Why should bank umbilical cord tissue stem cells?

Umbilical cord tissue as well as umbilical cord blood represents valuable source of adult stem cells. Contrary to the umbilical cord blood containing hematopoietic  stem cells, umbilical cord tissue comprises another type of stem cells – mesenchymal stem cells. This kind of stem cells differs greatly in both its properties and a variety of conditions MSC can be used treating for.

For instance mesenchymal stem cells are able of differentiating into cells of different organs and tissues: skin cells, hepatocytes,  heart cells etc (while hematopoietic stem cells are able to transform into immune and blood cells). Owing to this property umbilical cord stem cells are widely researched in regenerative medicine and used for treating burns, injures, Cron`s   disease, cirrhosis, heart attacks etc. Umbilical cord stem cells are used for organ reconstruction as they replace damaged and necrotized organtissue cells.

Another property of mesenchymal stem cells is their ability to strengthen  body`s own immune system that led scientists towards research of MSC in treatment for different conditions such as diabetes. Moreover, mesenchymal stem cells represent perfect source of stem cells for bioengineering.  First steps towards creating and transplanting new organs made of stem cells have already been made. Trachea, nose, heart valves, skin and bones have been successfully recreated and transplanted to first patients.

Regenerative potential of mesenchymal stem cells is actually so big, that the total number of researches and clinical trials using this type of cells in regenerative medicine has grown twice in 2014.

Not also umbilical cord tissue contains mesenchymal stem cells but also adult bone marrow and fat tissue. However umbilical cord stem cells have a range of advantages over  other cell resources.

Umbilical cord tissue
Mesenchymal stem cells
Capable of differentiating into tissue and organ cells
Burns, injures treatment; organ reconstruction
(after heart attack, liver cirrhosis etc.); auto-immune diseases treatment; bioengineering material
Material stored at HEMAFUND:
intact umbilical cord fragment, processed tissue and blood vessels
New source of stem cells both in Ukraine and the whole world.
Can be used after cultivation
Number of the umbilical cord stem cells research:
over 100.

Advantages of umbilical cord tissue as the mesenchymal stem cells resource:

  1. Activity

    Umbilical cord tissue stem cells are young and active in comparison with stem cells from other sources, which means they are more effective in treatment.

  2. Safety

    Umbilical cord tissue collecting is safe and simple process that takes place right after birth – on umbilical cord being cut and cord blood being collected. Stem cells extraction does not involve any surgical intervention and risk-free for donor`s health and life.

  3. Opportunity of application for relatives

    Opposite to umbilical cord blood stem cells, umbilical cord stem cells lack the factors responsible for immune rejection thus they will more likely match all the family members.

  4. Opportunity of cord blood expansion

    In case of treatment using large amounts of haematopoietic stem cells of umbilical cord blood, umbilical cord stem cells can be used as the feeding layer that contributes greatly in hematopoietic stem cells expansion.

  5. More opportunities

    HEMAFUND gives more opportunities, preserving three components of the umbilical cord: part of a whole umbilical cord, in order to be able to receive the largest number of mesenchymal stem cells in the future with the development of technology; umbilical cord, from which it is possible to obtain endothelial cells for the treatment of diseases requiring vascular repair; prepared for the cultivation of connective tissue of the umbilical cord for the rapid production of mesenchymal cells, if there is a need for treatment.

This biomaterial is under study in all biobanks of the world where cord tissue is stored. The results of therapeutic potential of umbilical cord tissue stem cells research is published in the prestigious international journal "Stem Cells International". Co-authors of the study are Olga Maslova, deputy director of the Family cord blood bank Hemafund, Miroslav Novak and Peter Kruzliak from International Clinical Research Center, St. Anne’s University Hospital and Masaryk University, Pekarska 53, 656 91 Brno, Czech Republic - http://www.hindawi.com/journals/sci/2015/150609/