Stem Cell Training
StemGenn Therapeutics in association with Cosmostem Institute of Regenerative and Aesthetic Medicine introduces its Stem Cell Training program that primarily intents on providing Doctors and Scientists an esoteric training in the ﬁeld of Stem Cells and Regenerative Medicine so that they can utilise it to the best of their expertise and treat their patients with these conventional groundbreaking therapies.
This stem cell training program by StemGenn Therapeutics and Cosmostem Institute of Regenerative and Aesthetic Medicine is a joint effort that opens a window of possibility and brighter aspects for physicians who’re willing to take the extraordinary route that the healthcare industry is striving for.
We offer a couple of courses under our training program, each of them designed speciﬁcally to fulﬁll a series of purposes.
Certificate Courses in Stem Cell and Regenerative Medicine
Regenerative Medicine In Orthopaedics, Sports Injuries and Pain Management
Key Highlights: Platelet Rich Plasma(PRP), Bone Marrow Aspirated Concentrate (BMAC) and Stromal Vascular Fraction (SVF)
Target Area: Osteoarthritis, AVN and Spine (Backbone)
Regenerative Medicine In Cosmetic UroGynaecology
Key Highlights: Penile Enlargement, Erectile Dysfunction, Peyronie’s disease, Cosmetic Urology, PRP, Fat Grafting, Nano Fat, SVF, Shockwave, Nutrigenomics, Holistic Medicine, Autologous Bone Marrow Stem Cells, O-Cell Therapy, ReprokraftTechnology, Basics Of BHRT, Role Of NutriGenomics, Basics Of Nano Fat, Adipose Stem Cells.
Target Area: Thin Endometrium, Poor Ovarian Reserve, Asherman Syndrome, Azoospermia, Vulvo Vaginal Rejuvenation, Stress Urinary Incontinence, Oligospermia, Erectile Dysfunction, PRP in skin lesions and wound healing, PRP in cervical ectopy, PRP in vulvar dystrophy, PRP in ovarian torsion, PRP in refractory endometrium, PRP in female sexual dysfunction.
Biology of Stem Cells As a part of this chapter, we make you understand the detailed biology of Stem Cells, their signiﬁcance, and their clinical use. This further helps one build an aptitude on the basis of stem cells. It allows retrieving information in regard to the origin and function of different kinds of Stem Cells, as well as the basics of extraction and harvesting. This chapter is speciﬁcally planned to clarify and expand upon what you already know about Stem Cells and serves as a thorough introduction for those who are less familiar with the concept just as yet.
Good Manufacturing Practices (GMP) The FDA has set forth a couple of Goods Manufacturing Practices related to the overall practice of medicine and the materials required in Stem Cell treatments. This chapter dedicatedly covers these cGMPs in detail and explores the associated link between them and the practical applications in a clinical setting.
Regulatory aspects of Stem Cells This chapter explores all the four pillars of regulatory aspects in correspondence to Stem Cell treatments: Law – what can we do Science – what all is scientiﬁcally as well as technically achievable Ethics – what shouldn’t be done Policy – what can be done in case of conflicting values and political climate
PRP (Platelet Rich Plasma) Isolation Protocols Under this chapter, we introduce you to a step-by-step guide to acquire growth factors from platelet-rich plasma. Growth factors play a vital role in Stem Cell research and therapy, as well as in the ﬁeld of regenerative medicine. This chapter talks about the role and necessity of combining growth factors with Stem Cells during the administration of the treatment. Supporting content: VIDEOS and DOCUMENTS comprising of Step-by-step protocol for future reference.
Induced Pluripotent Stem Cells (iPSC’s ) and Embryonic Stem Cells Induced Pluripotent Stem Cells (iPSC’s ) and Embryonic Stem Cells extracted from the patient’s own body are the most sought-after and effective stem cells for use in the treatment. However, as most adults do not have access to their own stem cells, the next best option is to use Pluripotent Stem Cells that are artiﬁcially derived from non-pluripotent stem cells.
Adipose-Derived Stem Cells Adipose tissue found in adults contains non-pluripotent Stem Cells that are signiﬁcantly easier to harvest than any other type of Stem Cell, and which shows a greater effectivity, as they are used during the patient’s own treatment. This chapter majorly covers the science behind Stem Cells found in adipose tissue, their extraction, and isolation. Supporting content: VIDEOS and DOCUMENTS comprising of Step-by-step protocol of adipose extraction for future reference.
Embryonic Stem Cells This chapter covers every signiﬁcant thing in regard to Embryonic stem cells. Harvesting of Embryonic Stem Cells is becoming more popular as parents ensure their children will have access to their own stem cells if these are ever required at any speciﬁc time in the future. This chapter henceforth covers the history and science behind the discovery of Embryonic Stem Cells, their development, and current applications-all in detail.
Bone Marrow Stem Cells Bone marrow has long been the primary source of Stem Cells for use in treatments and is still one of the most effective sources of cells to be used in the treatment. This chapter covers the science behind these stem cells found in bone marrow, their extraction and isolation. Supporting content: VIDEOS and DOCUMENTS comprising of Step-by-step protocol of Bone marrow extraction.
Stem Cell Banking Harvested Embryonic and other Stem Cells require safe storage to ensure their viability in case they are required at some later stage in life. This chapter throws light onto the best methods for cryopreservation and banking of Stem Cells for potential future use.
NOTE: Live cases are subject to the availability of the patients
REWARDS: The trainees will be rewarded with a Training Certificate towards the end of the course.