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Latinos left out of clinical trials and possible cures – Daily Democrat

Posted: July 30, 2017 at 9:42 pm

Two decades ago, Luis Antonio Cabrera received devastating news: He likely had only three months to live.

The Puerto Rican truck driver, then 50, had attributed his growing leg pain to spending so many hours on the road. The real culprit was a malignant tumor in his left kidney that was pressing on nerves from his lower spine.

His initial treatment involved removing the organ, a complex surgery that, by itself, proved insufficient, as the cancerous cells had already spread to his lungs. Therefore, his primary care physician in Puerto Rico contacted doctors at the National Institutes of Health (NIH), in Bethesda, Md., and managed to enroll Cabrera in a medical study to test an innovative therapy: transplanting blood stem cells to destroy the cancer cells.

Today, at 70, Cabrera, a father of five and grandparent who moved to West Virginia with his wife to be closer to NIH, feels strong and healthy. I come to do tests every six months Im like a patient at large, he said.

This story also ran in USA Today. It can be republished for free (details).

However, Cabrera is one of a relatively small number of Hispanics who participate in clinical trials. Only less than 8 percent of enrollees are Hispanic, even though Hispanics comprise 17 percent of the population, said Dr. Eliseo, director of NIHs National Institute on Minority Health and Health Disparities. In California, Latinos outnumber non-Hispanic whites.

That means not only do Hispanics have less access to experimental cutting-edge treatments but researchers have less data on how a drug works in that population. Studies have shown that different ethnic groups might respond differently to treatments. The lack of patients from minority groups is an endemic problem in clinical trials; minorities typically are represented at a very low rate.

Studies should represent the demographics of the country, said Dr. Jonca Bull, an assistant commissioner on minority health at the Food and Drug Administration. We need to close that gap so we can better understand how a particular drug or therapy works in different communities.

One of the few studies focused 100 percent on the Hispanic community has been the The Hispanic Community Health Study of Latinos, led by the National Heart, Lung and Blood Institute. This study has been analyzing a group of more than 16,000 Hispanics of different backgrounds in five cities since 2006, helping researchers learn more about the incidence of conditions such as diabetes, cholesterol, smoking and depression within the community.

In addition, an NIH-led initiative of the 21st Century Cures Act, a law in force since December, is compiling a database of about 1 million potential volunteers for medical studies, with a goal of including thousands of Hispanics.

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Meanwhile, the University of California has been awarded a nearly $14.7 million multi-year grant from the National Institutes of Health to study contributors to dementia in the Latino population in the United States. The multicenter study will examine the biological underpinnings of stroke, mild cognitive impairment and Alzheimers disease among Hispanics, and pursue new therapeutic directions to reduce brain health disparities.

This is the largest study of Latinos with cognitive impairment ever done, said co-principal investigator Charles DeCarli, director of the UCD Alzheimers Disease Center. Latinos are the fastest growing minority population in our aging population, so cognitive impairment in this group is an important public health concern.

UC Davis and nine other institutions across the country will participate in the research. The investigators will draw from the more than 16,000-patient cohort of the ongoing Hispanic Community Health Study/Study of Latinos, a multicenter epidemiologic study primarily focused on cardiovascular and pulmonary diseases. An ancillary study, the Study of Latinos-Investigation of Neurocognitive Aging, is examining genetic and cardiovascular disease risk factors for neurocognitive deficits, and will also provide important data for this research.

DeCarli, a UCD Health professor of neurology, noted that the Latino population is especially important to study in the field of dementia because they have a higher prevalence of diabetes, hypertension and obesity compared to non-Hispanic Caucasians, all risk factors for stroke and dementia. Rates of Alzheimers disease are about 1.5 times higher than in white non-Hispanics.

However, there are many reasons why Latinos do not enroll in these studies, Perez-Stable said: lack of information, disparities in access to health care and not being fluent in English are among main factors. Dr. Otis Brawley, chief medical officer with the American Cancer Society (ACS), said Latino families are open to participating in clinical trials, especially to help treat a sick son or daughter, but they need advice from a doctor to navigate the process.

Federal officials aim to augment these numbers. In March, the FDA launched a campaign to educate Hispanics about medical studies. Primary care physicians have to be the champions. In addition, the community health centers can help, because they are places of care that people trust, said Bull.

