Stem Cell Therapy is a therapy program where people can get various diseases treatment by their therapies
Stem Cell Therapy follows the same procedure as traditional stem cell therapy, but we provide therapies in much less cost, less risk, yet similar or more efficiency. Stem Cell Therapy started their work with a selection of specific organ cells from an animal fetus. Those animal fetuses are bred specifically for this purpose. Our researchers trying their best to give some quality therapy treatment for specific disease affected people. Many years of research, studies, and experience have proven that sheep are the best donor animals. They are essential and hardy animals with perhaps the strongest resistant systems and natural disease resistance. Sheep proteins are particularly compatible with the human body.
Stem Cell Therapies are associated with a capsule method therapy for all types of diseases
We don’t follow any surgery. Our therapies are appropriate to reduce the complications of the person to improve their daily life. In the case of many other organic medicines, this kind of solution is free of proteins in addition to unnatural human hormones, which commonly change the regular hormone creation. Our therapies increase the energy level of the person as well as the strength of the person. Usually, our capsule therapy works with fresh cells of the body. It recreates new cells along with fresh cells. It stimulates the nerve cells and also enhances the beauty of your face too.
Stem Cell Therapy tries to give their best to their patient to cure or improve their condition from the complications
In the case of some diseases, which are not curable, our therapy will help you to improve your situation. Our therapies reduce joint pain, body aches, etc. Since stem cells have no antigens, they are not identified as the foreign element by the host body. We believe that our treatment will be beneficial for all types of disease affected people to help their condition. Our therapy also helps the person to improve their memory. Therapies also prevent inflammation in the human body. It will also prevent some other complications of the people. It improves the condition of people who have a feeling of shortness of breathing.
We are offering you to start your treatment with Stem Cells Therapy for your specific disease, which has no side effects
But if you complete the full frame of treatment you are going to be settled down progressively. It will improve your complications and you will get stress free night.
Disclaimer: The statements on this website are based on anecdotal evidence and have not been evaluated by the FDA. All supplements are not drugs and are not to be claimed as a cure for a disease or injury. The information appearing on this website is not intended to be a substitute for professional medical advice. Results may vary between individuals. – For more information contact us.
The StemSave Advantage
Choosing to bank your stem cells is an important decision for your family’s future health. Our mission is to make the benefits of regenerative medicine and stem cell science accessible, convenient and affordable for you and your family. StemSave’s patented technology, fully accredited lab facilities, stem cell processing expertise, and world-class Scientific Advisory Council are why more families and dentists choose to bank their stem cells with StemSave. As the industry leader, StemSave is the only stem cell banking service to be designated as an ASI Approved Program.
Stem Cell Overview
StemSave™ stem cell banking offers you and your family a unique stem cell recovery and cryopreservation service, in the event of future injury or disease.
The restorative properties of stem cells:
Stem cells are unique because they drive the natural healing process throughout your life. Stem cells are different from other cells in the body because they regenerate and produce specialized cell types. They heal and restore skin, bones, cartilage, muscles, nerves and other tissues when injured. There are two main types of stem cells: adult stem cells, such as those found in bone marrow and teeth (see Stem Cells in Teeth), and embryonic stem cells (see Other Stem Cells).
Today, medical researchers are learning how to control stem cells and direct their growth into specialized cells, including blood, skin, bone, cartilage, teeth, muscle and nerves.
As a result, amazing new medical treatments are being developed to treat a range of diseases contemporary medicine currently deems difficult or impossible to treat. Among them are:
Neimann-Pick Type C
Cosmetic and Anti-aging applications to date, over 6000 clinical trials have been conducted and over 70 clinical applications utilizing Adult Stem Cells have been approved.
2 Easy Steps
StemSave is a collaboration of Dentists and stem cell researchers who want to give families a convenient and reliable way to benefit from emerging new healthcare treatments.
By enrolling in our program, you and your Dentist can preserve your family’s vital stem cells in the event of future disease or injury.
Like “biological insurance,” storing Dental Stem Cells gives you and your family the option to choose the most advanced medical treatments available in the years ahead, when you may need them most.
Best of all, StemSave makes this option simple and affordable in two easy steps.
