Stem Cell Clinic

UW Fitness Day aims to strengthen community and bone marrow registry – University of Washington

By Stem Cell Medical Center

Administrative affairs | For UW employees | News releases | UW and the community

May 20, 2022

Participants at UW Fitness Day 2019 in Husky Stadium.University of Washington

The annual University of Washington Fitness Day returns as an in-person event on Monday, May 23. This years Fitness Day includes a fundraising and registration goal for Be The Match, the nations largest registry of bone marrow donors.

Fitness Day is a unique, campuswide workout to celebrate movement. The Seattle campus will host the event on the field at Husky Stadium, where participants will gather from 12:30 to 1:30 p.m. and complete a circuit workout with 20 stations led by expert coaches from UW Athletics and community partners. Workout stations will include strength training, cardio bursts, active recovery and yoga. All fitness levels are welcome and encouraged to participate. Participants will receive a free, performance tech T-shirt.

From 3:30 to 5 p.m., the festivities move to Red Square for Get in the Game, a joint effort with Be The Match intended to increase awareness of its marrow and stem-cell donor registry and encourage students to sign up for the registry. UW athletes will lead the peer-to-peer education effort with Football, Mens Basketball, Womens Basketball, Mens Soccer, Womens Soccer, Cheer and Dance, and Track teams participating.

Alexes Harris, UW professor of sociology, is leading the push to increase the registry at the event. Six years ago, Harris was diagnosed with a form of leukemia that required a bone marrow transplant but couldnt find a match on the registry.

Be The Match couldnt find me a match because people of color are underrepresented on the registry and ancestry matters when matching, said Harris, who added that she was fortunate to enter a clinicaltrial at Seattle Cancer Care Alliance and had a cord blood transplant that saved her life.I work with Be The Match in the name of people who did not find a match and were not able to live.

The goal is to raise $5,000 and sign up 500 new registry members. Participants are invited to make a $5 suggested donation when registering for UW Fitness Day.

After years of not being able to gather in person due to the pandemic, I am thrilled to see employees and students come together in community once again, said Mindy Kornberg, UW vice president for Human Resources. UW employees across campus and our medical centers work extraordinarily hard and this event is the epitome of centering employee well-being at work.

Fitness Day events are also being held Monday at Harborview Medical Center, UW Bothell and UW Tacoma. More information on all UW Fitness Day events at every location can be found on The Whole Us website.

For more information, contact Victor Balta at balta@uw.edu.

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UW Fitness Day aims to strengthen community and bone marrow registry - University of Washington

Hollings researcher studies how yogic breathing may reduce side effects of cancer treatment – Medical University of South Carolina

By Stem Cell Medical Center

"Breathe in from the nose and slowly exhale through the nose.

Class is in session inside the MUSC Wellness Centers auditorium as Sundar Balasubramanian, Ph.D., leads a yogic breathing class for participants in Survivors' Fit Club, a group for breast cancer survivors to find community and improve their overall fitness and well-being. Balasubramanian, a world-renowned expert in the field, is an MUSC Hollings Cancer Centerresearcher, cell biologist, certified yoga therapist and assistant professor in the Department of Radiation Oncology at MUSC.

He knows how important yogic breathing can be for overall health, especially for cancer patients and survivors. The Survivors' Fit Club session is just one of several programs and pilot studies that Balasubramanian is leading, seeking to quantify the benefits of this practice.

There are a lot of long-term chronic health issues that stem from cancer treatment, he said. We are looking for ways to improve aspects of survivorship that work in combination with the traditional standard of care. Breathing exercises can alter how we feel emotionally and how certain physiological changes are occurring. For example, breathing exercises can improve blood circulation, which can then help you keep a steady heart rate and create a sense of being energetic and relaxed.

Research is showing a wide range of potential benefits, including:

While there are a variety of yogic breathing exercises, the core purpose remains the same a slow, intentional inhale and exhale from the nose to center the participant and promote mindfulness. Balasubramanian also teaches participants how to incorporate an ocean sound from the throat as yet another breathing exercise.

One of his studies is looking at the impacts of yogic breathing in breast cancer patients. The 12-week study is open to breast cancer patients who have received radiation therapy within the last six months. It will continue recruiting patients through May 2023, Balasubramanian said.

