TriLink Announces Sales and License Agreement with Glen Research for CleanAmp™ Amidites
News Jun 25, 2009
TriLink BioTechnologies (TriLink), announced that it has signed a sales and license agreement with Glen Research Corporation to sell TriLink's CleanAmp™ Amidites.
Glen Research can now sell the patented CleanAmp™ Amidites produced by TriLink to third parties for use in the production of CleanAmp™ Primers.
TriLink's CleanAmp™ technology offers a less expensive approach to high stringency PCR. CleanAmp™ is a unique solution, where the primer or dNTP components of the PCR reaction mix, rather than the enzymes are modified.
Making the CleanAmp™ Amidites available through Glen Research allows institutions with oligonucleotide synthesis capabilities to manufacture CleanAmp™ Primers in-house.
"Glen Research is dedicated to bringing the very best research products to the oligonucleotide synthesis market. So we are delighted to be able to offer CleanAmp™ Amidites in partnership with TriLink. We feel that the CleanAmp™ Amidites will make an excellent addition to our repertoire of products for DNA research," said Glen Research President/CEO, Dr. Hugh Mackie.
"TriLink and Glen Research have a long standing relationship built on a shared interest in advancing science through the highest quality reagents and technical expertise. We feel Glen Research is the perfect partner for bringing CleanAmp™ Amidites to the marketplace," said TriLink CEO, Dr. Richard Hogrefe.
Improving Poultry Production Through Precision Fertility ManagementNews
Whilst the poultry industry has historically regarded fertility as a physiological problem of some males, on-going research is revealing that this view is misleadingly simplistic. The reality is that variation in fertility is a complex issue because fertility is determined by the interaction of male and female factors at multiple levels.READ MORE
Ocean Acidification Affects Mussels at Early Life StagesNews
A group of researchers have shown that mussel larvae are sensitive to ocean acidification, resulting in reduced rates of calcification.READ MORE
Protein "Intentionally" Terminates own Synthesis by Destabilizing Synthesis Machinery — the RibosomeNews
A research group has discovered that a protein, during its synthesis, may destabilize the structure of the ribosome and end its own synthesis prematurely, and found that this phenomenon is used for adapting the cell to its environment.READ MORE
Comments | 0 ADD COMMENT
3rd Annual NGS Data Analysis and Informatics Conference
Feb 08 - Feb 09, 2018
3rd Annual Genome Editing & Engineering Conference
Feb 08 - Feb 09, 2018