RESEARCH NEWS

G6PD-mCherry (red) expressed by transfection into TIB-73 wild-type cells (a) and G6PD-mCherry (red) expressed by transfection into CRISPR-produced G6PD knockout TIB-73 cells (b) grown in CS-16 Culturewells

By GBLtech · August 9, 2018

CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) Cas-9 knockout of glucose 6-phosphate dehydrogenase (G6PD) The first surviving G6PD- knockout somatic cell line was generated with CRISPR-Cas-9 technology to support subcellular localization studies. G6PD, glucose 6-phosphate… READ MORE +

06Jun, 2018

IN Uncategorized

Grace Bio-Labs at Fred Hutchinson Cancer Research Center

By GBLtech · June 6, 2018

Do not miss the opportunity to learn how Grace Bio-Labs can help you increase productivity in the lab. Visit our booth at the Weintraub Building on June 13th, 2018. READ MORE +

04Jun, 2018

IN Uncategorized

Grace Bio-Labs at the Seattle Accelerator

By GBLtech · June 4, 2018

Our representatives will be in Seattle on June 12, 2018. Meet them at 1616 Eastlake Ave, East building, main floor conference room. READ MORE +

29Mar, 2018

IN News and Events

Grace Bio-Labs at the Biotechnology Vendor Showcase™ Event at UC Los Angeles

By GBLtech · March 29, 2018

Come meet our representatives at the Biotechnology Vendor Showcase™ Event at UC Los Angeles to learn how Grace Bio-Labs can increase your productivity and improve your throughput. READ MORE +

29Mar, 2018

IN News and Events

Grace Bio-Labs at the BioResearch Product Faire at USC Health Sciences Campus

By GBLtech · March 29, 2018

Grace Bio-Labs will be at the BioResearch Product Faire™ Event at the USC Health Sciences Campus to give you the opportunity to learn about our products and talk to our representatives. READ MORE +

10Nov, 2017

IN Uncategorized

Largest Human Protein Array printed on PATH® Protein Microarray Slides

By GBLtech · November 10, 2017

The largest human proteome microarray in the world is printed on PATH® Protein Microarray Slides: Grace Bio-Labs 2D non-covalent binding substrate. A complete set of over 19,000 GST fusion proteins, purified from a human protein library is printed… READ MORE +