There are efforts in different states to encourage minorities to participate in clinical studies. In March, the California Medical Association Foundation launched a statewide campaign called Encouraging Diversity in Clinical Trials to reach Latinos and other minorities. The campaign features posters in doctors offices and educational videos.

As of July 5, there were 94,545 ongoing clinical trials in the United States, according to the NIHs official website, clinicaltrials.gov. As in Cabreras case, the primary physician usually helps a patient find a medical study, although the advent of the internet in recent decades has meant a growing number of patients discover trials themselves online. To participate, the person must meet the researchers criteria for eligibility: age, gender or condition. Often, the center conducting the study covers related costs of drugs, treatments and tests.

For Brenda Aldana, receiving care at Holy Cross Hospital in Silver Spring, Md., made all the difference.

Aldana, 34, arrived in the United States from Zacatecoluca, El Salvador, nine years ago. During her first year in the U.S., she began to feel tired and her hair began to fall out. She initially thought those were symptoms of the stress of starting a new life in a new country, but while visiting her sister in Frederick, Md., Aldana fainted. It turned out she was suffering more than nerves: She had a pulmonary embolism. Within two weeks of tests, she was diagnosed with lupus, a debilitating chronic condition with a high incidence among Latinas.

At Holy Cross, the doctors told me that they were going to help me get into a medical program for a medication to treat arthritis [caused by her lupus], said Aldana, who has three children, ages 17, 6 and 5.

Aldana travels from Olney, Md., to the NIH Clinical Center once a month to receive intravenous medication.

These days, Hispanics receive less quality medical care, so its important for them to be more involved in clinical trials, said Brawley, noting that enrolling in a clinical trial gives patients access to a high-quality physician they might not otherwise see.

In a medical study, instead of having the opinion of a single doctor, youll get the opinion of a group of highly qualified doctors who can say, This is good for people like you, Brawley said. The American Cancer Society has an information service to help patients find clinical trials that match their medical condition. This service is also available in Spanish.

John Vasquez, 21, of San Antonio, Texas, needed only internet access and a cellphone to find the medical study that could change his life. In September 2015, while on his way to his brothers football game, he lost feeling in his leg, arm and right part of his face. I thought I was having a stroke, he said.

He had aplastic anemia, a potentially deadly rare blood disorder that was destroying his red and white cells, and platelets, which aid the bodys clotting mechanism.

In a Facebook group for people with severe blood conditions, he was advised to contact the NIH, which sent him a kit for blood tests. After analyzing his clinical history, they told him he was eligible to participate in a medical study, which opened the gates to an innovative transplant that could change the course of his disease. Temporarily living with a sister in Maryland, he is scheduled for a bone marrow transplant on Aug. 1. His donor: his 14-year-old brother.

This story was produced by Kaiser Health News, an editorially independent program of the Kaiser Family Foundation. Dorsey Griffith of UC Davis contributed to this article.

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Latinos left out of clinical trials and possible cures - Daily Democrat

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International Space Station’s Crew Restored to Six People – Kansas City infoZine

Posted: July 30, 2017 at 9:42 pm

Washington, DC - infoZine - After a six-hour spaceflight, NASA astronaut Randy Bresnik, Sergey Ryazanskiy of Roscosmos and Paolo Nespoli of ESA (European Space Agency) arrived at the International Space Station at 5:54 p.m. EDT Friday to continue important scientific research in the orbiting laboratory.

The three crewmates launched aboard the Soyuz MS-05 spacecraft from the Baikonur Cosmodrome in Kazakhstan at 11:41 a.m. (9:41 p.m. Baikonur time), orbited Earth four times, and docked at the space station. Following standard pressurization and leak checks, the hatches between the spacecraft and station will be opened.

The newly-expanded Expedition 52 crew soon will conduct new science investigations arriving on SpaceXs 12th NASA-contracted commercial resupply mission targeted to launch in August. Investigations the crew will work on include a study developed by the Michael J. Fox Foundation of the pathology of Parkinsons disease to aid in the development of therapies for patients on Earth. The crew will use the special nature of microgravity in a new lung tissue study to advance understanding of how stem cells work and pave the way for further use of the microgravity environment in stem cell research. Expedition astronauts also will assemble and deploy a microsatellite investigation seeking to validate the concept of using microsatellites in low-Earth orbit to support critical operations, such as providing lower-cost Earth imagery in time-sensitive situations such as tracking severe weather and detecting natural disasters.

