We Want to Be Human?

Jonathan Moreno, Ph.D., University of Pennsylvania

David and Lyn Silfen University Professor

11:45-12:30PM Discussion Panel

12:30-1:30 PM Lunch

1:30-2:15 PM More Than Your Genes

Reed Pyeritz, M.D., Ph.D., University of Pennsylvania William Smilow Professor of Medicine

2:15-3:00 PM Evolving Attitudes toward Heritable Genomic Modification

Warren P. Knowles Professor of Law and Bioethics

3:00-3:15 PM Coffee Break

3:15-4:00 PM How Much Longer Will We Be Human?

John Gearhart, Ph.D., University of Pennsylvania

James W. Effron University Professor

4:00-4:45 PM Discussion Panel

4:45-6:00 PM Reception

###

Penn Medicineis one of the world's leading academic medical centers, dedicated to the related missions of medical education, biomedical research, and excellence in patient care. Penn Medicine consists of theRaymond and Ruth Perelman School of Medicine at the University of Pennsylvania (founded in 1765 as the nation's first medical school) and theUniversity of Pennsylvania Health System, which together form a $5.3 billion enterprise.

The Perelman School of Medicine has been ranked among the top five medical schools in the United States for the past 18 years, according toU.S. News & World Report's survey of research-oriented medical schools. The School is consistently among the nation's top recipients of funding from the National Institutes of Health, with $373 million awarded in the 2015 fiscal year.

The University of Pennsylvania Health System's patient care facilities include: The Hospital of the University of Pennsylvania and Penn Presbyterian Medical Center -- which are recognized as one of the nation's top "Honor Roll" hospitals byU.S. News & World Report-- Chester County Hospital; Lancaster General Health; Penn Wissahickon Hospice; and Pennsylvania Hospital -- the nation's first hospital, founded in 1751. Additional affiliated inpatient care facilities and services throughout the Philadelphia region include Chestnut Hill Hospital and Good Shepherd Penn Partners, a partnership between Good Shepherd Rehabilitation Network and Penn Medicine.

Penn Medicine is committed to improving lives and health through a variety of community-based programs and activities. In fiscal year 2015, Penn Medicine provided $253.3 million to benefit our community.

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How Medical Research Is Boosting Connecticut’s Economy – Yale News

Posted: April 13, 2017 at 7:42 pm

by Kathleen Raven April 13, 2017

Jason Thomson, a core lab manager at the Yale Stem Cell Center, rebounded after large pharmaceutical companies retrenched in Connecticut. Photo credit: Robert Lisak

Six years ago, Jason Thomson learned that his 13-year position in research at Pfizer would come to an end. He was among 1,100 employees laid off at the companys drug development laboratory in Groton. He feared that his career was in jeopardy. He didnt want to move his family and worried he wouldnt be able to land a comparable job in Connecticut.

But things worked out much better than he expected. I was fortunate, says Thomson, a resident of Colchester. I was out of work for just over six months. Today, hes a lab manager at the Yale Stem Cell Center in New Haven. He plays a key role at the center, overseeing the preparation of stem cells that other researchers use to pursue their studies.

Thomsons personal journey illustrates an economic shift in Connecticut. Over the past decade, several large pharmaceutical companies have either closed their doors here or cut hundreds of jobs from their local payrolls. These moves pose a threat to the state economy. For Connecticut to thrive in the future, say state political, academic and business leaders, more jobs are needed in groundbreaking biomedical research and a home-grown biotech industry.

The 10-year-old Yale Stem Cell Center, which is within Yale School of Medicine, is an example of how this can be done. It has already created more than 200 jobs; involves more than 450 Yale faculty, post-docs and students; has produced more than 350 patent applications; and has three therapies currently being tested in clinical trials. And, because this type of research typically takes many years to have maximum impact, its likely that the best is yet to come.

So far, three clinical trials are testing drugs based on scientific advances produced by Stem Cell Center researchers. They include using cell-based tissue engineering to cure congenital heart defects, and using skeletal stem cells to treat stroke and spinal cord injuries.

Here's an infographic explaining how the Yale Stem Cell Center contributes to society.

This is about faculty members and researchers making breakthrough discoveries and passing them along to business experts to take to the market.

