Q: What is the major obstacle to hair cloning? A: Although many problems remain, the main one is to keep cloned cells differentiated (the ability to perform a specialized function, like producing a hair). There are certain cells in the skin, called fibroblasts, which reside around the base of the hair follicle. These cells are [...]
Fibroblasts
Why is Cell Differentiation the Major Obstacle for Hair Cloning?
December 18th, 2007Rating:
Topic: Hair Cloning
Tags: Bernstein Medical - Center for Hair Restoration, Cultured Fibroblasts, Differentiation in Cloned Cells, Embryonic Cells, Fibroblasts, Genes, Hair Cloning, Hair Follicle Base, Hair Multiplication
Posted by Robert M. Bernstein M.D. at 8:16 am
Skin Cells Substitute for Embryonic Stem Cells in Cloning Research
May 19th, 2007The advantage of using embryonic stem cells in cloning research, organ transplantation, and in finding cures for disease, is that these cells are basically “unprogrammed.” This means that the stem cell has not yet determined what it will grow to become so, in theory at least, scientists can manipulate them into becoming anything that they are programmed to be.
Two teams of scientists working independently announced that they had successfully replicated the biological abilities of the embryonic stem cell using only skin cells.
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Topic: Hair Cloning
Tags: Blastocysts, Fibroblasts, Genes, Hair Cloning News, Japan, Medical Research, New York Times, Stem Cells
Posted by Robert M. Bernstein M.D. at 5:38 pm
How Does Hair Cloning Grow "Normal" Hair from Cultured Cells?
February 21st, 2007Q: Considering cell cultivation is made possible how could their injection create a normal formation of hair on the scalp and can they induce hair growth also in scarred areas where previously hair stopped growing? A: That is the question. It is not known if these induced follicles will resemble normal hairs, and be cosmetically [...]
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Topic: Hair Cloning
Tags: Bernstein Medical - Center for Hair Restoration, Cell Cultivation, Cultured Fibroblasts, Dermal Papillae, Dermal Sheath, Dermal Structures, Epidermal Structures, Epithelial Cells, Fibroblasts, Follicular Unit Transplant, Hair Orientation, Induced Follicles
Posted by Robert M. Bernstein M.D. at 8:32 am
How Are Hair Cloning, Hair Multiplication, and Follicular Neogeneis Different?
November 13th, 2006Q: What is the difference between hair cloning, hair multiplication, and follicular neogeneis? I have read about these terms on the internet and am completely confused. A: Cloning generally refers to the multiplication of fetal stem cells or embryonic tissues. “Hair cloning”, as the term is generally used, involves the multiplication of adult tissue cells [...]
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Topic: Hair Cloning
Tags: Aderans, Causes of Hair Loss, Embryonic Cells, Fibroblasts, Follicular Neogenesis, Hair Cloning, Hair Multiplication, Inducer Cell, Intercytex, Laboratory Culture, Stem Cells
Posted by Robert M. Bernstein M.D. at 10:28 am
What is Difference in Hair Cloning Techniques Studied by Aderans and Intercytex?
November 10th, 2006Q: I know that both Aderans and Intercytex are doing research with cloning hair. Is there any difference in their approaches? A: Aderans is using the “two-cell” approach. They feel that the best way to produce viable hair follicles is to use a combination of inducer cells and responder cells. Each would be multiplied separately [...]
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Topic: Hair Cloning
Tags: Aderans, Anagen Inducer, Avodart/Dutasteride, Catagen Phase of Hair Growth, Cultured Fibroblasts, DHT, Dormant Phase of Hair Cycle, Dr. Ralf Paus, Exogen, Fibroblasts, Hair Cloning, Hair Cycle, Hair Follicle, Inducer Cell, Inhibitors, Intercytex, Keratinocytes, Miniaturization, Propecia/Finasteride, Responder Cell, Rogaine/Minoxidil, Stem Cells, Surgical Hair Restoration, Terminal Hair, University of Luebeck, Vellus Hair
Posted by Robert M. Bernstein M.D. at 3:23 pm
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