Custom Antibody Services Custom Antibody Services. Find information and links on services for monoclonal and polyclonal antibodies, peptide synthesis, recombinant proteins, cDNA immunizations, large scale productions and supplies. Customantibodyservices.com~Site InfoWhoisTrace RouteRBL Check
Protocol Directory Protocol Directory: a scientific research resource portal for protocols, methods and techniques for the study of biology, molecular biology, proteins, plants and more. Protocoldirectory.com~Site InfoWhoisTrace RouteRBL Check
In Situ Hybridization Find information on In Situ Hybridization. In situ hybridization is a form of localizing a specific sequence or target through the use of labeled complementary probes that hybridized (bind) to a specific DNA or RNA sequence in a specimen, which can either be a tissue section, such as an in situ component or the entire tissue, as in plants or embryos. The probes that are used can either be complementary DNA or RNA strands. Insituhybridization.com~Site InfoWhoisTrace RouteRBL Check
Molecular Protocol Find information and links on Molecular Biology. Links, methods, protocols, tools and resources on molecular biology, bioinformatics, cell biology, cell culture, genetics, histology, immunology, microbiology, pathology, plant and proteins. Molecularprotocol.com~Site InfoWhoisTrace RouteRBL Check
Bcl-2 Find information on Bcl-2. Your source for information on Bcl-2 Genes and Proteins, and their role in Apoptosis and the Apoptotic Pathway and Disease. Bcl-2 denotes a family of genes and proteins found in mammals which control the outer membrane premeability of mitochondria, and most importantly the fate of the cell through programmed cell death, apoptosis. Bcl-2.com~Site InfoWhoisTrace RouteRBL Check
SDS-PAGE SDS-PAGE, sodium dodecyl sulfate polyacrylamide gel electrophoresis, dedicated website. SDS-PAGE is one of the most widely utilized techniques in many fields of science, including molecular biology, biochemistry, forensics and genetics.
SDS-PAGE is a fascinating tool as it is able to separate proteins on a gel according to their polypeptide chain length. The polypeptide chain length of a protein gives it electrophoretic mobility, which means, the ability of the protein due to its length to move through the sieves and pores of a gel. Sds-page.com~Site InfoWhoisTrace RouteRBL Check
