brain
to communicate with each other and direct the synthesis of organic
molecules in a manner that allows the DNA template associated with
each molecule to be selected for specific DNA sequence selectivity.
Encode™-rich
sequences are known to mediate uptake into cells and tissues in
vivo. This work has led to the first examples of non-synthetic molecules
undergoing the powerful processes of translation, selection, and
amplification previously available only to biological macromolecules.
Encode™
focuses on the development of novel chemically based tools to decipher
signal transduction pathways on a genome-specific scale.
|
