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#1 Guide To Stem Cell Therapy For Hair Loss In 2018

Posted: November 15, 2018 at 12:45 am

Stem cell therapy may be the key to curing hair loss forever. But the technology is still in development.

In this article Ill look at how stem cell therapy works to restore lost hair. Ill help you decide if it could be a good option for you

And youll also find out how long you might have to wait before the treatment is available.

Advances in the understanding of stem cell biology may offer potential treatments for a variety of conditions, including hair loss, receding hairlines, and thinning hair.

While the research involving stem cells has been hampered by political influence in the past, there have been many recent advancements in the science of stem cell therapy and calls for further research.

Stem cell research holds promise for addressing a wide array of human malady, and some of the current research focuses on treating skin conditions and other causes of hair loss.

In basic terms, a stem cell is an undifferentiated cell that has the potential to develop into different types of cells within the body. According the the National Institutes of Health, stem cells also serve as a type of internal repair system for many tissues.

These cells have an almost limitless capacity to divide as long as the organism is alive, replenishing other cells indefinitely as cells grow through normal cycles of death and regeneration.

When a stem cell divides into two cells, each of these cells has the ability to remain a stem cell or become another type of more specialized cell such as epithelial or blood cells.

Currently, stem cells are divided into two sub-groups based on their origin, and are either embryonic or adult derived.

While the research being done on the potential for stem cell therapies to address spans a significant range, stem cell therapy does show promise for treating a variety of conditions including hair loss.

While the research being done on the potential for stem cell therapies to address spans a significant range, stem cell therapy does show promise for treating a variety of conditions including hair loss.

However, there remains a lack of detail knowledge and research related to the specific potential of stem cell biology and the development of stem cell therapies.

The Journals of Gerontology have published articles related on stem cell biology, and discussed the role of stem cells in the process of hair growth and how stem cell biology can be related to hair loss.

The authors acknowledge the role of stem cells in the maintenance and growth of bodily cells, including those related to hair growth.

One potential cause of hair loss and thinning hair may be related to a condition known as stem cell exhaustion, which can occur for many reasons including genetic diseases.

There is initial research in potential treatments for stem cell exhaustion, the prevention of which can help to stop related hair loss.

In a groundbreaking article published in Nature, the authors discuss the role of stem cells in hair growth and their research towards utilizing stem cell therapies to treat conditions of hair loss.

In order for hair growth to take place, the hair follicle requires epithelial stem cells for the propagation of growth.

Until recently, the process of developing stems cells that are differentiated into epithelial cells has not been possible.

One of the most promising treatments utilizing stem cell therapy comes from research out of China and Canada, where scientists have successfully been able to re-seed hairlines with epithelial stem cells.

Traditional treatments utilizing medication, or even hair follicle transplants, may work for a period of time but continued growth at the follicle has proven difficult to sustain.

These treatments are also unable to continuously regenerate new hair follicles once the treatment has ended.

The current studies on rodents provide some promise that some of the prior difficulties in using stem cells may have been solved through the use of a layer of dermal papilla cells that serve as a protective layer for the initial seeding process.

This coating has improved the therapeutic effect of the stem cell therapy, allowing the hair follicle to continue the normal process of morphogenesis and hair cycling.

Research from the University of Pennsylvania, funded by the US National Institutes of Health, has shown that converting stem cells that have not been differentiated into epithelial stem cells and injecting them into the skin of rodents will lead to the growth of human-like hair.

There remain some limitations to this treatment, including the fact that it has not yet been tested on human subject and that the growth that is seen does not include the sebaceous cells which are normally present in the growth of skin and epithelial cells.

The researchers also noted that some of the growth that took place were more representative of abnormal tumor-like lumps which would not be considered acceptable for treatment of hair loss or baldness in humans.

One study published in the US National Library of Medicine found that the number of hairs present in both males and females who received the treatment were significantly increased.

The same individual was treated on only half of their head, to provide a comparison, and it was found that the treatment side showed statistically significant improvements in the number of hairs.

The specific stem cells that were utilized are called adipose-derived stem cells.

While many of the potential treatments using stem cell therapy have only been tested on rodents, there remains promise in the continued and ongoing research that may address conditions of hair loss, receding hairlines, and thinning hair.

The most exciting aspect of stem cell therapies used to combat hair loss is that this type of treatment offers more long term solutions than hair transplants and has less potential for side effects than treatments involving medication or supplements.

Due to the relatively recent development of stem cell therapies, there remain a significant amount of unknowns about the potential treatments as well as the potential side effects.

The intention of stem cell therapies for treating hair loss is to encourage the growth and generation of epithelial cells, which are necessary for hair growth. However, one of the potential side effects according to a leader in stem cell research is that stem cell treatments can lead to the growth of benign tumors.

