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Drug Targets

 

DNA
DNA
article

Chloride ion channels and transporters: from curiosities of nature and source of human disease to drug targets

20 August 2013 | By Jonathan D. Lippiat, School of Biomedical Sciences, University of Leeds

Early in their undergraduate education, the student is introduced to various types of integral membrane protein: receptors, adhesion proteins, ion channels, ion pumps and ion transporters. As they progress through their studies, they find out that discrete gene families and protein structures are responsible for these different protein classes and…

Antibody
Antibody
article

Next generation antibody therapeutics: Antibody fragments, dual-targeting strategies, and beyond…

9 October 2009 | By Dr Martin Scott, Molecular Cell Biologist, Biopharm R&D, GlaxoSmithKline and Dr Neil Clarke, Molecular Cell Biologist and Biology Section Leader, Biopharm R&D, GlaxoSmithKline

A multitude of novel therapeutic antibody formats based on modification of the conventional IgG format have arisen in recent years. The intensification of interest in this area reflects a pressing need for an additional repertoire of therapeutic molecules which retain the exquisite binding specificity and low intrinsic toxicity of monoclonal…

DNA strands
DNA strands
article

Computational prediction of microRNA and targets

29 September 2008 | By Russell Grocock, Principle Bioinformatics Scientist, GSK

MicroRNAs (miRNAs) are small (~21nucleotides), evolutionarily conserved, noncoding RNA molecules that regulate gene expression1. In mammalian genomes, conservative predictions suggest that between 500-1500 miRNAs exist. There miRNAs appear to be capable of regulating the expression of multiple genes, with many genes appearing to be regulated by multiple, different, miRNAs2. Less…