subject: How to Cope with Stress Urinary Incontinence through Umbilical Cord Blood Stem Cell Therapy [print this page] The umbilical cord of the newborn baby contains blood which is known as cord blood. This cord blood contains lots of stem cells. They are known as the very new cells from the newborn baby. These cells are beneficial for some treatments.
Haematopoietic cell or stem cell of cord blood is able to grow into a cell of the system or organ which it joins. These cells have regenerative properties which are mostly needed for the treatment for genetic disorders such as stress urinary incontinence.
Then, what is stress urinary incontinence? This disorder is mostly caused by the bladder cells which are not able to contract. These cells have no any ability to hold the muscles of bladder inside the pelvic cavity. Then, this condition will cause the urine to leak without the voluntarily of the body.
This type of disorder mainly happens to the women who have experienced natural childbirth as well as multiple pregnancies which cause the pelvic prolapsed. In addition, this disorder will mostly happen to elderly people, obese people, smokers, as well as chronic respiratory.
In which way are the stem cells able to overcome this type of disorder? There are a lot of studies which concern on the benefits which this cell can serve for the need of people. One of the studies was carried out by the Wake Forest University which is located in Winston-Salem, N.C. The study pointed out the women who were injected by stem cells have healthier muscle cells which allow the cells to contract. It is able to heal the stress urinary incontinence which they suffer from.
From all of the studies which have been already carried out, the researchers from Cryopraxis and Cryo-Cell International, Inc. have concluded that the cord blood is a very effective and safe treatment for those who suffer stress urinary incontinence disorder. For you who suffer this kind of diseases, you are recommended to follow this therapy.
How to Cope with Stress Urinary Incontinence through Umbilical Cord Blood Stem Cell Therapy
