Interspecies Trial Array 2: N Brain, N Liver, N Muscle, N Kidney from CHEMICON
Description:Chemicon Select Tissue Arrays are intended for laboratory research use only. The individual tissues were fixed in neutral buffered formalin and embedded in paraffin. Tissue identification and diagnosis was performed by certified pathologists. Tissue cores were removed from their paraffin blocks and relocated into a new recipient paraffin block, in an array pattern, using Chemicons Advanced Tis...Hep G2 cell line slides ( human: liver; hepatocellular carcinoma ) from GeneTex
Description:Human Hep G2 cells were cultured in Minimum Essential Medium (Eagle) with 2 mM L-glutamine and harvested at the log phase of growth. In order to keep the antigens in their native forms, cells were fixed in acetone-methanol. The cells are arrayed on a 12-well (5 mm) adhesive coated slide, with each wells surface specifically treated to enhance cellular attachment and to minimize background stain...PULSin Protein & Antibody Delivery Reagent from Polyplus Transfection
Description:PULSin is an innovative reagent for highly efficient transfer of functional proteins to the cytoplasm of living cells. Unlike DNA transfection, with PULSin Protein & Antibody Delivery Reagent the amount and timing of exogenous proteins in cells can be controlled, even lethal proteins can now be studied. Real time function blocking and protein localization studies can now be easily performed u...PULSin Protein & Antibody Delivery Reagent from Polyplus Transfection
Description:Protein/antibody delivery using PULSin may be superior to transfection in some applications. For example, unlike traditional transfection, with PULSin you can study lethal proteins and control the level and time course of proteins in cells. Likewise, delivery of blocking antibodies may provide more information than traditional RNA interference experiments. With PULSin you can target in...PULSin Protein & Antibody Delivery Reagent from Polyplus Transfection
Description:Protein/antibody delivery using PULSin may be superior to transfection in some applications. For example, unlike traditional transfection, with PULSin you can study lethal proteins and control the level and time course of proteins in cells. Likewise, delivery of blocking antibodies may provide more information than traditional RNA interference experiments. With PULSin you can target in...