During their expedition, the crew members also are scheduled to receive an Orbital ATK Cygnus spacecraft launched from NASAs Wallops Flight Facility in Virginia and a Russian Progress resupply mission, each delivering several tons of food, fuel, supplies and research such as an investigation to demonstrate the merits of manufacturing fiber optic filaments in microgravity.

Whitson, Fischer and Yurchikhin are scheduled to remain aboard the station until September. Shortly after their departure, NASA astronauts Mark Vande Hei and Joseph Acaba and Russian cosmonaut Alexander Misurkin will join the Expedition 53 crew. Bresnik, Ryazanskiy and Nespoli are scheduled to return in December.

For more than 16 years, humans have lived and worked continuously aboard the International Space Station, advancing scientific knowledge and demonstrating new technologies, making research breakthroughs not possible on Earth that will enable long-duration human and robotic exploration into deep space. A global endeavor, more than 200 people from 18 countries have visited the unique microgravity laboratory that has hosted more than 1,900 research investigations from researchers in more than 95 countries.

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Scientists build DNA from scratch to alter life’s blueprint – Kansas City Star

Posted: July 30, 2017 at 9:42 pm

At Jef Boeke's lab, you can whiff an odor that seems out of place, as if they were baking bread here.

But he and his colleagues are cooking up something else altogether: yeast that works with chunks of man-made DNA.

Scientists have long been able to make specific changes in the DNA code. Now, they're taking the more radical step of starting over, and building redesigned life forms from scratch. Boeke, a researcher at New York University, directs an international team of 11 labs on four continents working to "rewrite" the yeast genome, following a detailed plan they published in March.

Their work is part of a bold and controversial pursuit aimed at creating custom-made DNA codes to be inserted into living cells to change how they function, or even provide a treatment for diseases. It could also someday help give scientists the profound and unsettling ability to create entirely new organisms.

The genome is the entire genetic code of a living thing. Learning how to make one from scratch, Boeke said, means "you really can construct something that's completely new."

The research may reveal basic, hidden rules that govern the structure and functioning of genomes. But it also opens the door to life with new and useful characteristics, like microbes or mammal cells that are better than current ones at pumping out medications in pharmaceutical factories, or new vaccines. The right modifications might make yeast efficiently produce new biofuels, Boeke says.

Some scientists look further into the future and see things like trees that purify water supplies and plants that detect explosives at airports and shopping malls.

Also on the horizon is redesigning human DNA. That's not to make genetically altered people, scientists stress. Instead, the synthetic DNA would be put into cells, to make them better at pumping out pharmaceutical proteins, for example, or perhaps to engineer stem cells as a safer source of lab-grown tissue and organs for transplanting into patients.

Some have found the idea of remaking human DNA disconcerting, and scientists plan to get guidance from ethicists and the public before they try it.

Still, redesigning DNA is alarming to some. Laurie Zoloth of Northwestern University, a bioethicist who's been following the effort, is concerned about making organisms with "properties we cannot fully know." And the work would disturb people who believe creating life from scratch would give humans unwarranted power, she said.

"It is not only a science project," Zoloth said in an email. "It is an ethical and moral and theological proposal of significant proportions."

Rewritten DNA has already been put to work in viruses and bacteria. Australian scientists recently announced that they'd built the genome of the Zika virus in a lab, for example, to better understand it and get clues for new treatments.

At Harvard University, Jeffrey Way and Pamela Silver are working toward developing a harmless strain of salmonella to use as a vaccine against food poisoning from salmonella and E. coli, as well as the diarrhea-causing disease called shigella.

A key goal is to prevent the strain from turning harmful as a result of picking up DNA from other bacteria. That requires changing its genome in 30,000 places.

"The only practical way to do that," Way says, "is to synthesize it from scratch."

The cutting edge for redesigning a genome, though, is yeast. Its genome is bigger and more complex than the viral and bacterial codes altered so far. But it's well-understood and yeast will readily swap man-made DNA for its own.

Still, rewriting the yeast genome is a huge job.

It's like a chain with 12 million chemical links, known by the letters, A, C, G and T. That's less than one-hundredth the size of the human genome, which has 3.2 billion links. But it's still such a big job that Boeke's lab and scientists in the United States, Australia, China, Singapore, and the United Kingdom are splitting up the work. By the time the new yeast genome is completed, researchers will have added, deleted or altered about a million DNA letters.

Boeke compares a genome to a book with many chapters, and researchers are coming out with a new edition, with chapters that allow the book to do something it couldn't do before.