Participants will receive a unique link to access an online yogic breathing app called Kumbi, which translates to to gather and hold, and complete three 10-minute-long exercises three times a day, five days a week. The telehealth aspect of the study allows breast cancer patients across the country who have recently undergone radiation therapy to join.

Everyone had to learn how to walk. Its something most of us do every day, he said. The same applies to breathing exercises. A lot of people say they know about breathing exercises, and some have even done a class on it. But how often are you doing it? Is it daily? How many times a day? Routine is important.

Balasubramanian said participants will complete questionnaires that will measure factors like stress levels, anxiety, sleep and quality of life. He hypothesizes that if you improve those factors, youll improve the overall health of the patient and improve the quality of her life.

Participants will be assigned to one of the two mindfulness groups. One will follow one traditional mindfulness exercise, and the other group will focus on yoga breathing exercises, he explained. Participants will engage with others taking part in the study and can also practice their mindfulness exercises on their own.

Balasubramanian isnt stopping with breast cancer patients. There are plans for him to work with the South Carolina Cancer Disparities Research Center (SC CADRE), a collaboration between MUSC Hollings Cancer Center and South Carolina State University, to develop newer yogic breathing tools (apps) for patients with breast, prostate and colorectal cancer who are receiving chemotherapy and radiation to study disparities in cancer outcomes.

Were very excited to have him on board, said Marvella Ford, Ph.D., co-director of SC CADRE.

She noted that Black people, whether with or without cancer, tend to have higher levels of inflammatory biomarkers than white people.

If you go into a cancer diagnosis already having these high levels of inflammatory biomarkers, it affects the treatment outcomes, she explained. Hes really making a connection between the act of yogic breathing and the levels of these biomarkers by showing that participating in a yogic breathing intervention substantially reduces the levels of these biomarkers and decreases bio-inflammation, which has been linked to improved cancer treatment outcomes.

Balasubramanian has also taken the yogic breathing exercises to the American Cancer Societys Hope Lodge in Charleston. The Hope Lodge, across the street from Hollings and the MUSC campus, provides free lodging for cancer patients who are in treatment but live more than 40 miles away from the hospital. There, Balasubramanian offers weekly 20-minute sessions to both patients and caregivers.

In a voluntary, anonymous survey of previous participants at the Hope Lodge, Balasubramanian found that nearly all participants reported the breathing exercises improved their stress levels. The yogic breathing also exceeded participants expectations in improving their appetites. Overall, 90% reported being very satisfied with the sessions, and 83% said they intended to continue the exercises at home.

In the study of breast cancer patients who have undergone radiation, participants will be asked to provide a total of eight saliva samples. In our research, weve found that people in a more relaxed state after yogic breathing produce more saliva, he said. Saliva isnt just digestive fluid. It also contains neurohormones, growth factors and proteins needed for our well-being.

Balasubramanian said research has shown that saliva contains tumor suppressors that could impact how cancer forms and grows. He also said that saliva can be examined for biomarkers that indicate stress.

Balasubramanian said these studies hit close to home, having grown up in India where yoga is a common practice. In 2015, he was asked to share his research and expertise on yogic breathing and overall health during a TEDxCharleston talk. Since then, hes been spreading awareness about the health benefits of yoga breathing.

Our goal is to use the findings from this study to expand it to all other cancer types at any stage, Balasubramanian said. Yoga breathing is something everyone can do, regardless of their physical abilities. We hope this provides our cancer patients and survivors another resource to lead a healthier life.

In the future, Balasubramanian said the goal is for the Kumbi app to be commercialized to expand its benefit for all patients.

For more information or to enroll in the breast cancer patients study, click here.

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Hollings researcher studies how yogic breathing may reduce side effects of cancer treatment - Medical University of South Carolina

LUXA BIO Announces First Participant Dosed in Phase 1/2a Clinical Trial of Adult RPESC-RPE-4W for Dry Age-related Macular Degeneration – Business Wire

By Adult Stem Cells

FORT LEE, N.J.--(BUSINESS WIRE)--Luxa Biotechnology (LuxaBio), a joint venture between Y2 Solution Co. Ltd, Seoul, South Korea and the Neural Stem Cell Institute (NSCI), Rensselaer, New York, today announced transplantation of the cell product RPESC-RPE-4W into the first participant with dry age-related macular degeneration (dry AMD) in its Phase 1/2a clinical trial (NCT04627428) being conducted at the University of Michigan Kellogg Eye Center.

