Products and Technical Services

Products and Technical Services

Stem cell storage

Why stem cell storage?

Stem cells are a class of cells that can renew themselves and have the potential to differentiate.

They can differentiate into tissue cells with specific functions under certain conditions.

Stem cells can be divided into embryonic stem cells and adult stem cells.

Embryonic stem cells exist in the embryonic stage and develop into mature individuals.

Adult stem cells are distributed in various tissues and organs of adults.

In the event of tissue and organ injury, it can be activated, rapid expansion after the birth of the corresponding tissue, play a role in repairing the injury.

Aging, trauma and infection can cause a variety of injuries to tissues and organs. When the degree of injury exceeds the ability of tissue and organ regeneration, it often leads to some traumatic and degenerative diseases.

Stem cell transplantation will play a role in the treatment of these traumatic and degenerative diseases.

Through scientific research, it is found that with the increase of age and the aggravation of disease, the ability of proliferation and differentiation of stem cells will decline day by day.

The isolation of stem cells when they are old or the disease is aggravated is likely to encounter a shortage of stem cells or a poor quality of stem cells, resulting in the inability of treatment or affecting the effectiveness of the treatment.

Stem cell storage as soon as possible and long-term maintenance of stem cell activity under deep hypothermia can be used to resuscitate stem cells for the treatment of clinical related diseases and effectively avoid such problems.

Types of stem cells that can be stored at present.

Pulmonary stem cells, tracheal stem cells, renal stem cells, umbilical cord mesenchymal stem cells, etc.

Stem cell storage process.

Storage flowchart .jpg.

Stem cell storage management.

When the isolated stem cells are successfully detected, they will be officially stored in Jimerison's cell bank.

On the one hand, Jimerison uses the "cloud storage" model to store stem cells; on the other hand, Jimerison appoints a special person to manage the cell bank according to various regulations and check the cell bank regularly to ensure the safety of stem cell preservation.

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