Definition of stem cell technology

Stem cell technology, also known as regenerative medicine technology, refers to the process of cultivating brand-new, normal or even younger cells, tissues or organs in vitro through the separation, in vitro culture, directional induction and even genetic modification of stem cells, and finally realizing clinical disease treatment through transplantation of cell tissues or organs.

Stem cell technology is the most promising frontier technology in the field of biotechnology and has become a new bright spot in the world's high technology.

The most remarkable function of stem cell technology is that it can regenerate a new, normal or even younger cell, tissue or organ. Therefore, people can use their own or others' stem cells and stem cell-derived tissues and organs to replace diseased or aging tissues and organs, and can be widely used to treat many intractable diseases that are difficult to be treated by traditional medical methods, such as leukemia, Alzheimer's disease, Parkinson's disease, diabetes, stroke and spinal cord injury.

Theoretically speaking, the application of stem cell technology can treat various diseases and has many incomparable advantages over traditional treatment methods.

Extended data:

Its principle of action is the same as that of traditional Chinese medicine osmotic therapy, so the two complement each other. Stem cell transplantation therapy is to transplant healthy stem cells into patients, repair or replace damaged cells or tissues, so as to achieve the purpose of cure.

Stem cell transplantation has a wide range of treatments, and can generally treat internal and surgical diseases such as nervous system diseases and immune system diseases. Stem cells are called "universal cells" in the medical field, and can differentiate into various functional cells or tissues and organs. Because the stem cells cultured in APSC pluripotent cell laboratory have the potential of "infinite" proliferation and multi-directional differentiation, and have the characteristics of hematopoietic support, immunomodulation and self-replication.

References:

Baidu encyclopedia-stem cell transplantation therapy

Baidu encyclopedia-stem cells