Venor®GeM Classic Reference: 11-1050 Mycoplasma detection kit for conventional PCR without polymerase - EP 2.6.7/ JP, 17st edition, chapter G3 compliant
FuGENE® 4K Transfection Reagent Reference: 4K-1000 FuGENE® 4K is our newest and most advanced, 100% synthetic, multi-component transfection reagent designed for the delivery of DNA into both challenging and routine mammalian cell lines. FuGENE® 4K was developed to improve upon our widely published and trusted FuGENE® HD reagent. Leveraging our gentle and highly efficient proprietary transfection chemistry, FuGENE® 4K provides efficient and safe entry of DNA into a wide range of cells. This mechanism allows users to obtain higher transfection efficiences than other competitor reagents. Whether it’s for difficult-to-transfect lines such as primary cells, stem cells, or suspension adapted 293 or CHO cells, our quick & easy FuGENE® 4K protocol allows users to obtain superior results and free-up valuable lab time.
Glucose Solution (250 g/L) Reference: GLC-F Glucose solution is a supplement for cell culture media. It is commonly used to refresh and maintain Glucose concentrations during a variety of processes (e.g. fed-batch).
RPMI 1640, powder medium, with L-Glutamine, w/o Sodium Bicarbonate Reference: RPMI-A-P10 RPMI 1640 medium is widely suitable for supporting growth of many cell types. Compared to other media, it has a unique formulation comprising glutathione and high concentrations of vitamins.
Goat Serum Reference: GOA-1B Goat Serum is obtained from normal healthy goats. It is broadly used as a blocking solution to reduce non-specific binding in antibody-based assays.
Venor®GeM Classic Reference: 11-1100 Mycoplasma detection kit for conventional PCR without polymerase - EP 2.6.7/ JP, 17st edition, chapter G3 compliant
FuGENE® 4K Transfection Reagent Reference: 4K-5000 FuGENE® 4K is our newest and most advanced, 100% synthetic, multi-component transfection reagent designed for the delivery of DNA into both challenging and routine mammalian cell lines. FuGENE® 4K was developed to improve upon our widely published and trusted FuGENE® HD reagent. Leveraging our gentle and highly efficient proprietary transfection chemistry, FuGENE® 4K provides efficient and safe entry of DNA into a wide range of cells. This mechanism allows users to obtain higher transfection efficiences than other competitor reagents. Whether it’s for difficult-to-transfect lines such as primary cells, stem cells, or suspension adapted 293 or CHO cells, our quick & easy FuGENE® 4K protocol allows users to obtain superior results and free-up valuable lab time.
Accumax Reference: ACM-1F Accumax is a cell detachment solution suitable for various cell types. It is used for passaging, cell counting, viral transfection assays, cell sorting, flow cytometry, and bioreactor scale-up.
RPMI 1640, powder medium, with L-Glutamine, w/o Sodium Bicarbonate Reference: RPMI-A-P50 RPMI 1640 medium is widely suitable for supporting growth of many cell types. Compared to other media, it has a unique formulation comprising glutathione and high concentrations of vitamins.
Horse Serum Reference: HOS-1A Horse Serum is an alternative to bovine serum for growth factors and hormones in cell culture studies. It is broadly used as a blocking agent in immunoassays.
Venor®GeM Classic Reference: 11-1250 Mycoplasma detection kit for conventional PCR without polymerase - EP 2.6.7/ JP, 17st edition, chapter G3 compliant
FuGENE® HD Transfection Reagent Reference: HD-1000 FuGENE® HD is a 100% synthetic, multi-component, non-liposomal transfection reagent designed for the delivery of DNA into more challenging eukaryotic and insect cell lines. FuGENE® HD interacts with nucleic acids & the cell’s membrane to provide efficient and safe entry into the cell. This mechanism allows users to overcome barriers in difficult-to-transfect lines such as primary cells, stem cells, and suspension cells, and has successfully been used to transfect over 1000 cell lines. With a protocol that is straight-forward and quick, FuGENE® HD allows researchers and scientists to free up valuable lab time.