RPESC-RPE-4W is a cell product derived from the retinal pigment epithelium stem cell (RPESC) that is present in the adult human retina. This adult stem cell produces retinal pigmented epithelium (RPE) cell progeny (RPESC-RPE). The cell product being used in the clinical trial is a progenitor stage RPESC-RPE cell obtained after 4 weeks of differentiation (RPESC-RPE-4W). The RPESC-RPE-4W progenitor stage cell has shown increased engraftment and vision rescue compared to more mature RPE cell products.

AMD with a loss of RPE cells results in loss of central visual acuity, leading to legal blindness in millions of patients, said Jeffrey Stern, MD, PhD, founder of NSCI. Our RPESC-RPE-4W cell transplantation trial aims to address the great unmet medical need presented by dry AMD, for which there is no approved therapy.

Laboratory studies of RPESC-derived RPE cells demonstrated they could perform the critical repertoire of cell functions carried out by normal RPE cells, including trophic factor release and phagocytosis. Sub-retinal implantation in an animal model of retinal degeneration showed that RPESC-RPE-4W cells engraft into the RPE layer. Transplanted RPESC-RPE-4W provided durable preservation of RPE cell functions and supported overlying photoreceptor cells, resulting in vision rescue that was maintained for the life of the animal. RPESC-RPE-4W has significant safety attributes in animal models, including lack of tumor formation.

Adult RPESC are obtained from eyes donated to eye banks. A single donor produces sufficient RPESC-RPE-4W cells for several hundred doses. The RPESC-RPE-4W cell product is being manufactured at the Cedars Sinai Biomanufacturing Center in Los Angeles and the formulated doses are shipped to the clinical site for implantation.

Dr. Rajesh Rao, the trial Principal Investigator at Kellogg Eye Center, transplanted 50,000 RPESC-RPE-4W cells under the macula of a study participant with advanced dry AMD. The Phase 1/2a study will enroll up to 18 participants to assess the safety, tolerability, feasibility, and preliminary efficacy of subretinal RPESC-RPE-4W in a dose escalation, open-label study. The trial is co-sponsored by the National Eye Institute of the National Institutes of Health under a Regenerative Medicine Innovation Project cooperative agreement.

About Luxa Biotechnology

Luxa Biotechnology (LuxaBio) is a clinical-stage biotechnology company developing a novel adult RPE stem cell therapy for dry AMD. The proprietary adult RPESC-RPE-4W stem cell product was developed at and licensed from the NSCI. LuxaBio is a partnership between the NSCI research institute and Y2 Solutions, a Korean company advancing RPESC in a clinical trial to test safety and efficacy as a potential therapy for dry AMD. LuxaBio maintains a robust research program at NSCI to develop the RPESC as an effective, commercially viable cell product. The Phase 1/2a Clinical Trial of RPESC-RPE-4W for the Treatment of Dry Age-related Macular Degeneration includes the Cedars Sinai Biomanufacturing Center, The Emmes Company, the University of Michigan Kellogg Eye Center and the National Eye Institute. For more information, please contact jeffreystern@luxabiotech.org.

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LUXA BIO Announces First Participant Dosed in Phase 1/2a Clinical Trial of Adult RPESC-RPE-4W for Dry Age-related Macular Degeneration - Business Wire

Regenerative medicine: the quest to repair damaged hearts – British Heart Foundation

By Adult Stem Cells

From heart patches to gene therapy, Anna Clark explains the latest BHF-funded research in the cutting-edge field of regenerative medicine.

Regenerative medicine is at the frontier of research. Its a field of science that looks at different ways to repair (or regenerate) damaged areas of the body. This search is particularly urgent when it comes to the heart, which cant easily heal itself if it gets damaged.

One of the most common causes of damage is a heart attack, which happens when there is a blockage in an artery supplying the heart muscle, so the muscle cant get the oxygen it needs. When this happens, muscle cells can die and over time are replaced by scar tissue. This can mean the heart isnt pumping blood as well as it should: a condition called heart failure.

Heart failure can cause constant tiredness, as well as a build-up of fluid in the feet, legs and lungs. Around 920,00 people in the UK are living with heart failure, and although the symptoms can be treated, there is no cure. Heart failure contributes to thousands of deaths in the UK each year.

