Optimizing Death and Growth Receptor-Mediated Processes in causes and cures of Cancer and Aging
Vera Huang, Dept. of Molecular and Cell Biology, University of California ,

(Corresponding author) e-mail   wh3928@yahoo.com ,  osawhh@citiz.net 
 Recent progress in growth and death signal transduction path ways has made giant step toward the understanding of causes, cures of human cancers and aging.
Genetics accounts only for 40 % of the causes of aging and cancer while 60 % comes from life style, environment resulted in cell damage, gene mutation in signal transduction pathway systems, which in turn lead to abnormal cell growth (cancer) and death (aging).
Steroid and growth hormones peaking out around the age of 25, which play key role in gene regulation, expression, cell cycle control and maintaining vitality in fighting cell damage and mutation in human immune system, organ, tissue, brain and mood at its peak performance through receptors.
Goal, mission, performance oriented joint MCB-Medical research in the simulation of the optimal control of growth factors and caspase signal transduction pathways, lead to identify the target molecules and genes and understanding of etiology and target drugs of numerous cancer (selectively activated cell death) and aging ( premature neuron death caused Alzheimer can be prevented by caspase inhibitors). Complete knowledge in the functions of tumor suppressors, caspases, decoy receptors already lead to most powerful, effective gene delivery drugs for human cancer, aging prevention, cures which helps hormone replacement in anti-aging while minimize cancer risks