Yale School of Medicine plays a critical role in fostering a fast-growing bioscience industry in the New Haven area. Already, upwards of 40 biotech and medical device companies employ more than 5,000 people in greater New Haven. This is about faculty members and researchers making breakthrough discoveries and passing them along to business experts to take to the market, says Susan Froshauer, president of Connecticut United for Research Excellence (CURE), the bioscience industrys advocacy group.

At Pfizer, Thomsons job was to determine the safety profile of drugs using embryonic stem cells from mice. The New York native, who studied animal science at Cornell University, loved the company and his job, but he wasnt surprised when the bad news came. He had seen evidence that a retrenchment in the pharmaceutical industry was underway. For instance, just a few years earlier, Bayer Healthcare began shutting down its West Haven facility, which displaced about 1,000 workers. (The sprawling facility is now Yale Universitys West Campus.)

When Thomson received the layoff notice, leaving Connecticut and moving to another state wasnt an attractive option. He didnt want to disrupt his wifes career as a tenured high school teacher, nor the lives of his two young daughters.

He recalled hearing about efforts in the state to foster its strengths in biosciencein part by funding university research. Thomson began monitoring university websites. After a few nervous months, he got his big break. The Yale Stem Cell Center posted what he considered a dream job. Thomson appliedand got it.

Hes now a respected leader and colleague at the center. Caihong Qiu, Ph.D., who is the technical director of the Centers two core science labs, says researchers there admire Thomson for his deep scientific knowledge and helpful manner. Jason is the face of the core. He is very thorough and dedicated, Qiu says.

At the center, Thomson grows stem cells so scientists can conduct experiments to better understand the underlying cause of diseases, or to learn how to build new human organs. He provides feedback on study designs, orders lab supplies, and oversees the nitrogen tanks and other machinery that keep 10 years worth of cells frozen. He calls the core labs the special forces unit within the center. No matter how difficult the task is, they get it done.

Thomson loves working with stem cells because they contain clues to many unanswered questions surrounding how humans grow and develop. The long lab hours and a two-hour round-trip daily commute from his home in Colchester dont dampen his enthusiasm. Says Thompson: You have to love what you do for a living, and I do.

This article was submitted by Stephen Hamm on April 12, 2017.

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Brain cell therapy offers hope for Parkinson’s patients – CBS News

Posted: April 13, 2017 at 7:41 pm

Scientists from Sweden say they have made significant progress in the search for a new treatment for Parkinsons disease.

Though the research, published in Nature Biotechnology, is still preliminary and the therapy not yet ready to be tested in humans, experts say it could one day help the millions of people living with the neurodegenerative disease.

Researchers from the Karolinska Institute tested whether certain brain cells could be manipulated to take on the role of those destroyed by Parkinsons.

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They first showed in laboratory experiments that it was possible to convert non-neural human brain cells called astrocytes into dopamine neurons, which degenerate and die in the brains of people suffering from Parkinsons disease.

These are two specialized cells that do not spontaneously convert into one another, study author Ernest Arenas, a professor at Karolinska Institutes Department of medical biochemistry and biophysics, told CBS News. However, when we used diverse chemicals and genes important for the development of immature brain cells into functional dopamine neurons, we found that it was possible to convert astrocytes into dopamine neurons.

The researchers then tested whether this could be done in mice with Parkinsons and if the therapy would improve their condition.

After two weeks, they reported that astrocytes in the brains of the mice started to become dopamine neurons. At five weeks, the mice recovered some of their motor functions such as posture, motility and walking pattern.

Current treatments for Parkinsons only address symptoms, not the cause of the disease itself.

While much more research is needed before the treatment can be tested in humans, Arenas says it could one day lead to an approach to change the course of disease and halt or even reverse motor deficits in Parkinsons disease patients.

Aside from being in early stages, the research is limited in several ways, the study authors say.

First, Arenas notes that although dopamine neurons are the main cell type affected in Parkinsons disease -- and those responsible for the characteristic motor symptoms -- other cell types are affected, particularly as the disease progresses. Therefore, additional strategies to treat these other cell types will be needed in the future.

Additionally, this type of therapy would involve surgery, and therefore could be riskier compared to other treatments on the market. However, with people living longer in most societies, more severe forms of disease are currently being seen, Arenas said, and people are suffering longer.

