Cord tissue is your newborn’s umbilical cord which comprises Mesenchymal stem cells. These cells can produce connective tissues like cartilage, tendon, and bone. They have unique properties with great potential for cellular therapies. Several studies and clinical trials have been evaluating cord tissue stem cells to find out what diseases and injuries they would serve in the future.
Cord Tissue VS Cord Blood Stem Cells
Cord blood refers to a rich source of MSCs which produce connective tissue while cord blood contains hematopoietic stem cells which create blood and immune system. Since cord blood and cord tissue have different functions of stem cells, they may be handy in several ways.
Clinical Study of Cord Tissue for Medical Treatments
Cord tissue stem cells have established the power to heal the brain, cartilage, and spinal cord injuries in several research laboratory studies. These evaluations are now moving to the next step .i.e. clinical trials and expect to have extraordinary positive results.
Uses of Cord Tissue Stem Cells
Since cord tissue stem cells are still in clinical trials, they haven’t demonstrated any uses until this time. However, once the relevant clinical applications come into the development phase, cord tissue banking is likely to act as a great support to cure many health problems.
The use of cord tissue will have enormous potential to produce regenerative medicines a lifesaving reality. Most experts believe that MSCs are something that conventional medications and pharmaceutical therapy haven’t been able to perform effectively.
Cord tissue stem cells are not similar to the cord blood stems cells though they are equally important. Cord tissue banking to extract stem cells can be valuable for future diseases and stem cell therapies. Over 300 clinical trials and many research studies make scientists expect that a flare-up of the latest therapies will be globally approved, including standard and routine treatments for diabetes type 1, spinal cord injury, rheumatoid arthritis, liver damage, stroke, heart failure, and lots more.