Cell Lines and Cell Cultures
ACROBiosystems CHO/Human CD16a (FcγRIIIa) 158V Stable Cell Line (High Expression), 2 vials
This CHO-derived stable cell line expresses full-length human CD16a (FcγRIIIa) carrying the 158V variant at high levels. Supplied frozen in cryopreservation medium as two vials (1 mL per vial), the cell line is intended for cell-based assays that require CD16a-dependent binding or antibody crosslinking, for example co-culture with 4-1BB reporter cells to evaluate agonist activity. Culture and selection conditions are provided in the product datasheet.
- High expression of full-length human CD16a (158V) for robust assay readouts.
- Adherent CHO host suitable for standard cell culture workflows.
- Supplied frozen with at least 5x10^6 cells per 1 mL vial.
- Hygromycin B selection marker for stable maintenance (20 μg/mL).
- QC tested: mycoplasma negative and sterility tested.
- Optimized growth conditions provided (F-12K + 10% FBS).
Bio IVT F WSTR RAT PLA-Y HEP 5 M CLLSV
Hepatocyte, Plateable cryopreserved; Celsis In Vitro Technologies; From female Wistar rat; Used for induction and toxicity studies; Convenient, quality and characterization; Storage temp.:
Bio IVT F BGLDOG CRY HEP 5 M CLLSV
Hepatocyte, Cryopreserved; Celsis In Vitro Technologies; From female Beagle dog, pooled; Storage temperature:-150 deg.C; Used to study phase I and phase II metabolism; Size: 5 million cells per vial
Bio IVT F ICR-MSE CRY HEP 5 M CLLSV
Hepatocyte, Cryopreserved; Celsis In Vitro Technologies; From female ICR/CD-1 mouse; Size: 5 million cells per vial
Bio IVT F HU HEP SUSPS PERM-10M MIN
Suspension, Hepatocyte; Celsis In Vitro Technologies; From female human; Used in short-term studies; Size: 10 million cells per vial
Bio IVT F HU PLAT CRY HEP 5 M CLLSV
Hepatocyte, Plateable cryopreserved; Celsis In Vitro Technologies; From female human; Used for induction and toxicity studies; Convenient, quality and characterization; Size: 5 million cells per vial
Bio IVT M WSTR RAT PLA-Y HEP 5 M CLLSV
Hepatocyte, Plateable cryopreserved; Celsis In Vitro Technologies; From male Wistar rat; Used for induction and toxicity studies; Convenient, quality and characterization; Storage temp.:
Bio IVT M C-MONK CRY HEP 5 M CLLSV
Hepatocyte, Cryopreserved; Celsis In Vitro Technologies; From male Cynomolgus monkey, pooled; Storage temperature:-150 deg.C; Used to study phase I and phase II metabolism; Size: 5 million cells per vial
Bio IVT M RMONK CRY HEP 5 M CLLSV
Hepatocyte, Cryopreserved; Celsis In Vitro Technologies; From male Rhesus monkey, pooled; Storage temperature:-150 deg.C; Used to study phase I and phase II metabolism; Size: 5 million cells per vial
Bio IVT M HUFREPLA HEP-24WL CLTRE PLA
Hepatocyte, Fresh plated; Celsis In Vitro Technologies; From male human; Biocoat plate; Collagen coated with collagen overlay; Storage temp.: 5% CO2, 37 deg.C incubator; Size: 24-well culture plate
Bio IVT M ICR-MSE FRSH-96WL CLTRE PLA
Hepatocyte, Fresh plated; Celsis In Vitro Technologies; From male ICR/CD-1 mouse; Biocoat plate with Matrigel overlay; Storage temp.: 5% CO2, 37 deg.C incubator; Size: 96-well culture plate
Genscript Corporation CHO-K1/SST1/Gqi5 Stable Cell L
Somatostatin acts at many sites to inhibit the release of many hormones and other secretory proteins The biologic effects of somatostatin are probably mediated by a family of G protein-coupled receptors that are expressed in a tissue-specific manner SST1 receptor is a Gi/Go-coupled GPCR which is expressed in pancreatic islets pituitary Cerebellum (Purkinje cells) frontal cortex (pyramidal cells) hippocampus (CA1-4 subfields and some granule cells of the dentate gyrus) It inhibits cAMP accumulation and stimulates tyrosine phosphatase activity it also can antiproliferation br GenScript s SST1-expressing stable cell line was made in CHO-K1/Gqi5 host cell and optimized for calcium assays
Genscript Corporation CHO-K1/BDCA2 and FcER1G Stable
Recombinant CHO-K1 cells stably overexpress human C-type lectin domain family 4 member C (BDCA2) and Fc epsilon receptor Ig (FcER1G) on the surface The surface expression of BDCA2 is validated by FACS analysis