We thus think that cell replacement therapies, because of its potential to change the course of disease, may become the method of choice in the future, he said.

The authors say now that they know the treatment technique is possible, future research will concentrate on making it safer and developing it into a method that could be applied in a clinical setting.

Our goal and hope is that all these studies will lead to the development of a safe and efficient cell replacement therapy for Parkinsons disease in which no cell transplantation or immunosuppression is necessary, Arenas said.

2017 CBS Interactive Inc. All Rights Reserved.

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Parkinson’s stem cell therapy 2.0: New treatment coaxes the brain to repair itself – Genetic Literacy Project

Posted: April 13, 2017 at 7:41 pm

For the past five decades pharmaceutical drugs like levodopa have been the gold standard for treating Parkinsons disease. These medications alleviate motor symptoms of the disease, but none of them can cure it.

Now a study from the Karolinska Institute in Stockholm shows it is possible to coax the brains own astrocytescells that typically support and nurture neuronsinto producing a new generation of dopamine neurons.

The reprogrammed cellscould alter the course of Parkinsons, according to the researchers. You can directly reprogram a cell that is already inside the brain and change the function in such a way that you can improve neurological symptoms, says senior author Ernest Arenas, a professor of medical biochemistry at Karolinska.

Directly converting astrocytes already present in patients brains could eliminate the need to search for donor cells[and the treatment may] be less likely to cause side effects compared with current drugs. This is like stem cell 2.0. Its the next-generation approach to stem cell treatments and regenerative medicine, says James Beck, vice president and chief scientific officer, for the nonprofit Parkinsons Disease Foundation.

[Read the original study]

The GLP aggregated and excerpted this blog/article to reflect the diversity of news, opinion, and analysis. Read full, original post:Cell Therapy 2.0: Reprogramming the Brains Own Cells for Parkinsons Treatment

For more background on the Genetic Literacy Project, read GLP on Wikipedia

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DCGI approves Regenerative Medical’s stem cell therapy for cartilage defects – Livemint

Posted: April 13, 2017 at 7:41 pm

Mumbai: Regenerative Medical Services Pvt. Ltd on Wednesday said that the Drug Controller General of India (DCGI) recently approved its stem cell-based therapy to treat cartilage defects.

Chondron, its cartilage repair procedure, uses the bodys own cartilage cells that are cultured, multiplied and implanted into the patients damaged joint leading to new cartilage regeneration and avoiding the need for early joint replacement. This is the first stem cell-therapy product to be approved in India.

We are creating new age cartilage regeneration procedure which optimizes the chances of healing due to the use of the bodys own cells. We will tie up with hospitals to promote it; we have received interest from around 200 hospitals, chief executive officer and managing director Yash Sanghavi said.

The company has capacity to culture 1,000-1,200 patient samples annually, which it plans to enhance to 10,000-12,000 samples in next three years, chief scientific officer Satyen Sanghavi, said.

The Mumbai-based company, started in 2009, has invested around Rs70-75 crore on development of Chondron and conducted clinical trials on 350 patients. It is looking to raise funds for capacity expansion and marketing of the cell therapy.

We are looking to raise Rs40-50 crore through equity dilution and have already appointed bankers, Sanghavi said. The treatment, he said, is likely to cost around Rs2 lakh, which is almost the same or slightly lower than the price of a knee replacement surgery.

First Published: Wed, Apr 12 2017. 09 11 PM IST

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Both Types of Diabetes Rise in US Children – WebMD

Posted: April 13, 2017 at 7:40 pm

By Serena Gordon

HealthDay Reporter

WEDNESDAY, April 12, 2017 (HealthDay News) -- Two new studies on diabetes deliver good and bad news, but the overall message is that the blood sugar disease remains a formidable public health burden.

The first study looked at the incidence of type 1 and type 2 diabetes in U.S. children, and uncovered this troubling trend: From 2002 to 2012, the rates for both types of diabetes increased, especially among racial and ethnic minorities.

But a bit of hope was offered up in the second study: Swedish researchers reported a drop in the incidence of heart disease and stroke in adults with both types of diabetes.

"These studies highlight our concerns about the increasing prevalence of diabetes. Every 23 seconds, another person is diagnosed with diabetes [in the United States]," said Dr. William Cefalu, chief scientific, medical and mission officer for the American Diabetes Association (ADA).