Sign up to our fortnightly Heart Matters newsletter to receive healthy recipes, new activity ideas, and expert tips for managing your health. Joining is free and takes two minutes.

Professor Sanjay Sinha and his team at the University of Cambridge are growing patches of real heart tissue in a dish. The result is a patch of heart tissue that contracts in a coordinated way, just like the heart does when it beats. The team aim to graft them onto damaged areas of the heart to repair it.

The process is not simple. They use stem cells special cells which can become any type of cell in the body. They are mainly found in embryos, but a small number of stem cells remain into adulthood, helping to replenish dying cells or repair damage. They can also be artificially created from adult cells, such as skin cells.

Professor Sinhas team use both embryonic and artificially created stem cells, giving them a specific mixture of proteins called growth factors to stimulate them into becoming heart muscle cells and epicardial cells (the cells which make the outer layer of the heart). They then put them on a scaffold made from collagen (the substance which holds bones, muscles, skin and tendons together) and incubate them for a couple of weeks. During this time, they must be cared for very carefully. The BHF-funded team hope that these patches will revolutionise the way we treat damage to the heart.

Scientists were funding are investigating ways to encourage the heart to grow new blood vessels, to help improve blood flow into areas that have become damaged.

In 1997, the exciting discovery was made that endothelial progenitor cells (a type of stem cell from the bone marrow) can be found in the blood of adults. These cells can turn into endothelial cells (the cells which line our blood vessels) so are thought to be involved in new blood vessel growth. Scientists are trying to better understand how they could be used to grow new blood vessels in the heart.

Dr Mairi Brittan and her team at the University of Edinburgh have discovered that endothelial progenitor cells might also be found in the adult blood vessel wall. They are now trying to understand more about them, what effects they have and how they could be controlled. In the future, this research could lead to clinical trials to test whether these special cells can repair damaged blood vessels.

In the later stages of pregnancy, more than a third of heart muscle cells in the unborn baby multiply to create new heart muscle. But this regenerative power declines within weeks of birth, and adult heart muscle cells rarely reproduce themselves.

Professor Mauro Giacca and his BHF-funded team at Kings College London are looking at how to stimulate heart muscle cells to multiply, just like they do in the unborn baby. The actions of the cells in your body, including whether they multiply, are controlled by your genes. We still need to learn more about which genes are switched on or off as the heart loses its ability to regenerate, so that we can try to restore this potential.

Professor Giacca and his team are testing nearly 20,000 siRNAs (short sequences of genetic material used to block the effects of specific genes). They will test each one to see how changing heart cells in that specific way affects their ability to multiply.

The team has already identified a sequence of genetic material which could be linked to stimulating regeneration. Professor Giacca hopes that in the future these findings could be used to help switch on the ability of heart muscle cells to multiply and repair the damaged heart, just like they can in the growing embryo. Regrowing hearts might seem like science fiction, but BHF-funded research means this may not be as far off as it first seems.

Published 23 May 2022

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Regenerative medicine: the quest to repair damaged hearts - British Heart Foundation

Why the Cumulina Mouse Is Headed to the Smithsonian | At the Smithsonian – Smithsonian Magazine

By Adult Stem Cells

A taxidermied Cumulina holds a block of toy cheese. Cade Martin

It was a sad day in the department of anatomy and reproductive biology at the University of Hawaii, Manoa. On May 5, 2000, an elderly mouse named Cumulina, whose birth had captured international headlines, died of natural causes. She was special, Ryuzo Yanagimachi, the laboratorys principal investigator, said at the time.

Born on October 3, 1997, Cumulina was the first successfully cloned mouse and the second mammal ever cloned from an adult cell. She was also the forerunner of a technique that would establish once and for all that the long-awaited possibility of cloning animals could be readily accomplished. Her birth came just 15 months after the birth of Dolly the Sheep, the worlds first mammal cloned from an adult cell, had shocked scientists and the public alike, raising ethical questions in some quarters about the science fiction-like possibility of human cloning while also inspiring worldwide hopes of coming breakthroughs in biomedicine.

