These Stem Cells are very beneficial for any health condition, whether it is a serious matter or only for staying strong and young; always providing them to patients with safe and effective therapies.
After a sperm fertilizes an egg, the latter divides into two cells, and then again, it divides itself in two and so on, becoming a hollow ball of cells called a Blastocyst; then, this process is interrupted for the harvest of Embryonic Stem Cells. Optimally, Embryonic Stem Cells are harvested after the 4th or 5th day of divisions from the Blastocyst leftover from in vitro fertilization. The Blastocyst of 150 or so cells is then extracted and cultured in Petri dishes. The 150 cells will divide into millions of ESCs, which have the capability of becoming any type of cell; these are known as Pluripotent. The cultured ESC’s are then mixed with plasma, this being the final step before infusion.
Embryonic Stem Cells are produced with several advanced scientific steps that transform skin cells into Embryonic Cells. No life is being produced or destroyed and there is only a transformation of old living cells into young and more effective ones.
Embryonic Stem Cells therapies give the knowledge and experience to make the processes safer and reliable. It’s time this method reaches every part of our world for those in need.
Stem Cells have basically two main characteristics
At Hino’s Medical Center we are developing powerful treatments for clinical trials that are changing the lives of our patients with heart, autoimmune, neurological, metabolic diseases, cancer and other illnesses.
Regenerative Medicine
Studies about the anti-aging of Embryonic Stem Cells on people between 50 and 70, and all of them described a significant improvement in their energy level. The blood tests presented an increase of testosterone and estrogen in almost all of them as well as an increase in their telomere length by an average of 14% on the last months of the study. Therefore, that proves that with ESC treatments, patients present a reversion of their age at the DNA level, independently of their biological age.
Embryonic Stem Cells also help in the recovery from brain injury, making the brain’s repair mechanism to start over again. The transplanted Stem Cells create a bio-bridge that links the neural Stem Cell to the area of injury.
What are the differences between ESCs, Adult and Umbilical Cord Stem Cells?
Adult Stem Cells are harvested from grown organs such as bone marrow, blood or fat tissue of the patient, and re-injected. Studies have concluded that adult stem cells are only able to develop into a limited number of cell types related to the tissue that the stem cells originally came from, in other words, they are multi-potent. Umbilical Stem Cells are adult stem cells taken from a baby’s Umbilical Cord. Risk of rejection is usually greater when using Umbilical cord stem cells. ESCs are the only pluripotent Stem Cells. They are also the only stem cells to produce anti-cancer proteins. Autologous cells have proven to be the best Stem Cells available, the ultimate healing and rejuvenating option, however the technology to produce them is time and labor extensive and requires highly skilled techniques.
Articles
Stem Cell scientists say they coaxed human Embryonic Stem Cells to create cancer-killing cells in the laboratory, paving the way for possible future treatments for various types of cancers.
Researchers generated “natural killer” cells from the human Embryonic Stem Cells.
Researchers at Northwestern University in Chicago, US, say a protein produced by human Embryonic Stem Cells (hESCs) can inhibit the growth and spread of breast cancer and malignant melanoma, the deadliest form of skin cancer.
It could be possible to develop Embryonic Stem Cell vaccines that prevent cancers in humans, such as hereditary breast and colon cancer and lung cancer caused by smoking or other environmental factors.