Cefalu added that the Swedish study was encouraging and shows that things are "trending in the right direction. Because of research in diabetes, we've been able to improve the lives of millions of people with diabetes around the world, but the disease is still increasing worldwide. We still have a lot of work to do."

In the United States, approximately 29 million people have diabetes, according to the ADA. The vast majority of those have type 2 diabetes. About 1.3 million people have type 1 diabetes.

In people with type 2 diabetes, the body doesn't use insulin properly. This is called insulin resistance. Insulin is a hormone that helps usher sugar from foods into the body's cells to be used as fuel. When someone has type 2 diabetes, this process doesn't work well and blood sugar levels rise. Obesity is the main risk factor for type 2 diabetes, though it's not the only factor involved in the disease.

Type 1 diabetes is an autoimmune disease. The body's immune system mistakenly attacks the insulin-producing cells in the pancreas. This leaves someone with type 1 diabetes with little to no insulin. To stay alive, someone with type 1 diabetes must replace that insulin through injections.

"The specific genes and environmental/behavioral factors that cause type 2 diabetes are different than those that cause type 1 diabetes," explained Elizabeth Mayer-Davis, the author of the study on diabetes incidence in children.

Mayer-Davis and colleagues found that type 1 diabetes was increasing 1.8 percent a year. The increase was significantly larger for Hispanic children, at 4.2 percent a year. That compared with 1.2 percent for white children, the findings showed.

The factors underlying the increase aren't entirely clear, she said.

Although far fewer children have type 2 diabetes, the disease is increasing faster than type 1. Between 2002 and 2012, the rate of type 2 diabetes increased 4.8 percent a year. The annual increase in type 2 diabetes in black children was 6.3 percent. For Asian/Pacific Islanders, the yearly increase was 8.5 percent, and for Native Americans, it was almost 9 percent, the investigators found.

"The increase in incidence of type 2 diabetes is likely related primarily to the increases in overweight and obesity in youth, although this is not the only reason," said Mayer-Davis. She's a professor of nutrition and medicine at the University of North Carolina, Chapel Hill.

The second study looked at all of the people registered in a Swedish National Database from 1998 through 2012, and followed their health through 2014. The database has nearly 37,000 people with type 1 diabetes and more than 457,000 with type 2 diabetes. These patients were compared to similar people without diabetes (the "control" group).

The researchers saw roughly a 40 percent greater reduction in heart disease and stroke in people with type 1 diabetes compared to the matched controls. In people with type 2 diabetes, there was roughly a 20 percent greater drop in heart disease and stroke compared to the control group, the study showed.

When it came to deaths during the study period, people with type 1 diabetes had similar reductions in the number of deaths compared to controls. People with type 2, however, had smaller reductions in deaths versus the control group, the researchers found.

Even with these improvements, people with either type of diabetes still have much higher overall rates of premature death and heart disease than the control groups, the study authors noted.

"We believe the changes observed in our study most likely reflect a combination of advances in clinical care for patients with diabetes," said study author Dr. Aidin Rawshani. He is from the Institute of Medicine at the University of Gothenberg in Sweden.

"Perhaps the most important is improved management of cardiovascular risk factors," he said. These risk factors include high blood pressure, abnormal cholesterol, signs of early kidney damage and poor blood sugar control. He said treatment with high blood pressure medications and cholesterol-lowering drugs likely contributed to the improvement.

Both studies were published April 13 in the New England Journal of Medicine.

WebMD News from HealthDay

SOURCES: Aidin Rawshani, M.D. and Ph.D. student, Sahlgrenska University Hospital and the Institute of Medicine at the University of Gothenberg, Sweden; Elizabeth Mayer-Davis, Ph.D., professor, nutrition and medicine, University of North Carolina, Chapel Hill; William Cefalu, M.D., chief scientific, medical and mission officer, American Diabetes Association; April 13, 2017, New England Journal of Medicine

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Is Medtronic’s Artificial Pancreas the Next Big Thing in Diabetes? – Motley Fool

Posted: April 13, 2017 at 7:40 pm

Last fall, Medtronic (NYSE:MDT) won FDA approval of a closed-loop system that automatically tracks blood sugar levels and delivers insulin as necessary. The system is being heralded as a major advance in treating diabetes, because it significantly reduces the need for finger sticks and insulin shots. Will this new device be a hit?