Dollys success proved complicated, though; of the 277 embryos her stewards at the Roslin Institute in Edinburgh cloned as part of the experiment, Dolly was the only one born. The teams method involved removing the nucleus from a Scottish Blackface sheeps egg cell and electroshocking it with a mammary gland cell from a Finn Dorset sheep to enable the two to fuse. They then implanted this unusual egg cellwhich contained a full complement of DNA but had never been fertilizedinto a ewe, who brought it to term.

The Roslin scientists went on to clone more lambs, and in 1997 they cloned the first transgenic mammals from adult cells.But in the meantime, Teruhiko Wakayama, one of Yanagimachis postdoctoral researchers in Hawaii, came up with another idea.

Wakayama had been galvanized by news of Dollys birth, and spent free time in the lab to try to create a mouse clone. He removed nuclei from egg cells and replaced them by injecting nuclei taken from adult mouse cumulus cells, which normally play a role in egg maturation. He then implanted these special eggs into surrogate female mice to see whether they would successfully give birth.

After a number of failed attempts in the fall of 1997, Wakayama and Yanagimachi produced a stunning result: a healthy female mouse pup. He named her Cumulina, after the cells he had used to create her. Celebrated internationally for his achievement, Wakayama went on to become a professor at the University of Yamanashi in Japan and Yanagimachi founded the Institute for Biogenesis Research at the University of Hawaii.

In the year after Cumulinas birth, Wakayama and Yanagimachi made 84 more cloned mice, putting to rest lingering skepticism over whether cloning was practicable. Wakayamas method proved more efficient than the one the Roslin scientists had used to produce Dolly. Cumulina truly represented a breakthrough in the cloning technique, says W. Steven Ward, director of the University of Hawaiis Institute for Biogenesis Research.

So far scientists have cloned more than 20 types of animals. Mice created through the nuclear transfer method that was used to make Cumulina are now the most abundant cloned animals in the world. Nonetheless, some of the more spectacular scenarios from the 1990s about cloning have not come true. Researchers still have not managed, for example, to replace a dying persons failing organ with a new one generated from cloned cells. But the early work that produced Dolly, Cumulina and other cloned animals has contributed to advances in stem-cell technologies that are now helping scientists explore regenerative medicine, investigate the underpinnings of diseases ranging from leukemia to diabetes and research new pharmaceuticals.

Laboratory mice typically dont reach old age, but Yanagimachis crew made every effort to ensure Cumulinas longevity. They even threw birthday parties for her. She was a pretty pampered mouse, says Kristen Frederick-Frost, curator of modern science at the Smithsonian's National Museum of American History.

Cumulina lived well past age 2, the equivalent of over 90 in human years. After she died, Yanagimachi preserved her in a freezer until a local high school teacher offered to taxidermy her body. The teacher posed Cumulina holding a block of fake cheese, and the stuffed mouse sat on display in Yanagimachis lab for a couple of years before being relegated to a closet. In 2004, she barely escaped being washed away in a flood, and has since spent most of her time in storage.

Yanagimachi retired in 2005, and last year, Ward contacted curators at the National Museum of American History. The decision to accept Cumulina was a no-brainer, Frederick-Frost says. The collection also includes OncoMouse, the worlds first patented genetically modified animal, who, along with his successors, was used for cancer research.

Rachel Nuwer | | READ MORE

Rachel Nuwer is a freelance science writer based in Brooklyn.

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Why the Cumulina Mouse Is Headed to the Smithsonian | At the Smithsonian - Smithsonian Magazine

Houston cell therapy company prepares to IPO, move into new facility – InnovationMap

By Stem Cell Treatment

Using technology to solve big problems has always been Kelly Pracht's career, but she never thought she'd be able use her skills for the sports world she's a lifelong fan of.

After spending nearly 20 years at HP Inc. in various leadership roles and across technology, Pract was watching a baseball game when something clicked for her. Baseball and its endless data points and metrics wasn't serving up analytics that the fans cared about. Teams and leagues had their own metic priorities, but fans just want to engage with the game, their team, and the players.

"I saw a gap in how we handle the data coming from the field and how that can impact the fan and nobody was getting it right," Pracht, co-founder and CEO of nVenue, tells InnovationMap. "I saw technologists coming up with the most nonsensical solutions. For fans like me, coming from my crazy sports family from West Texas where my dad was a coach, I knew that these solutions were a huge miss."