To redesign a particular stretch of yeast DNA, scientists begin with its sequence of code letters nature's own recipe. They load that sequence into a computer, then tell the computer to make specific kinds of changes. For example one change might let them rearrange the order of genes, which might reveal strategies to make yeast grow better, says NYU researcher Leslie Mitchell.

Once the changes are made, the new sequence used as a blueprint. It is sent to a company that builds chunks of DNA containing the new sequence. Then these short chunks are joined together in the lab to build ever longer strands.

The project has so far reported building about one-third of the yeast genome. Boeke hopes the rest of the construction will be done by the end of the year. But he says it will take longer to test the new DNA and fix problems, and to finally combine the various chunks into a complete synthetic genome.

Last year, Boeke and others announced a separate effort, what is now called Genome Project-write or GP-write . It is chiefly focused on cutting the cost of building and testing large genomes, including human ones, by more than 1,000-fold within 10 years. The project is still seeking funding.

In the meantime, leaders of GP-write have started discussions of ethical, legal and social issues. And they realize the idea of making a human genome is a sensitive one.

"The notion that we could actually write a human genome is simultaneously thrilling to some and not so thrilling to others," Boeke said. "So we recognize this is going to take a lot of discussion."

___

Follow Malcolm Ritter at @MalcolmRitter. His recent work can be found here.

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Stem Cells Guided by Electric Fields May Offer New Therapies for … – Genetic Engineering & Biotechnology News (press release)

Posted: July 12, 2017 at 1:47 pm

Scientists at the University of California, Davis School of Medicine's Institute for Regenerative Cures report that electric fields can be used to guide neural stem cells transplanted into the brain toward a specific location. Their study (Electrical Guidance of Human Stem Cells in the Rat Brain), which appears in Stem Cell Reports, opens the door for potentially guiding stem cells to repair brain damage.

we report a strategy that mobilizes and guides migration of stem cells in the brain invivo. We developed a safe stimulation paradigm to deliver directional currents in the brain, write the investigators. Tracking cells expressing GFP [green fluorescent protein] demonstrated electrical mobilization and guidance of migration of human neural stem cells, even against co-existing intrinsic cues in the rostral migration stream.

Min Zhao, M.D., Ph.D., carries out research on how electric fields can guide wound healing. Damaged tissues generate weak electric fields, and Zhao's research has shown how these electric fields can attract cells into wounds to heal them.

"One unmet need in regenerative medicine is how to effectively and safely mobilize and guide stem cells to migrate to lesion sites for repair," Dr. Zhao said. "Inefficient migration of those cells to lesions is a significant roadblock to developing effective clinical applications."

Natural neural stem cells are found deep in the brain, in the subventricular zone and hippocampus. To repair damage to the cortex, they have to migrate some distance, especially in the large human brain. Transplanted stem cells might also have to migrate some way to find an area of damage.

Dr. Zhao, and his colleague, Junfeng Feng, M.D., a neurosurgeon at Ren Ji Hospital, Shanghai Jiao Tong University, and Shanghai Institute of Head Trauma, developed a model of stem cell transplants in rats. They placed human neural stem cells in the rostral migration stream, which is a pathway in the rat brain that carries cells toward the olfactory bulb. Cells move along this pathway, partly carried by the flow of cerebrospinal fluid and partly guided by chemical signals.

By applying an electric field within the rat's brain, the scientists found that they could get the transplanted stem cells to swim upstream against the fluid flow and natural cues and head for other locations within the brain.

The transplanted stem cells were still in their new locations weeks or months after treatment.

"Electrical mobilization and guidance of stem cells in the brain therefore provides a potential approach to facilitate stem cell therapies for brain diseases, stroke, and injuries," noted Dr. Zhao.

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UW-Madison scientists grow functional artery cells from stem cells – Madison.com

Posted: July 12, 2017 at 1:47 pm

In a step toward one of stem cell sciences chief goals, UW-Madison researchers have grown functional human artery cells that helped lab mice survive heart attacks.

The development, from the lab of stem cell pioneer James Thomson, could help scientists create arteries to use in bypass surgeries for cardiovascular disease, the nations top killer. Several challenges remain, however, and studies in people are years away.

This work provides valuable proof that we can eventually get a reliable source for functional arterial endothelial cells and make arteries that perform and behave like the real thing, Thomson said in a statement.