There are about 1.25 million Americans with Type 1 diabetes, and for these patients, managing their blood sugar levels can seem like a full-time job.

Image source: Getty Images.

Type 1 diabetes patients must regularly check their blood sugar levels with finger sticks, and then dose themselves with insulin when blood sugar levels require it. Unfortunately, this scattershot approach to managing the disease results in many patients failing to maintain appropriate blood glucose levels, especially at night, or when exercising. Because time spent outside of desired blood sugar ranges can accelerate disease progression and lead to life-threatening conditions, inadequately controlled diabetes remains a big problem.

Fortunately, medical device makers have developed new technology like insulin pumps and continuous glucose monitors that help patients better control their disease, however, until now, there wasn't a FDA-approved closed-loop system for the monitoring and dosing of insulin available.

The FDA gave Medtronics MiniMed 670G a green light after trial results showed that it helped patients remain within their desired blood sugar range over a three-month period. The trial included bothadults and children with Type 1 diabetes, and A1C levels fell from 7.7% to 7.1% in children and from 7.3% to 6.8% in adults. There also was a 44% decline in time spent with blood glucose below 70 mg/dL and a 40% decline in time spent with dangerous hypoglycemia, or levels below 50 mg/dL.

Image source: Medtronic.

The MiniMed 670G uses sensors to automatically monitor blood glucose levels every five minutes and it uses a pump to automatically administer insulin as it's needed. A daily finger-stick is still required to calibrate the system, and the insulin pump needs to be refilled every few days, but the system still significantly reduces the treatment burden on patients.

The MiniMed 670G system includes a sensor that's attached to the body and that must be changed weekly, an insulin pump that's worn on the waist, and an infusion patch that connects to the pump to administer insulin via a catheter.

Medtronic's device is an important advance in automating diabetes treatment, but it's not approved for use in Type 1 diabetes patients who are younger than 14 (yet), it still requires some patient involvement, and it's arguably a bit bulkier of a solution for active patients, who may prefer wireless pumps, such as Insulet's (NASDAQ:PODD) Omnipod.

Omnipod is atubeless insulin management system that delivers insulin for up to three days using a wireless programming device. Oftentimes, patients pair Omnipod up with a continuous glucose monitor, such as those made byDexCom(NASDAQ:DXCM), to provide even better control of their disease.

Medtronic only began shipping the MiniMed 670G to patients recently, so the verdict isn't in on whether it will win away consumers from these other solutions. If it does, then it could be an important new source of revenue for Medtronic. However, that tailwind could only be temporary, because the MiniMed 670G may face stiff competition soon.Insulet, for example, is working on its own closed-loop system that incorporates DexCom's sensors, and if trials are successful, its system could be available as soon as next year. Similar systems are also being developed by Tandem and Bigfoot Biomedical, so you'll want to pay attention to their progress, too.

Todd Campbell has no position in any stocks mentioned.His clients may have positions in the companies mentioned.The Motley Fool owns shares of Medtronic. The Motley Fool recommends Insulet. The Motley Fool has a disclosure policy.

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HEALTH MATTERS: Busting Diabetes Myths – Packet Online

Posted: April 13, 2017 at 7:40 pm

A diagnosis of diabetes can be scary and confusing for many people, especially with all the myths surrounding the disease and how to manage it.

But if you are one of the millions of Americans diagnosed with diabetes or pre-diabetes each year, understanding the facts can help you make positive changes and gain control over the condition so you can lead a healthier life.

The Diabetes Management Program at University Medical Center of Princeton (UMCP) helps adults and children diagnosed with diabetes learn how to live with the condition. It also provides education to enable patients to make informed lifestyle changes based on facts rather than myths.

MYTH:The most important item to watch in your diet is sugar, and if a food is sugar-free, you can eat as much as you want.

FACT:Years ago, people were advised that to prevent and control diabetes they just needed to avoid or reduce sugar in their diet. However, just because a food is low in sugar or sugar-free, it could still be high in carbohydrates. And total carbohydrates are the real culprits in raising glucose levels after you eat.