She gives the example of a wearable technology for the viewer at home that can feel what it feels like for the players on the field who get hit. Pracht says it seems like companies were trying to fit technology into the sport, rather than thinking of what the fans really wanted.

She had the idea for a data-driven fan tool in 2017 and nVenue was born. She started building out the code and the team started testing it out at Astros games at Minute Maid.

"What great years to develop this platform. It was fun these were not boring baseball games," Pracht says. The Astros have won their division four out of the past five years, including winning the World Series in 2017.

Kelly Pracht is the CEO and co-founder of nVenue. Photo courtesy of nVenue

At first, nVenue was using historical data, and that in itself was impressive. But then, Pracht and her team decided to take it live. After building its proprietary analytics platform, nVenue could use data to make predictions in real time.

"We spent over a year all of 2019 mastering timing and putting it into a platform," Pracht says, explaining how they built out the artificial intelligence and designed an app for fans to interface with. "We wanted to be able to predict and play. We had over 180 people during the 2019 World Series and playoffs."

The app and algorithm were good and nVenue expanded into football. Then, the pandemic hit and sports halted completely. Pracht says they pivoted to a B2B model but wasn't seeing any real opportunities for the platform until the 2021 Comcast NBCUniversal SportsTech Accelerator.

"In kind of a last-ditch effort, we applied to the NBC Comcast accelerator somewhere around August or September of 2020," Pracht says, explaining that she wasn't seeing a sustainable business so it was get into the program or close up shop. "And we got in. They just resonated with everything we said we found our people."

The accelerator gave nVenue the jumpstart it needed, and as sports returned, the company found its momentum again. Now, the company is headquartered in Dallas with 14 employees all over and three including Pracht in Houston. The company has raised its $3.5 million seed round co-led by KB Partners and Corazon Capital and plans to raise a Series A next year.

After a few broadcasts last season, opportunity came knocking by way of Apple TV and Houston-based TV Graphics. The companies collaborated on a deal and, two weeks before the 2022 season started, nVenue got the greenlight to have onscreen analytics on Apple TV broadcasts.

"In under two weeks we structured the deal, convinced them it worked, pulled together every bit of testing we could by then we only had one week of pre-season games to test and we pulled it off," Pracht says.

The technology has tons of potential when it comes to sports betting, which is a growing business across the country. Pracht says nVenue isn't looking to compete with the providers on the scene, but instead work with them as an analytics tool.

"We broke down the market down to microbets or in-the-moment bets that are going to happen annually by 2025 it's 156 billion microbets a year, which turns out to be 3 billion a week," Pracht says.

She adds that new technologies in the streaming world like no-delay, latency streaming is only going to make the sports betting world more lucrative, and nVenue will be right there to ride that wave.

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Houston cell therapy company prepares to IPO, move into new facility - InnovationMap

Rheumatoid Arthritis Stem Cell Therapy Market Growth: 2022, Observing High Industry Demand and Business Trends Carbon Valley Farmer and Miner -…

By Stem Cell Treatment

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Rheumatoid Arthritis Stem Cell Therapy Market Growth: 2022, Observing High Industry Demand and Business Trends Carbon Valley Farmer and Miner -...

Cell Therapy (Differentiated Cell and Stem Cell) Market Research Report 2022 – Global Forecast to 2027: Investments Help Fuel a Surge in Biotech…