When your child’s baby tooth becomes loose, or when a dental professional recommends that you or a family member has a tooth or wisdom teeth removed, this is your opportunity to secure stem cells through StemSave.
All you have to do is follow the 2 Easy Steps:
STEP 1: Enroll in StemSave. Your personalized StemSave recovery and transport kit, along with an email notification, will be sent directly to your Dentist. If your Dentist is not already enrolled as StemSave Dental Professional, we will contact him or her directly to introduce ourselves and navigate them through our easy Dental Professional enrollment page. Contact us to see if your Dentist is a StemSave provider.
STEP 2: Make an appointment with your Dentist for the planned procedure and the convenient recovery of your stem cells.
Securing your stem cells is easy – How your dentist does it:
The loose baby tooth, extracted permanent tooth or wisdom teeth are recovered by your dentist at the time of the planned dental procedure.
StemSave’s patented recovery and transport system protects and nourishes the stem cells while the tooth is rushed to our laboratory.
StemSave’s laboratory removes the cells from inside the teeth and assesses whether the cells are viable prior to cryopreservation. Cells that are not viable will not be stored.
The cells are cryogenically-preserved using state-of-the-art technology and securely stored and monitored until needed.
Verifying storage and keeping your family’s records:
Our lab will notify you and your Dentist when the stem cells are securely stored, and provide you with contact information that you should keep with your family’s medical records for future use.
The Helen L. and Martin S. Kimmel Center for Stem Cell Biology was established in 2005 with a mission to be at the forefront of stem cell biology research. The goal is to conduct high caliber stem cell research that can ultimately lead to medical advances. We have over 40 faculty members, all of whom work on a variety of areas within stem cell biology. Members are affiliated with more than 20 different departments and institutions at the NYU Langone Medical Center, representative of the multidisciplinary nature of the center. The Kimmel Center for Stem Cell Biology faculty are internationally renowned and have received many honors and awards. Faculty include members of the National Academy of Sciences and Howard Hughes Medical Investigators.
Research at the center is focused on four broad areas, including (1) programming and reprogramming, lineage restriction and development, (2) tissue stem cells and disease, (3) regeneration and homeostasis, and (4) cancer and stem cells. Scientists within the center focus on one or more of the research areas and conduct their studies on a variety of tissue/organ systems ranging from embryonic stem cells to brain, heart, bone, lung and many more tissue systems in between.
The Stem Cell Biology training program in The Sackler Institute of Graduate Biomedical Sciences is designed to promote interdisciplinary studies within the field of stem cell biology for graduate students and postdoctoral fellows. We provide a great environment for trainees to explore the vast field of stem cell biology research. In addition to having a choice of mentors that range in their disciplines within stem cell biology, trainees are offered a seminar series, stem cell biology course, and stem cell biology tutorials, aimed at providing trainees with a breadth of knowledge in the field of stem cell biology. Our location in New York City also provides the opportunity for attendance at many local conferences and seminars within a short radius of the school.
The mission of the Helen L. and Martin S. Kimmel Center for Stem Cell Biology is to establish a world-class, multidisciplinary research center focusing on the basic biology of stem cells in a variety of species and cell types. Every day we are making strides towards achieving this goal!
The mission of The New York Stem Cell Foundation is to cure the major diseases of our time through stem cell research.
In addition to conducting innovative stem cell research in our own safe haven laboratories, NYSCF also supports and convenes global stem cell thought leaders and the broader stem cell community – all with the focus on getting to patients. Since our founding in 2005, NYSCF has been able to achieve outsized results in a relatively short period of time thanks to private philanthropy.
The NYSCF Research Institute, an independent laboratory, is a non-profit accelerator that serves to bridge the ongoing gap between research institutions and pharmaceutical and biotech companies by reducing the cost, time, and risk that historically inhibit the development of new treatments and cures. In just over one decade, NYSCF has created not only foundational tools for using stem cells in basic research but also pioneering technologies that will allow stem cells to be used therapeutically.
By pursuing and supporting only the most promising stem cell research and technologies, in our own laboratories and in partnership with leading institutions around the world, NYSCF serves as a catalyst in this transformational field, advancing our mission to accelerate cures for the major diseases of our time.