Carbohydrates include starches (such as rice, pasta, bread, potatoes, and cereals), fruits, milk and vegetables. Most vegetables are low in carbohydrates, and protein and fats have minimal or no carbohydrate. When it comes to managing diabetes, it is not enough to just avoid sugar, it is important to watch your total carbohydrate intake for meals and snacks.

Everyone is different though and the amount of carbohydrates you need varies by individual. For example, people with type 2 or pre-diabetes may need to limit or controlthe amount of carbs they eat each day, while someone with type 1 diabetes may need to match their insulin doses to how much carbohydrate they want to eat.

MYTH:You dont need to do anything if you are told you have pre-diabetes or borderline diabetes.

FACT:Not true! Pre-diabetes is defined as having fasting glucose levels between 100-125, or a hemoglobin A1c between 5.7-6.4. This is higher than normal, but right below the cut-off point for diabetes. More than 86 million American adults more than 1 out of 3 have pre-diabetes, according to the Centers for Disease Control and Prevention.

While having pre-diabetes is a risk factor for developing diabetes, you may be able to reverse the progression or delay the development for years through diet and exercise. If you are able to lose 5 to 10 percent of your weight and get at least 150 minutes of physical activity each week, you can increase your chances of keeping diabetes at bay. In addition, if you are diagnosed with pre-diabetes, it is important to follow up with your doctor and have your hemoglobin a1c levels checked every three months, and to monitor your glucose at home if necessary or desired.

MYTH:There is only one diabetic diet, or one way to eat for managing diabetes.

FACT:Also, not true! There may be general guidelines to make it easier to get started, but each person needs an individualized plan, taking into consideration their preferences, lifestyle, activity, weight, diabetes medications, and glucose levels. While one person may be able to eat three regular meals a day, another may benefit from eating three small meals and two to three snacks. Amounts of carbohydrates, fat, and calories will be different for each person as well. For someone monitoring their glucose levels at home, they can see the effects of their diet on their glucose levels and make changes accordingly. Registered dietitians, especially those who are also certified diabetes educators, can help develop a diet plan tailored to individual needs.

MYTH:If you cant exercise for 30 to 60 minutes or more a day, dont bother.

FACT:Research has shown that just 10 to 15 minute increments of exercise or activity two to three times daily or even every other day can be beneficial and reduce glucose levels, especially after meals. For people who sit most of the day, getting up and walking around for 5 minutes every 30 to 60 minutes can be beneficial as well. Also, exercise can include chair exercises, strength training and using weights, or a combination of aerobic and strength. Put simply, moving more is good for your health.

Nationally Recognized Care

There is now a wide range of effective treatments for diabetes, greatly reducing the risks of serious complications. Finding a healthy personal balance learning to control your blood sugar levels through a combination of good nutrition, exercise and often medication is key to successfully managing your diabetes.

The Diabetes Management Program at UMCP is recognized by the American Diabetes Association as a quality diabetes self-management education program that meets the National Standards for Diabetes Self-Management Education. This award is based on a rigorous clinical review process every four years to ensure high standards of diabetes care and education.

The program is staffed by a multidisciplinary team of diabetes specialists, including registered nurses and registered dietitians, who work closely with each individual patient and their physician and other healthcare providers to help effectively manage their diabetes and enjoy an improved quality of life. Services include:

Individual and group education sessions by registered nurses and dietitians

Blood glucose monitoring instruction

Community outreach programs

Diabetes care and management for pre-pregnancy/conception and during pregnancy

Medical Nutrition Therapy/nutrition education and meal planning

Professionally facilitated monthly support groups

For more information about the Diabetes Management Program at UMCP, go to http://www.princetonhcs.org or call 609-853-7890.

Sandra Byer-Lubin is a registered dietitian and certified diabetes educator with University Medical Center at Princetons Diabetes Management Program.

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Happening Today: United, ‘Cocaine Cowboy,’ Diabetes, Charlie Murphy – NBC New York

Posted: April 13, 2017 at 7:40 pm

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United to Reimburse Passengers on Flight Man Was Dragged From

United Airlines sought to quell the uproar over a man being dragged off a plane by announcing it would no longer ask police to remove passengers from full flights and would compensate customers who were on the flight when the man was removed. In an interview with ABC's "Good Morning America" aired, United parent company CEO Oscar Munoz said he felt "ashamed" watching video of the man being forced off the jet. He has promised to review the airline's passenger-removal policy. Munoz, who leads United's parent company, apologized again to Kentucky physician David Dao, his family and the other passengers who witnessed him being taken off the flight. In an effort to calm the backlash, United also announced that passengers on United Express Flight 3411 would be compensated equal to the cost of their tickets.