The goal is to induce cellular generation, but it can be difficult to ensure the generation of cells is isolated to the growth of hair. Another side effect that has been identified among researchers is that individuals undergoing a form of stem cell therapy commonly have aa weakened immune system

While scientists and researchers have known about the potential of stem cells for decades, the use of stem cell therapies has been somewhat controversial due to where stem cells can be obtained from.

According to the US Department of Health & Human Services, scientists have been utilizing two types of stem cells for research.

The two types of stem cells are embryonic stem cells or somatic/adult stem cells. The cultivation of human embryonic stem cells became controversial due to the nature of their propagation, and the types of research allowed became subject to significant limitations.

Recent advancements in stem cell research have allowed scientists to use the less controversial somatic/adult stem cells in areas of research and potential therapeutic options.

These advancements have made stem cell therapy significantly less controversial and opened up significant possibilities for the future of stem cell research and stem cell therapy.

There is still a significant amount of research to be done on the potential of stem cell therapy, however there are treatments available utilizing stem cells.

Unlike transplants of the past, hair stem cell transplantation utilizes an individuals own naturally developed hair follicles and adult derived stem cells to promote growth in an area where the hair has thinned or receded.

The area from which the follicles are harvested are not damaged and new hair growth will continue, and the area to which the follicles and adult derived stem cells are implanted will begin full hair growth in a matter of weeks.

This process is virtually painless, has limited potential for side effects, and does is not controversial due to the fact that the adult derived stem cells are obtained from the individual themselves.

There are currently limited options for stem cell therapies to address issues of hair loss, thinning hair, and receding hairlines. However, much of the current research being done shows significant promise for the further development of stem cell therapies that will be able to better address such issues.

One of the most intriguing aspects of the use of stem cell therapies for issues of hair loss is that these types of treatments may be able to address many of the underlying conditions that cause hair loss.

The future of stem cell therapies to treat baldness that occurs for a variety of underlying reasons is quite bright, and while the current treatments are in their infancy the potential held in stem cell research is quite promising.

See more here:
#1 Guide To Stem Cell Therapy For Hair Loss In 2018

Recommendation and review posted by G. Smith

Dr. Burke Orthopedics: Stem Cell Therapy – Pearland, Texas

Posted: November 15, 2018 at 12:45 am

How Do Stem Cells Work?

Treatments that harness the power of stem cells are known as regenerative medicine, stem cell therapy, or stem cell transplants. Dr. Burke performs autologous stem cell therapy. This type of regenerative medicine requires no donor or surgeries, therefore making it a beneficial treatment option for many patients. Autologous stem cell enhancement with Dr. Burke Orthopedics is a series of small injections to the area of pain or damaged tissue. Dr. Burke harvests the stem cells from another part of the patients body then transplants the new cells, resulting in the stem cells developing as new tissues and organs that strengthen the body.There are no limits to regenerative medicine. Orthopedic doctors are introducing new advantages and benefits of this medicine as technology advances. Dr. Burke recommends autologous stem cell therapy for many conditions such as arthritis, muscle loss, neuropathy, scarring, skin burns, sports injuries and more.

As a result of its many uses in orthopedics and sports medicine, stem cell therapy stands out among other treatments. This non-surgical treatment reduces pain and generates stronger cells. Autologous stem cell enhancement is one of Dr. Burkes top treatments because of the speedy recovery and natural healing that follows stem cell injections. Patients regain their flexibility, functionality and range of motion with the help of stem cell advancements from Dr. Burke Orthopedics. At any age, stem cell therapy is a beneficial treatment option because of its many benefits and minimal risk. After years of arthritis pain or a devastating sports injury, consider regenerative medicine to repair damaged tissues and cells. Small stem cell injections provide great benefits for patients who wish to regain their normal lifestyle and eliminate painful conditions. Contact Dr. Burke Orthopedics for your same-day appointment with stem cell therapy.

There are many studies showing how stem cells help speed up recovery time for those who are treated. However, results vary from patient to patient. Although the science behind stem cells and how they work is becoming increasingly well-known and trusted throughout the medical community, there is still no way to quantitatively represent how they will impact each individual since every patient is unique.

If you are certain that stem cell therapy is the right treatment for you based on a referral from a doctor or recommendation from another surgeon, the highly skilled surgeon Dr. Burke is a great choice for getting this procedure done.

With some of the most skilled and highly qualified surgeons in the industry, Dr. Bruke has one of the highest success rates. This in part is due to making sure patients we accept as candidates go through a candidacy checking process, therefore ensuring the highest possible chances of the procedure benefetting the pateint.

