Creation and opening of an innovative biotech company –
Cryobank of the Institute of Cell Therapy
Today, more than 400 banks of cord blood have been created in 96 countries and more than 4 million parents have already saved the cord blood of their children
Creation and opening of an innovative biotech company –
Cryobank of the Institute of Cell Therapy
First clinical trials of cord blood stem cells in Ukraine, in partnership with leading research institutes of the Academy of Medical Sciences of Ukraine, approved by the Coordination Center for Transplantation of Organs, Tissues and Cells of the Ministry of Health of Ukraine
Cord blood stem cell products, whichwere developed and manufactured by Cryobank, are officially approved by the Ministry of Health of Ukraine for clinical use
Completed clinical trials in partnership with leading research institutes of the Academy of Medical Sciences of Ukraine on the use of umbilical cord blood stem cells in the treatment of the following diseases:
More than 12 thousand families entrusted the storage of their biospecimen to our Cryobank in Kyiv
The active phase of clinical trials conducted by the Institute of Cell Therapy for the use of stem cells in the treatment of such diseases:
Opening of a modern cell culture laboratory
Cryobank of the Institute of Cell Therapy became a member of the authoritative international association of accredited cord blood banks – Cord Blood Association. More than 20,000 families have entrusted the cryobank of the Institute of Cell Therapy for the storage of their biomaterial
Cord Blood:
Placenta:
Umbilical cord:
Ovarian tissue
Our own resources provide a closed cycle of biospecimen processing and reduces the risk of infection and cell loss
1
Department of transport logistics
Logistical support for the collection, acceptance and delivery of biospecimen to Cryobank
2
Biotechnology laboratories
Biospecimen processing and preparation for cryopreservation
3
PCR laboratory.
Clinical diagnostic laboratories
Testing for antibodies, viral DNA and RNA. Checking the sterility of the biospecimen
4
Cryo-storage
Programmed cryopreservation and long-term storage of biospecimen
More
These are basic undifferentiated cells that, in the event of illness or damage, can multiply by division and differentiate, that is, become any blood cell, organ or tissue
There are two main types of stem cells: hematopoietic, which form all blood cells, as well as mesenchymal stem cells, which have many therapeutic properties, including differentiated into connective tissue cells (bones, blood vessels, cartilage), smooth muscles
We are entrusted with the storage of the most valuable tissue, which can only be collected during childbirth. Therefore, we treat each sample carefully so as to save the life of the child or his family members if necessary
Stem cell sources
The ideal source of stem cells for the treatment of haematologic and and immune diseases, including those previously incurable (leukemia and other types of blood cancer)
If necessary, cord blood stem cells are 100% suitable for a child whose blood was collected during childbirth and it is possible to use these stem cells by its close relatives
In addition to biologically active substances that have a regulatory and restorative effect on the human body, it is a rich source of mesenchymal and hematopoietic stem cells
Contains mesenchymal stem cells, which are used in regenerative therapy (myocardial infarction, liver cirrhosis) and treatment of diseases caused by autoimmune aggression (diabetes mellitustype 1, multiple sclerosis, Crohn’s disease, rheumatoid arthritis). They are biological source for growing organs and tissues, and stimulate engraftment during bone marrow or umbilical cord blood transplantation
Rich and affordable source of mesenchymal stem cells that can turn into cells of bone, cartilage, muscle tissue, blood vessels and heart muscle
Other available sources of mesenchymal stem cell production are less studied: pulp of baby teeth and wisdom teeth. Adult stem cells can be isolated from every tissue. But it is the stem cells of perinatal tissues (cord blood, umbilical cord and placenta) that are more active and divide better, turning into cells needed by the body
Call or write, and the Cryobank consultant will give comprehensive answers to all your questions.