'Cocaine Cowboy' Arrested After 26 Years on the Run, Officials Say

One of the original 'Cocaine Cowboys' was arrested after 26 years on the run. Gustavo Falcon, who also goes by several aliases, including Augusto Falcon and "Taby," was finally captured by a team of U.S. Marshals from Miami working with U.S. Marshals in the Orlando-Kissimme area. The team focused specifically on the address of a rental property in Kissimmee, and while conducting surveillance, they saw what they thought was Falcon and his wife exit the house to go on a bike ride. When agents stopped Falcon, he had fake driver's licenses dating back to 1997, using Miami addresses, federal officials said. The 55-year-old also had fake licenses for his wife, as well as his children, who are now in their 30s, according to U.S. Marshals. Falcon did not resist the arrest and even confessed to his real identity, officials said. He was booked into the Osceola County Jail and will make his first federal court appearance Thursday.

Officer Charged With Shooting Autistic Man's Caretaker, Authorities Say

A North Miami police officer who shot the unarmed caretaker of an autistic man has been charged with attempted manslaughter, the Miami-Dade State Attorney's Office announced. Officer Jonathan Aledda also was charged with misdemeanor culpable negligence in the shooting of behavioral therapist Charles Kinsey. Aledda, a four-year veteran of the department, was arrested and was later released from Miami-Dade Turner Guilford Knight Correctional Center on $6,000 bond. The criminal charges come after what officials said was a lengthy investigation by the State Attorney's Office and Florida Department of Law Enforcement into the July 2016 shooting. Kinsey, a caretaker at a home for people with mental disabilities, was lying on the ground, with his hands up in the air, next to his adult patient when he was shot in the leg by Aledda on July 18. Cellphone video captured events leading up to the shooting.

Apple Has Secret Team Working on the Holy Grail for Treating Diabetes

Apple has hired a small team of biomedical engineers to work at a nondescript office in Palo Alto, miles from corporate headquarters, CNBC reported. They are part of a super secret initiative, initially envisioned by the late Apple co-founder Steve Jobs, to develop sensors that can non-invasively and continuously monitor blood sugar levels to better treat diabetes, according to three people familiar with the matter. Such a breakthrough would be a "holy grail" for life sciences. Many life sciences companies have tried and failed, as it's highly challenging to track glucose levels accurately without piercing the skin. The initiative is far enough along that Apple has been conducting feasibility trials at clinical sites across the Bay Area and has hired consultants to help it figure out the regulatory pathways, the people said.

Trans Fat Ban Linked With Fewer Heart Attacks & Strokes, Study Shows

Local bans on artery-clogging trans fats in restaurant foods led to fewer heart attacks and strokes in several New York counties, a new study suggests. The study hints at the potential for widespread health benefits from an upcoming nationwide ban, the authors and other experts say. The U.S. Food and Drug Administration in 2015 gave the food industry until next year to eliminate artificial trans fats from American products. New York City enacted a restaurant ban on the fats in 2007 and several counties in the state did the same. Hospital admissions for heart attacks and strokes in those areas declined 6 percent starting three years after the bans, compared with counties without bans.

Comedian Charlie Murphy Dies at 57, His Publicist Says

Comedian and actor Charlie Murphy, who stepped out of his brother Eddie's shadow as a talent in his own right, has died at 57, according to his publicist. Murphy died of leukemia, publicist Domenick Nati told NBC Los Angeles. Fellow comedian Chris Rock posted a picture of Murphy on Twitter with a message of mourning: "We just lost one of the funniest most real brothers of all time. Charlie Murphy RIP." Murphy was perhaps best known as an ensemble actor in the comedy "Chappelle's Show," where he told belief-defying stories about spending time with Rick James and Prince. In the recurring segment "Charlie Murphy's True Hollywood Stories," Murphy would recount how his brother's fame brought him into the orbit of the biggest stars. His versions of the experiences, played out by him, Chappelle and others, became enduring hits. He was born in New York City.

