General Cell Lines and Cell Cultures
General Cell Lines and Cell Cultures
Gibco™ ExpiCHO-S™ Cells
ExpiCHO-S Cells are derived from a non-engineered subclone that has been screened and isolated from CHO-S Chinese hamster ovary (CHO) cells.
Gibco™ Sf9 cells in Sf-900™ II SFM
Used to isolate and propagate recombinant baculoviral stocks and to produce recombinant proteins
Invitrogen™ Flp-In™ T-REx™ 293 Cell Line
Cells contain single stably integrated FRT site at transcriptionally active genomic locus
Gibco™ Expi293F™ Cells
Expi293F human cells are derived from the 293 cell line and are a core component of the Expi293 Expression System.
Promotions are available
Invitrogen™ Sf9 Cells in Grace's
Derived from the USDA parental IPLBSF-21 (Sf21) cell line, derived from the pupal ovarian tissue of the fall army worm, Spodoptera frugiperda
Invitrogen™ SMD1168, Pichia pastoris Yeast Strain
Optimize expression and recovery of protein of interest
Gibco™ Rat Primary Cortical Astrocytes
Rat Primary Cortical Astrocytes
Invitrogen™ T-REx™-HeLa Cell Line
Stably express the tetracycline repressor protein
Gibco™ Monkey (cynomolgus) Cryopreserved Hepatocytes, Plateable Male
Monkey (cynomolgus) Cryopreserved Hepatocytes, Plateable Male
Invitrogen™ KM71H, Pichia pastoris Yeast Strain
Several Pichia pastoris strains are available to allow you to optimize expression and recovery of your protein of interest.
Gibco™ Primary Rat Cortex Neurons
Primary Rat Cortex Neurons
Gibco™ Sf9 cells in Sf-900™ III SFM
Uused to isolate and propagate recombinant baculoviral stocks and to produce recombinant proteins
Gibco™ Primary Mouse Cortical Neurons
Primary Mouse Cortical Neurons
Gibco™ Expi293F™ Inducible Cells
Expi293F Inducible cell line is derived from engineered Expi293F cells that stably express the tetracycline repressor (TetR) protein, thus enabling tetracycline-regulated protein expression
Gibco™ Expi293F™ Inducible GnTI- Cells
Expi293F Inducible GnTI- cell line is derived from engineered Expi293F cells that do not have N-acetylglucosaminyltransferase I (GnTI) activity, therefore lacking complex N-glycans, and stably express the tetracycline repressor (TetR) protein, thus enabling tetracycline-regulated protein expression