Europeans Announce Pioneering Surgery

The New York Times reports today that European physicians have successfully transplanted a human windpipe using the recipient's own bone marrow stem cells to reline a donor trachea, thus preventing its rejection by her immune system. Using a new technique developed in Milan, physicians incubated stem cells removed from the patient's bone marrow, growing them into "a large population" which was then used to "seed" the donated windpipe. This is yet another interesting use of autologous stem cells, demonstrating their quickening pace of use in regenerative medicine.

Study findings from University of Florida, Department of Pediatrics provide new insights into cord blood

Haller's Type 1 diabetes study was highlighted in this week's issue of Stem Cell Week - which offers additional insights into cord blood's potential mechanism of action in T1D and the latest scientific research supporting continued study in this area. Several media outlets also highlighted cord blood's potential as a possible treatment for Lou Gehrig's disease based on recent animal studies.

Cord Blood Registry Gains Momentum in First Quarter; Forecasts Strong Enrollment Growth in 2008

In a news release issued today, Cord Blood Registry forecasts significant growth in the cord blood banking business for the remainder of 2008, based on first quarter results. The company reported client enrollments in the first quarter were up 24 percent from the previous quarter ended December 2007. In 2007, the market for cord blood banking also grew an estimated 15 percent.

Curing Blood Diseases: How Cord Blood Saves Lives

Lifetime Health Corner, a health program on the Lifetime cable network, aired a segment about cord blood banking. The segment emphasizes the difficulty that ethnic minorities face when searching for a bone marrow donor within the public system. Dr. Jeffrey Thurston, a Texas based ob-gyn, states ethnic minorities and those of mixed ethnicity should have particular interest in storing their children's cord blood in a family bank.