Josh Brolin Set to Play Cable in 'Deadpool 2,' Representatives Say

Josh Brolin is expanding his comic book movie repertoire. Representatives for the actor said Brolin has been set to play the part of Cable in 20th Century Fox's "Deadpool 2" opposite lead Ryan Reynolds. Brolin also plays the supervillain Thanos in various "Avengers" movies for competing studio Disney. Michael Shannon had been widely rumored to be the top pick for the Deadpool co-star. "Deadpool" became a breakout hit in 2016, grossing over $783 million worldwide. The irreverent and very R-rated comic book film even became an unlikely awards contender late in the game with two Golden Globe nominations and a Directors Guild of America Award nomination for Tim Miller.

Published at 6:52 AM EDT on Apr 13, 2017

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Gut bacteria compound may help to prevent type 2 diabetes – Medical News Today

Posted: April 13, 2017 at 7:40 pm

New research from Finland suggests that higher blood levels of indolepropionic acid - a product of gut bacteria that is increased by a fiber-rich diet - may help to protect against type 2 diabetes.

Writing about the discovery in the journal Scientific Reports, the team - led by researchers from the University of Eastern Finland in Kuopio - suggests that it increases our understanding of the important part played by gut bacteria in the relationship between diet, metabolism, and health.

Diabetes is a disease in which the blood contains too much sugar, or glucose - a vital source of energy for the body's cells.

If uncontrolled, high blood sugar can lead to blindness, kidney failure, heart disease, stroke, and amputation of lower limbs.

Levels of blood sugar are regulated by the hormone insulin, which is made in the pancreas.

The type of diabetes that develops depends on whether the high blood glucose results from lack of insulin (type 1 diabetes) or the body's inability to use insulin (type 2 diabetes).

Type 2 diabetes is by far the most common form of diabetes around the world and largely develops from being overweight and not exercising.

Once a disease occurring only in adults, the number of children with type 2 diabetes is now on the rise.

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The global prevalence of diabetes among adults (90 percent of which is type 2 diabetes) has gone up from 4.7 percent in 1980 to 8.5 percent in 2014.

In the United States, there are more than 29 million people living with diabetes. There are also 86 million living with prediabetes, a serious condition that raises the risk of developing type 2 diabetes and other lifelong health problems.

In their study introduction, the researchers note that it is now well-known that factors such as genes, lifestyle, and diet can influence the risk of developing type 2 diabetes.

However, what is less clear is what happens at the molecular level to link these factors to the disease.

The new study uses metabolomics, a relatively new technology that allows scientists to quickly assess the metabolite profiles of people.

Metabolites are molecules that cells in the body - including gut bacteria - produce as byproducts of their activity.

Using a particular tool called "nontargeted metabolomics analysis," the researchers assessed the metabolite profiles of 200 participants in the Finnish Diabetes Prevention Study who had impaired glucose tolerance and were overweight when the study began.

The participants fell into two groups. One group developed type 2 diabetes within 5 years, and the other group did not develop type 2 diabetes during the 15 years of follow-up.

When the researchers compared the metabolite profiles of the two groups, they found that what stood out was differences in levels of indolepropionic acid and certain lipid metabolites.

Further analysis suggested that having high blood levels of indolepropionic acid, a byproduct of gut bacteria, appeared to protect against developing type 2 diabetes.

Also, a diet rich in fiber and whole grain foods appears to increase levels of indolepropionic acid, which in turn raises the amount of insulin produced by the beta cells in the pancreas, note the authors.

The team confirmed the findings by looking at the link between indolepropionic acid and risk for type 2 diabetes in the data from two other studies: the Finnish Metabolic Syndrome In Men Study, and the Swedish Vsterbotten Intervention Project. These also showed that indolepropionic acid appears to protect against type 2 diabetes.

The researchers suggest that their study shows that it may be more feasible to use metabolite profiles rather than identifying the bacteria themselves (which is a more complex process) to look at links with diseases such as diabetes.

"Earlier studies, too, have linked intestinal bacteria with the risk of disease in overweight people. Our findings suggest that indolepropionic acid may be one factor that mediates the protective effect of diet and intestinal bacteria."

Corresponding author Dr. Kati Hanhineva

Learn how statins are linked to a higher risk of diabetes in older women.

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