Accelerating cures for the major diseases of our time through stem cell research.
OUR MISSION & IMPACT
The New York Stem Cell Foundation combines the depth of a highly focused research institute with the breadth of a wide-ranging philanthropic organization. Since its establishment in 2005, NYSCF has invested over $200 million in stem cell research and continues to conduct the most advanced stem cell research internationally, both in its own laboratory in New York City and also in collaboration with major medical research and leading academic institutions around the world.
The Mission of Tisch MS Research Center of New York
The Tisch MS Research Center of New York is an independent nonprofit 501(c)(3) organization dedicated to finding the cause and a cure for multiple sclerosis by conducting groundbreaking medical research to accelerate the pace at which research discoveries translate from lab bench to bedside. The Center aims to identify the cause of MS, understand disease mechanism, optimize therapies, and repair the damage caused by MS while offering patient access to the best and most advanced treatment possible. The Center’s medical research is designed to understand all aspects of MS, including research at the cellular and molecular levels, in order to treat and cure MS. Our stem cell studies are the most exciting of all of our research projects. The Neural Cell Regeneration and Repair study is working to perfect a treatment using the patient’s own adult stem cells to regenerate and repair nerve cells and help patients recover lost functions. We are committed to our mission and invite you to explore our website and learn more about our research activities, facilities, scientific and educational events.
Our MS Research
At Tisch MS we have several ongoing research projects. All investigations happening in the Tisch MS Research laboratory focus on learning more about this chronic disease and ways to end it or repair the damage it has caused. Browse this section to learn more about each project.
Our areas of interest include:
STEM CELL PROGRAM/REGENERATIVE REPAIR
Our Phase I clinical trial is the only clinical trial of its kind in the United States to test freshly harvested MSC-NP cells administered intrathecally in multiple dosing regimens. Results showed dosing was well tolerated with only minor adverse events, and 15 of 20 subjects demonstrated functional neurological improvement. To make MSC-NPs, autologous stem cells are taken from a patient’s own bone marrow. These are called mesenchymal stem cells (MSCs). The MSCs expanded from the bone marrow are then manipulated in the laboratory to make them into neural progenitor cells, which are MSC-NPs. Our Phase II randomized placebo-controlled study will test the efficacy of intrathecal MSC-NP treatment in patients with progressive MS. This will be a double-blind study of 50 patients, all of whom will eventually receive treatment with MSC-NPs. Construction of the Tisch MS Center’s, Regenerative Medicine Laboratory began in the summer of 2017, and it is expected to open winter of 2018. Upon completion of the build-out, we plan to begin enrollment of our Phase II Study.
UNDERSTAND DISEASE PROGRESSION
A major focus of research at Tisch MS is to investigate the underlying causes of disease progression using novel approaches based on comparative analysis of cerebrospinal fluid (CSF). Our emphasis is on identifying possible therapeutic targets for and novel biomarkers of disease activity in progressive MS patients. To accomplish this, we are studying changes in metabolism, the function of astrocytes, and the role of intrathecal delivery of methotrexate (IT-MTX) in this population. Additionally, we are developing a novel animal model to further understand the trajectory of progressive MS.
DISCOVER THE CAUSE OF MS
To discover the cause of MS, our researchers are looking into what B-cells in the immune system is attacking. We are attempting to answer questions such as if there is a particular protein in myelin that’s attacked? Is EBV involved in MS? Can we find the trigger of MS, if there is one? It is our hope that looking at MS B-cells and the antibodies they produce, will answer some of these questions and ultimately lead us to the cause of the disease.
TRANSLATE THE RESEARCH TO PATIENTS
Biomarkers are specific and sensitive assays that help in better diagnosis, assessment of disease activity, and measurement of treatment responses. Using CSF analysis, we can determine how active the disease is (Fetuin A level), how likely is it to progress (osteopontin), and the level of oxidative stress (lipid peroxidation levels). Together with single B-cell analysis, for even the most complex patient cases, we can rationally decide on which treatment is most likely to be effective and how potent or aggressive therapy is needed.