Missing Link.

New treatments for disease and ageing are becoming today's reality due to a stimulated depositor that carries new genes to manipulate DNA which we depend. Can it be done? well wise labs brings you this incite. Actually some of these papers have been worked on since last century with there new theories. Its the here and now for science as whelan wise labs brings you the first incite into Gena manipulation. there was excitement when the Nobel prize for the gene for illumination was found and isolated this gives jelly fish it geriatrics of night illumination.

Now with a new genetically modified primates that glow green and pass the trait on to their offspring could aid the fight against human disease. How is this done? true an antigen, This is an antibody with a Geno trait. One just has to put this into the area where want this new gene trait to exist. Its very simple method that has been used to immunise agents

Fitting in the new method improves on previous work using so-called "retroviruses". These virus "vectors" were added to a soup of sugary solution and this was in turn injected into the monkey embryos. Although the work demonstrates the principle that a gene can be introduced into a primate bloodline, study co-author Hideyuki Okano of the Keio University School of Medicine said it may not be suitable for studying all diseases. "We can just introduce genes by virus vectors," He told BBC & Wise Labs new introduced science, " The limitation comes from the "sizes of genes" that can be carried by the retroviruses." That limitation is about 10,000 bases, or letters, of the genetic code. That upper bound will constrain the diseases that can be studied. Genes implicated in Parkinson's disease and amyotrophic lateral sclerosis (ALS, a form of motor neurone disease) may well be suitable. However, genetic regions implicated in Huntington's disease might not fit into a retrovirus. Winning the Nobel prize Martin Chalfie, Roger Tsien and Osamu Shimomura made it possible to exploit the genetic mechanism responsible for luminosity in the marine creatures. Today, countless scientists use this knowledge to tag biological systems.