If the miRNA
recognition sequence binds to miRNA expressed in the desired cells, the expression of the regulatory protein is suppressed, thus distinguishing the cell type from others that do not contain the miRNA and express the protein.
Not exact matches
Molecular
recognition (base pairing, i.e., A
binds to T and G
binds to C) directs the DNA to self - assemble into a specific structure as programed by the staple strand
sequences.
We are developing computational methods to accurately predict the
binding specificity of peptide
recognition domains given the domain
sequence and to predict biologically relevant protein - protein interactions given
binding specificity.
CHiP - Seq peaks lacking cognate
binding motifs had 21 % lower median scores, and most (82 % of them) had high - affinity
recognition sequences for other factors.
• Adept at teaching chromatography and gel electrophoresis • Able to develop and implement chemistry curriculum and lessons aimed at assisting students in learning complex concepts such as organic and chemical chemistry • Strong knowledge of
sequence specific
recognition principals of DNA
binding properties and its implementation in a classroom environment • Complete understanding of preparing interactive course materials including chemistry pilot projects to introduce new chemistry concepts