Continued here:
Dr. Burke Orthopedics: Stem Cell Therapy - Pearland, Texas

Recommendation and review posted by G. Smith

Stem Cell Therapy | Houston Wellness Clinic

Posted: November 15, 2018 at 12:45 am

Stem cells are the future of medicine enhancing personal health.

Stem cells go in the body where they are needed, and become what the body needs them to become. Our stem cells are from human umbilical cord(HUCT) which are undifferentiated cells with no HLA matching, and which are potent, robust and consistent.

Advantages of HUCT:

** For general purposes given intravenously in as little as 10 minutes (for joint problems given intra-articularly)

NOTE: Because HUCT stem cells are less mature, the bodys immune system is unable to recognize them as foreign and so they are not rejected.

(HUCT cells also proliferate or differentiate more efficiently than older cells such as those obtained from the bone marrow)

Administration of HUCT are regulated by the AATB, and approved by the FDA (The FDA regulates HUCT through oversight of tissue banks)

Guidelines: The stem cell can only be used for the homologous function of the cell.

If interested there are over 4,000 clinical trials being conducted worldwide: These can be accessed onwww.clinicaltrials.gov

Many patients benefit from one treatment although further therapies can be performed every 3-6 months since the stem cells reproduce every 28 hours for 65 generations for approximately 90 days.

Side effects are usually very infrequent with about 2% complaining of mild flu-like symptoms. The stem cells should also be given while no anti-inflammatories are administered. (inflammation may be necessary for stem cells to work)

Results are usually apparent in 4-6 weeks but this time period may be shorter or longer.

To request a complimentary Stem Cell consultation, reach us at:

[email protected](Contact Anju for scheduling)713-808- 9058

Houston Wellness Clinic550 Post Oak Blvd, Ste 330 Houston, TX [email protected]

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Stem Cell Therapy | Houston Wellness Clinic

Recommendation and review posted by G. Smith

Stem Cell Therapy | Florida Orthopaedic Institute

Posted: November 15, 2018 at 12:44 am

By NameArmaghani, Sheyan J, M.D.Baker, Christopher E., M.D.Barna, Steven A., M.D.Beatty, Ellen , M.D.Bernasek, Thomas L., M.D.Clare, Michael P., M.D.Davison, Thomas M., M.D.Echols, Jr., Eddy L., M.D.Epting, Timothy C., D.O.Frankle, Mark A., M.D.Garcia, Michael J, M.D.Garlick, Grant G, M.D.Gasser, Seth I, M.D.Grayson, Christopher W, M.D.Gustke, Kenneth A, M.D.Herscovici, Jr., Dolfi , D.O.Hess, Alfred V., M.D.Infante, Jr., Anthony F, D.O.Jackson, Howard B, M.D.Lindbloom, Benjanmin J., M.D.Lyons, Steven T, M.D.Maxson, Benjamin J, D.O.Mighell, Mark A, M.D.Mir, Hassan R, M.D., M.B.A.Miranda, Michael A, D.O.Morse, Adam C, D.O.Nydick, Jason A, D.O.Palumbo, Brian T, M.D.Pappou, Ioannis P, M.D.Ramirez, Jr., John D., D.C.Reina, David A, D.C.Saatman, Donna A, M.D.Samad, Adil A, M.D.Sanders, Roy W., M.D.Sellman, Jeff E, M.D.Shah, Anjan R, M.D.Small, John M., M.D.Stone, Jeffrey D, M.D.Tresser, Steven J., M.D.Walling, Arthur K., M.D.Watson, David T., M.D.Weinstein, Marc A., M.D.Yi, Seung Jin, M.D.Zaffer, Syed M., M.D.

By SpecialtyAll SpecialtiesArthritis & Adult Reconstruction SurgeryChiropracticElbowFoot, Ankle & Lower LegGeneral OrthopaedicsHand & WristHip & ThighInterventional SpineKnee & LegMusculoskeletal OncologyOrthopaedic TraumaPrimary Care Sports MedicineRoboticsShoulderSpineSports Medicine

By LocationsAll LocationsBloomingdaleBrandonBrooksvilleCitrus ParkNorth Tampa - Temple TerraceNorthdalePalm HarborSouth TampaSun City CenterWesley Chapel

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Stem Cell Therapy | Florida Orthopaedic Institute

Recommendation and review posted by G. Smith

Stem cell therapies: FDA sets a new path – CNN

Posted: November 15, 2018 at 12:44 am

Dr. Scott Gottlieb, the FDA commissioner, and Dr. Peter Marks, director of the FDA's Center for Biologics Evaluation and Research, co-authored a new paper detailing the delicate balance between safety and innovation when it comes to the possibilities of using stem cells in medicine.

"However, despite the increasingly widespread use of stem cells in techniques being labeled as regenerative medicine, clinical benefit has not been clearly shown in most instances," Gottlieb and Marks wrote.

