Regenerative Medicine is the process of creating living, functional tissues to repair or replace tissue or organ function lost due to age, disease, damage, or congenital defects. This field holds the promise of regenerating damaged tissues and organs in the … Continue reading
Regenerative medicine is a type of medical care to regenerate cells, tissues, or organs degeneration or loss after aging, accidents, or diseases and restore body functions. The idea of regeneration in medical care has a long history. In a broad … Continue reading
Tiny robots small enough to enter the human body are being developed by researchers for a variety of purposes including molecular, cellular and tissue repair (eg. nerve, blood vessel), treating cancer, drug delivery, even the growth of new cells and … Continue reading
Genetic engineering techniques could potentially provide a new approach to slow aging processes which may lead to pathology, as well as treat age-related disorders per se. Research to develop or facilitate the development of genetic engineering strategies to prevent or … Continue reading
Over recent years, therapeutic cloning has progressed enormously. As early as in 2000, it was proved that this technique acted as a cellular time machine, at least for several mammalian species. Cells were turned into immortal as aging of cells … Continue reading
The somatic stem cell theory of aging gains much attention in the scientific community recently. Adult or somatic stem cells (SSC)are the multipotent undiffrentiated cells found in adult tissues. SSC has the capacity to generate (all) the cell types of certain … Continue reading
What You Need to Know By Lisa Wright Stem cell supplements are here to stay – they are the way of the future. Medicine and science has come an awfully long way. Dr Oz said that in the last 12 … Continue reading
Scientists turn skin cells directly into blood cells a breakthrough method in regenerative medicine Scientists at McMaster University discovered an alternative way to make blood – all it takes is a fingernail-sized piece of skin to produce enough blood for … Continue reading
Embryogenesis is a sequential process of differential gene expression dictated by the epigenetic environment. Exploiting epigenetic influence on phenotypic outcome, biotechnology platforms are developed for reversal of differentiation to achieve genetic reprogramming of adult sources back to an embryonic state. … Continue reading
July, 2011 – LATimes.com A synthetic trachea grown from a patient’s own stem cells and seeded on a synthetic structure was transplanted into a 36-year-old man and saved his life. What is new in this synthetic trachea is the scaffold … Continue reading