Systemic Auspicious Modulation of Older Cell Lines in culture and in the Mouse Model as a Function of Cytokine Configurations from Non Autologous Stem Cell SourcesTuesday, 22 April 2014 at 16:30 Add to Calendar ▼2014-04-22 16:30:002014-04-22 17:30:00Europe/LondonSystemic Auspicious Modulation of Older Cell Lines in culture and in the Mouse Model as a Function of Cytokine Configurations from Non Autologous Stem Cell SourcesClinical Translation of Stem Cells 2014 in Palm Springs, California, USAPalm Springs, California, USASELECTBIOenquiries@selectbiosciences.com Intravenous injections of autologous stem cells have not demonstrated any efficacy in terms of reversing empirical parameters of aging. Moreover, this form of prophylaxis has only been mildly efficacious in terms of mitigating bodily inflammation and possibly reducing tissue degeneration. Distinctive kinds of stem cells can provide an opulent plethora of peptide matrices. There has not been any studies showing whether cytokine configurations could propitiously modify gene expression of older phenotypes. Recent studies, at the Burnham Institute, and Texas A & M have demonstrated that systemic injections of high concentrations of cytokine configurations can dramatically change the genome to where older treated phenotypes exhibit a MRNA profile more consistent with a younger untreated organism. Thus, the diverse array of undifferentiated progenitor cells may now be regarded as biological factories for a unique array of efficacious peptides to reeducate cellular homeostatic protein expression. |