The research, reported Monday in the journal Proceedings of the National Academy of Sciences, is part of a federally funded effort at UW-Madison to create artery banks for cardiovascular surgery from universally compatible donors.

In a related project, other UW-Madison researchers are testing three-dimensional heart patches of heart muscle cells, grown from stem cells, in pigs. The goal is to replace diseased or damaged heart tissue in humans.

Since Thomson became the first scientist to successfully grow human embryonic stem cells in a lab in 1998, researchers around the world have been coaxing the universal cells into various cell types heart, pancreas, kidney, brain to develop therapies and better understand diseases.

Today, many researchers use cells reprogrammed to their embryonic state from mature cells known as induced pluri- potent stem, or iPS, cells as the raw material. Thomson helped discover iPS cells in 2007.

Many labs can convert embryonic stem cells or iPS cells into specific cell types, but developing specialized cell lines that are pure, functional and robust has been a challenge.

Thomson and his team set out to find a recipe for growing artery cells that would really function like arteries.

The researchers used two new techniques: single-cell RNA sequencing to identify genes highly expressed in cells that initiate artery development, and CRISPR-Cas9 gene editing to evaluate the function of the genes.

They found that five small molecules and growth factors are needed to encourage iPS cells to become functional artery cells. To their surprise, they discovered that insulin, a common growth factor that had been used before in trying to grow artery cells, actually inhibits such growth.

They used their recipe to make artery cells, and tested the cells in mice that had their left coronary arteries tied off to mimic heart attacks. Four weeks later, 83 percent of mice treated with the cells were alive, compared to 33 percent of mice that didnt get the cells.

We can use those cells to further create tissue-engineered arteries for bypass surgeries, said Jue Zhang, a scientist in Thomsons lab at the Morgridge Institute for Research and lead author of the study.

Developing off-the-shelf bypasses for surgery is the goal of an $8 million, seven-year grant UW-Madison received last year from the National Heart, Lung and Blood Institute to create universal artery banks.

The blood vessels of many cardiovascular disease patients arent suitable for use as bypasses, doctors say, and growing bypasses from individual patients stem cells would be timely and expensive. The hope is to use iPS cells from a rare population of genetically compatible donors to grow arteries anyone could use.

UW-Madison scientists, including engineers Tom Turng and Naomi Chesler and pathologist Igor Slukvin at the Wisconsin National Primate Research Center, plan to grow artery cells on scaffolds and test them in monkeys. If successful, the cells would be produced for human studies at the Waisman Biomanufacturing facility on campus.

The heart patches involve another $8.6 million, seven-year National Institutes of Health grant, shared with the University of Alabama-Birmingham and Duke University.

The patches involve three types of heart cells, derived from iPS cells, said Dr. Tim Kamp, a UW-Madison cardiologist and co-director of the universitys Stem Cell and Regenerative Medicine Center.

In studies in pigs, getting the patches to connect and survive when transplanted to pig hearts after heart attacks remains a challenge, Kamp said. Immune tolerance of the human grafts in pigs is another concern, he said.

But if such hurdles can be overcome, tests in humans could follow.

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New NUH study to test stem cells as treatment for liver disease … – TODAYonline

Posted: July 12, 2017 at 1:47 pm

SINGAPORE The use of stem cell treatment to repair liver cirrhosis, or hardening of the liver, will be tested in a clinical trial here involving 46 patients and costing S$2.6 million.

The four-year study, which was launched yesterday, came amid a growing waiting list in Singapore for a liver transplant, which is currently the only cure for patients with end-stage liver cirrhosis.

Conducted by a multi-centre team from several restructured hospitals here, the study is led by the National University Hospital (NUH).

Liver failure is one of the top 20 causes of death in Singapore, but many patients are not suitable for a transplant due to factors such as age and surgical fitness.

Out of every five patients doctors see with end-stage liver disease, only one qualifies for a liver transplant, said Dr Dan Yock Young, principal investigator of the clinical trial and senior consultant at NUHs division of gastroenterology and hepatology.

(A liver transplant) is curative, but it is a complex procedure, and many patients are not suitable for it. For these patients, treatment is limited, but morbidity and mortality rates are high as high as 50 per cent in one year and this is probably worse than many (of the) other terminal illnesses we talk about today, he said.

Animal studies conducted over the last five years have shown that stem cells can reconstruct the micro-environment of a normal liver.