The FDA hopes to change that, while continuing efforts to regulate the industry.

'A sweet spot of stem cell oversight'

"The FDA seems to be saying they want to find a sweet spot of stem cell oversight where they encourage innovation by good citizens and yet also carefully regulate this sphere as well as encouraging those interested in transplanting stem cells into patients to work with the FDA," he said.

Although Gottlieb and Marks didn't mention clinics in their paper, they noted that facilitating the availability of safe and effective therapies was part of the FDA's oversight of regenerative medicine products, including new stem cell therapies.

The FDA will provide tools to encourage individual or small groups of physicians to collaborate in support of the development of a stem cell or other regenerative medicine product, they wrote.

See the article here:
Stem cell therapies: FDA sets a new path - CNN

Recommendation and review posted by G. Smith

Pharmacogenomics – 1st Edition – Elsevier

Posted: November 13, 2018 at 3:43 pm

Dedication

List of Contributors

Preface

Chapter 1. Principles of Pharmacogenomics: Pharmacokinetic, Pharmacodynamic, and Clinical Implications

Objectives

Introduction

Cytochrome P-450 Enzymes

Non-CYP-450 Drug Metabolizing Enzymes

Polymorphisms in Drug Transporter Genes

Drug Target Genes

Conclusion

Questions for Discussion

References

Chapter 2. Translating Pharmacogenomic Research to Therapeutic Potentials

Objectives

Introduction

Implementation of Biomarkers in Clinical Practice

Incorporating Pharmacogenomics intoDrugDevelopment

Conclusion

Questions for Discussion

References

Chapter 3. Governmental and Academic Effortsto Advance the Field ofPharmacogenomics

Objectives

Introduction

The Role of the National Institutes of Health

The Role of the Food and Drug Administration and OtherInternational Government Agencies

Activities of Non-U.S. Agencies

Conclusion

Questions for Discussion

References

Chapter 4. Pharmacogenomics in Cancer Therapeutics

Objectives

Introduction

Role of Oncology Biomarkers

Concepts in Targeted Cancer Therapy

Oncology in the Postgenomic Era

Challenges in Drug Development and Cancer Trials

Seeking Pharmacogenomic Value

Questions for Discussion

References

Chapter 4A. A Look to the Future: CancerEpigenetics

Learning Objectives

Introduction

Histone Modification

DNA Methylation

Noncoding RNA (ncRNA)

Conclusion

Questions for Discussion

References

Chapter 5. Pharmacogenetics in Cardiovascular Diseases

Objectives

Introduction

Pharmacogenomics of Antiplatelet Agents

Warfarin Pharmacogenomics

Other Genetic Contributions to Warfarin Dose Variability and Response

Trials and Tribulations of Pharmacogenomics of Agents Used to Treat Dyslipidemia

Pharmacogenomic Potential in Heart Failure

Genetic Influences of Drug-Induced Arrhythmia

Conclusion

Discussion Points

Discussion Questions

References

Chapter 5A. A Look to the Future: Cardiovascular Pharmacoepigenetics

Learning objectives

Introduction

Opportunities

Challenges

Conclusion

Questions for Discussion

References

Chapter 6. Pharmacogenomics in Psychiatric Disorders

Objectives

Introduction

Polymorphisms in Proteins that Affect Drug Concentrations

Polymorphisms in Proteins that Mediate Drug Response

Application of Pharmacogenomics in Psychiatry

Conclusion

Questions for Discussion

References

Chapter 6A. A Look to the Future: Epigenetics in Psychiatric Disorders and Treatment

Objectives

Nature and Nurture Both Contribute to the Etiologies of Psychiatric Disorders

Epigenetic Processes Are Likely to Contribute to the Biochemical Basis of Nurture

Epigenetic Dysfunction Has Been Linked to Psychiatric and Neurological Disorders

Epigenetic Processes May Be Critical to Treatment Response in Psychiatric Disorders

Epigenetic Variation of Genes Regulating Pharmacokinetic Processes Is Likely to Influence Treatment Response

Epigenetic Modifications of Drug Transporters

Epigenetics and Adverse Drug Reactions

Limitations of Epigenetic Biomarkers in Psychiatry

Conclusion

Questions for Discussion

References

Chapter 7. The Role of Pharmacogenomics in Diabetes, HIV Infection, and Pain Management

Objectives

Introduction

Diabetes Overview

Type 2 Diabetes Pharmacogenomics

Challenges and Opportunities of Pharmacogenomics in Diabetes

Pharmacogenomics and HIV

Pharmacogenomics and Pain Control

More here:
Pharmacogenomics - 1st Edition - Elsevier

Recommendation and review posted by G. Smith


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