By Stem Cell Treatment

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Kingdom of Cameroon, United Republic of Cape Verde, Republic of Cayman Islands Central African Republic Chad, Republic of Chile, Republic of China, People's Republic of Christmas Island Cocos (Keeling) Islands Colombia, Republic of Comoros, Union of the Congo, Democratic Republic of Congo, People's Republic of Cook Islands Costa Rica, Republic of Cote D'Ivoire, Ivory Coast, Republic of the Cyprus, Republic of Czech Republic Denmark, Kingdom of Djibouti, Republic of Dominica, Commonwealth of Ecuador, Republic of Egypt, Arab Republic of El Salvador, Republic of Equatorial Guinea, Republic of Eritrea Estonia Ethiopia Faeroe Islands Falkland Islands (Malvinas) Fiji, Republic of the Fiji Islands Finland, Republic of France, French Republic French Guiana French Polynesia French Southern Territories Gabon, Gabonese Republic Gambia, Republic of the Georgia Germany Ghana, Republic of Gibraltar Greece, Hellenic Republic Greenland Grenada Guadaloupe Guam Guatemala, Republic of Guinea, Revolutionary People's Rep'c of Guinea-Bissau, Republic of Guyana, Republic of Heard and McDonald Islands Holy See (Vatican City State) Honduras, Republic of Hong Kong, Special Administrative Region of China Hrvatska (Croatia) Hungary, Hungarian People's Republic Iceland, Republic of India, Republic of Indonesia, Republic of Iran, Islamic Republic of Iraq, Republic of Ireland Israel, State of Italy, Italian Republic Japan Jordan, Hashemite Kingdom of Kazakhstan, Republic of Kenya, Republic of Kiribati, Republic of Korea, Democratic People's Republic of Korea, Republic of Kuwait, State of Kyrgyz Republic Lao People's Democratic Republic Latvia Lebanon, Lebanese Republic Lesotho, Kingdom of Liberia, Republic of Libyan Arab Jamahiriya Liechtenstein, Principality of Lithuania Luxembourg, Grand Duchy of Macao, Special Administrative Region of China Macedonia, the former Yugoslav Republic of Madagascar, Republic of Malawi, Republic of Malaysia Maldives, Republic of Mali, Republic of Malta, Republic of Marshall Islands Martinique Mauritania, Islamic Republic of Mauritius Mayotte Micronesia, Federated States of Moldova, Republic of Monaco, Principality of Mongolia, Mongolian People's Republic Montserrat Morocco, Kingdom of Mozambique, People's Republic of Myanmar Namibia Nauru, Republic of Nepal, Kingdom of Netherlands Antilles Netherlands, Kingdom of the New Caledonia New Zealand Nicaragua, Republic of Niger, Republic of the Nigeria, Federal Republic of Niue, Republic of Norfolk Island Northern Mariana Islands Norway, Kingdom of Oman, Sultanate of Pakistan, Islamic Republic of Palau Palestinian Territory, Occupied Panama, Republic of Papua New Guinea Paraguay, Republic of Peru, Republic of Philippines, Republic of the Pitcairn Island Poland, Polish People's Republic Portugal, Portuguese Republic Puerto Rico Qatar, State of Reunion Romania, Socialist Republic of Russian Federation Rwanda, Rwandese Republic Samoa, Independent State of San Marino, Republic of Sao Tome and Principe, Democratic Republic of Saudi Arabia, Kingdom of Senegal, Republic of Serbia and Montenegro Seychelles, Republic of Sierra Leone, Republic of Singapore, Republic of Slovakia (Slovak Republic) Slovenia Solomon Islands Somalia, Somali Republic South Africa, Republic of South Georgia and the South Sandwich Islands Spain, Spanish State Sri Lanka, Democratic Socialist Republic of St. Helena St. Kitts and Nevis St. Lucia St. Pierre and Miquelon St. Vincent and the Grenadines Sudan, Democratic Republic of the Suriname, Republic of Svalbard & Jan Mayen Islands Swaziland, Kingdom of Sweden, Kingdom of Switzerland, Swiss Confederation Syrian Arab Republic Taiwan, Province of China Tajikistan Tanzania, United Republic of Thailand, Kingdom of Timor-Leste, Democratic Republic of Togo, Togolese Republic Tokelau (Tokelau Islands) Tonga, Kingdom of Trinidad and Tobago, Republic of Tunisia, Republic of Turkey, Republic of Turkmenistan Turks and Caicos Islands Tuvalu Uganda, Republic of Ukraine United Arab Emirates United Kingdom of Great Britain & N. Ireland Uruguay, Eastern Republic of Uzbekistan Vanuatu Venezuela, Bolivarian Republic of Viet Nam, Socialist Republic of Wallis and Futuna Islands Western Sahara Yemen Zambia, Republic of Zimbabwe

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Cell Therapy (Differentiated Cell and Stem Cell) Market Research Report 2022 - Global Forecast to 2027: Investments Help Fuel a Surge in Biotech...