Like how branches are of critical importance in supporting the leaves and fruits of a tree, the endothelial (stem) cells contribute to supporting a nutritious environment for the hepatocyte (liver) cells, Dr Dan explained.

While similar stem-cell studies have been conducted in other centres in Asia, there has been no definitive evidence of the benefits of the treatment for liver patients.

The study will recruit 46 patients aged between 40 and 70 years old, and who are at the terminal stages of chronic liver disease, over three years. It is funded by the National Medical Research Council.

During the clinical trial, patients will be divided into a therapeutic group and a control group.

All patients will receive an injection to stimulate their bone marrow cells as part of the supportive treatment for their liver cirrhosis. However, only patients in the study group will have the stem cells from the bone marrow extracted and deposited directly into their liver for more targeted repair.

Using ones own stem cells will avoid the problem of cell rejection.

The liver tissue will be examined three months later, and an investigation to compare pre- and post-transplant results will be conducted after a year.

Since invasive surgery is not required for stem-cell therapy, the fatality risk is significantly lowered for the patient. However, other risks such as severe bleeding and infections still remain, given the patients weakened condition.

NUH also noted that the stem-cell therapy does not replace liver transplants, and the latter remains the best available treatment for liver cirrhosis.

It is very painful to turn patients away when we cannot offer them a liver transplant, said Dr Dan, adding that this stem cell therapy will serve as an alternative option.

We hope that this is a stepping stone to trials for stem cell candidates, he added.

MORE WAITING FOR A LIVER

The number of people on the waiting list for a liver transplant has been growing in recent years. In June last year, it was reported that there were 54 people on the list, more than double the 24 patients in 2011.

Chronic Hepatitis B remains the primary cause of non-alcoholic fatty liver disease, which refers to a range of liver conditions affecting people who drink little to no alcohol. However, obesity has become a contributing factor to the illness as well.

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Experimental stem cells could help dogs suffering from arthritis – FOX 46 Charlotte

Posted: July 12, 2017 at 1:47 pm

FOX 46 WJZY - By age 10 up to 80 percent of dogs will develop arthritis. It can make it difficult for them to walk, stand or even move, but the experimental use of stem cells from young dogs could helprejuvenatejoints in older animals.

Brian Cirillo is concerned about his four-year-old dog Cosby's health.

"He's always the last one to kind of get moving and if he's laying down for a long time he takes a long time to stand up," Cirillo said.

Initially acting as fosters, Brian adopted Cosby and his two siblings when they were just four weeks old, bringing the total number of rescue dogs at their home up to six.

"He's the only one that's so scared of everything and I'm starting to wonder now if it's because he's in pain, you know, and he doesn't want to have to get out of a situation or something," saidCirillo.

To diagnose Cosby's problem he's getting a physical exam, X-rays, and blood tests, but there's a possibility Cosby could qualify to get something else-- an injection of experimental stem cells into his joint.

"We're looking at taking the miraculous healing capabilities of the body, concentrating it, and then bringing it back to the body and we're not seeing a lot of side effects,"Cirillosaid.

Veterinarian Dr. Michael Amsberry owns the St. Francis Pet Care Center, one of several sites across the county taking part in a clinical trial testing whether specially grown stem cells made by animal cell therapies in San Diego will help arthritis symptoms in dogs.

"Specifically this study is knees, hips, elbows and shoulders but the most common in this study is hips," Dr. Amsberry said.

The cells are grown from umbilical cord blood.

"So what they've done is harvested little umbilical cords from c-sections from dogs and they isolate these cells. They grow them up, they can culture them up to hundreds of millions of cells so from one sample they can treat thousands of dogs," said Dr. Amsberry.

The treatment is free and Dr. Amsberry says so far he's injected eight dogs.

"Any downside, we just haven't seen any downsides period," he said.

It's an experimental option Brian hopes will work for Cosby.

"If he gets older and keeps getting worse that's never good so if we can try to get ahead of the problem with stem cells and actually cure the problem and he doesnt have to be on a lot of chemicals and medicines his whole life, that would be great," saidCirillo.

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FreshTracks Capital invests in Ogee – vtdigger.org

Posted: July 12, 2017 at 1:47 pm

News Release FreshTracks Capital July 12, 2017

Media Contacts: Holly Killary [emailprotected] 802.923.1500

Taylor Osumi [emailprotected] 323-462-6600 FreshTracks Capital Invests in Luxury Organic Skincare Company, Ogee

Burlington, VT (July 11, 2017) FreshTracks Capital announces its investment in Ogee, a Vermont-based company that makes luxury organic skincare and beauty products. This is the fifth company investment from FreshTracks Capitals newly launched investment fund, FreshTracks IV, which opened in December 2016. FreshTracks led the $1 million round of financing for Ogee to provide growth capital and help the company expand its business.

