In
situ hybridization (ISH) may not be a new phrase for today’s Biological world.
It has not been in this industry for long, but its promising future, without
any doubt, is recognized by increasing biologists and institutions.
In
situ hybridization (ISH) is a technology being made up of combinations
of molecular biology, histochemistry and cytology. Gall from Yale
University together with other biologists’ crossing the Xenopus laevis
ribosomal genes with its oocyte and mapping the product in 1969, along with
Buongiorno Nardell and Amaldi’s mapping the gene of the cell and tissue with
isotope-labeled nucleic acid probe in 1970 gave birth to the
primitive ISH. As molecular biological technology developed rapidly latter on,
especially in the end of 1970s and at the beginning of 1980s when molecular
cloning, plasmid and phage DNA were successfully constructed, profound
technical foundation were laid to ISH.
In order
to support this new technology, many institutions have themselves involved in
it. In Creative BioLabs, Customers can
experience the most considerable in
situ hybridization (ISH) service. They offer a full array of custom in
situ hybridization (ISH) service from probe design, tissue
acquisition to expert interpretation of gene expression results.
Featured
services of Creative Biolabs include template preparation, probe design,
labeling and purification, preparation of tissue, pilot hybridization,
hybridization and result interpretation. To know more about accurate and
reliable In Situ Hybridization procedures, please visit creative-biolabs.com.
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