Stem Cell Alopecia Treatment Market Size, Trends and Forecast to 2029 | APEX Biologix, Belgravia Center, RepliCel, Riken Research Institute, Kerastem,…

By Stem Cell Treatment

New Jersey, United States The Stem Cell Alopecia Treatment Marketreport includes the upcoming challenges and opportunities in the market. It ensures a strengthened position in the market and a growing product portfolio by providing all the important details related to the market growth. It reveals some of the key insights and focuses on the impact of the COVID-19 crisis on different sectors of the economy. Identifying key business areas is the most important factor to improve those areas and generate greater profits. This vivid market research provides an in-depth understanding of how new product offerings can fit into the marketplace. It acts as the best guide and plays the leading role in almost all phases of the business cycle. It also becomes easy to target customers effectively to launch new products easily. This Stem Cell Alopecia Treatment market reports that another key focus is to provide manufacturing solutions at all provincial and global levels.

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The American Academy of Stem Cell Physicians Adds Three Workshops to the June 17-19, 2022 Conference – StreetInsider.com

By Stem Cell Treatment

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MIAMI, May 24, 2022 (GLOBE NEWSWIRE) -- The American Academy of Stem Cell Physicians has added three new workshops to its long-awaited conference this June 17-19, 2022. The hands-on workshops will be led by industry leaders in regenerative medicine. The workshops will be on intradiscal injections, bone marrow aspiration and muscular-skeleton ultrasound techniques. Beyond these educational workshops, The American Academy of Stem Cell Physicians is also presenting a great lineup of acclaimed regenerative medicine leaders discussing what's new in regenerative medicine. This conference is not to be missed.

Dr. Joseph Purita, a pioneer in the use of regenerative cell and PRP therapy for orthopedic conditions, graduated from Georgetown University Medical School and served his surgical internship at the University of Florida Medical Center. Dr. Purita is an instructor and proctor of surgeons in the use of lasers in arthroscopic and orthopedic surgery at a variety of area hospitals. At The American Academy of Stem Cell Physicians, Dr. Purita will lead a workshop on bone marrow aspiration.

Dr. Warren J. Bleiweiss, a guest speaker for AASCP and the American Academy of Stem Cell Physicians' first Fellow graduate, will provide a talk on his innovative regenerative medicine treatments. Dr. Bleiweiss is a national leader in the use of ozone injection treatments for herniated discs, joint and muscle pain, and injuries. He pioneered the outpatient oxygen-ozone disc injection procedure in the United States and remains a leading expert in North America in treating disc herniations with ozone injections without surgery or medication.

The American Academy of Stem Cell Physicians invites you to learn more about Intra Discal PRP injections. Dr. Bleiweiss said, "I am looking forward to discussing all the new advancements in the Regenerative field for 2022 at this year's workshop."

Dr. Kim attended college at Cornell University in NY and received his medical degree from RutgersNew Jersey Medical School. The President of The American Academy of Stem Cell Physicians, Dr. Sunny Kim is also thefounder and President of Progressive Rehabilitation Medicine, whose mission is offering advanced non-surgical pain management solutions. Dr. Kim's workshop is on advanced muscular-skeletal ultrasound diagnostic and injection techniques.

The spokesman for the AASCP, Dr. AJFarshchian,said earlier: "The American Academy of Stem Cell Physicians is a group of physicians, scientists and researchers who collectively represent the most authoritativenon-federal group advocating for guidelines and education on stem cell therapy and regenerative medicine. The AASCP is involved directly with other authorities within the field and seeks only to bring knowledge and awareness for the ever-growing regenerative medicine industry." Dr. Farshchian, a pioneer in regenerative medicine, will offer a workshop on neurogenesis.

AASCP is hosting their medical conference in Miami on June 17-19, 2022. The conference is taking place at the downtown MiamiHyatt Regency, located at 400 SE 2nd Ave., Miami, FL 33131.Becauseof limited seating, we encourage everyone to please RSVP atwww.aascp.net andto register. Registrations are going fast, please register today.

The American Academy of Stem Cell Physicians (AASCP) is an organization created to advance research and the development of therapeutics in regenerative medicine, including diagnosis, treatmentand prevention of disease related to or occurring within the human body. Secondarily, the AASCP aims to serve as an educational resource for physicians, scientistsand the public in diseases that can be caused by physiological dysfunction that areameliorableto medical treatment.

For further information, please contact WilsonDemenessez or Luana Ingrid at AASCP 305-891-4686, and you can also visit us at http://www.aascp.net.

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