Tumor transplantation Isogenic

Isogenic tumor transplantation (t. tumoris isogena; from the Greek isos - same and genos - genus) - transplantation of tumor cells to one of the animals of the same species and the same line as the donor.

In isogenic transplantation, the tumor is transferred from one individual to a genetically identical individual, so the recipient's immune system does not recognize the transplanted cells as foreign. This allows the tumor to take root and continue to grow in the new body.

Isogenic transplantation is widely used in scientific research to study the biological properties of tumors, test anticancer drugs, and also to obtain tumor strains in laboratory animals. When working with isogenic models, scientists can evaluate the direct effect of test substances on tumor cells, regardless of host immunity.

Thus, isogenic tumor transplantation is an important tool in experimental oncology, helping to study malignant neoplasms and develop methods to combat them.

Isogene tumor translocation is a new method of cancer treatment based on the use of the patient's own cells as a source of tumor stem cells. This is a unique approach that not only reduces the risk of immune-mediated reactions, but also allows for more effective treatment compared to traditional methods.

The method is based on