Ogee was founded by Mark Rice, Abbott Stark and Alex Stark, who started Ogee together in 2014, and in 2016 won LaunchVTs business pitch contest. The companys founders spent years in the beauty and fashion industries, building some of the worlds leading brands and products, and decided to focus on developing products that represent their own values, with proven ingredients and effective natural formulations.

FreshTracks Capitals Managing Director, T.J. Whalen, said of the deal, Were thrilled to invest in Ogees growth. Weve worked with the team informally for a couple of years, and we know they have what it takes to be successful in the $120 billion global skincare market. With the Ogee teams proven track record and experience in skincare and fashion, they are well positioned to capitalize on industry trends towards well-differentiated, luxury organic skincare products.

Ogees certified organic skincare products feature innovative and effective ingredients like Organic Jojoba Oil and Edelweiss Flower Plant Stem Cells to reduce wrinkles, instantly moisturize and restore healthy, smooth, and glowing skin. Full of essential oils and antioxidants, Ogees products replenish and hydrate to dramatically improve complexion. Ogees unique formulations are catching the eye of many in the industry, and have been featured in Vogue, Vanity Fair, InStyle, Allure and many other beauty and fashion publications. The brand has also received excellent reception from retailers, and is currently carried by Free People, and in prestige beauty boutiques across the U.S., with many strategic expansion initiatives on the horizon. Learn more at http://www.Ogee.com.

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Testosterone Replacement Therapy – Hormone Therapy

Posted: July 11, 2017 at 12:42 pm

Testosterone:is used to increase and optimize hormone levels.

HCG is used to prevent testicular shrinkage and maintain natural production of male hormone within the testes.

Estrogen Blockeris used to control the levels ofestrogen within a mans body.

Our doctors have designed a safe and proven program for our patients to maximize many benefits which include but are not limited to:

Increased muscle mass

Increased libido

Reduced fat

Improved sexual performance

Helps with cholesterol

Strengthens bones

Helps with diabetes

Sharpens mind

Improves mood

Improves skin tone and elasticity

increases energy and stamina

These benefits are seen when low hormone levels are treated in hypogonadal and andropausal men.

Following the Dr.s protocol is critical in achieving maximum results.

*Patients using Testosterone should seek medical attention immediately if symptoms of a heart attack or stroke are present, such as:

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IT’S ALL ABOUT THE GENES: High school students participate in genetics camp – Stanly News & Press

Posted: July 11, 2017 at 12:40 pm

For one week this summer, students from local high schools came together to study genetics in Project GENES, and even take a look at their own genes.

The project, supported by the Burroughs Wellcome Fund, involves students from Gray Stone Day School, Independence High School and Phillip O. Berry Academy of Technology in hands-on activities, labs and field trips involving DNA.

These students recently met for a residential camp at Pfeiffer University, where biology professors Dane Fisher and Laura Reichenberg guided them through genetics investigations.

Our goal is to do STEM [science, technology, engineering, and math] outreach to high school students, with a focus on students underrepresented in science, Reichenberg said. We collaborate with their high school science teachers and the teachers recruit students each year.

The students recruited take part in Project GENES for one year. Fisher and Reichenberg visit their high schools for DNA modules that increase in complexity, then the students come together for the summer camp, where they put in practice what they have learned.

Theyre basically isolating their own DNA. They get to amplify one of their own genes, Reichenberg said.

Students run tests on their PTC gene, a gene that determines a persons ability or inability to taste a specific flavor. Students then get the chance to try to taste the flavor, comparing those results with their lab work.

This year, students attending the camp took a field trip to the North Carolina Research Campus in Kannapolis, where they looked at samples under microscopes and tested them for antimicrobial properties.

According to Reichenberg, several students who attended the Project GENES camps in previous years have since graduated and gone on to STEM careers.

The former Oakboro Elementary is scheduled to open in August as Oakboro Choice STEMSchool for kindergarten through eighth grade.

Marina Shankle is a freelance contributor for The Stanly News &Press.

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IT'S ALL ABOUT THE GENES: High school students participate in genetics camp - Stanly News & Press

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