Products from ImmunoChemistry Technologies

10/pack. Light-proof Vapor Loc 6x9 inch bags designed to protect coated ELISA plates during storage.

10/pack - Includes ten silica gel packets (5gm each) used to absorb moistture during plate storage

The green fluorescence probe Col-F binds to collagen and elastin. This low-molecular weight fluorescent probe has been used sucessfully in imaging extracellular matrix in freshly excised animal tissues. Col-F also possesses cell permeant and nontoxic properties, and it will bind to activated cholinesterase enzymes....

Cell-permeant nuclear counterstain that emits blue fluorescence when bound to dsDNA.

With tween and small synthetic blocking molecules, for ELISAs that require extra blocking strength. For sandwich and antigen-down ELISAs requiring extra blocking, and ELISAs with high nonspecific binding of enzyme-labeled conjugates.

This buffer creates an optimal coating environment and also stabilizes coated antibodies by maintaining their tertiary three-dimensional structure during the adsorption process.

SD1 is formulated for diluting goat, rabbit, mouse, and human sera, as well as cell culture media and mouse ascites fluid. SD1 can also be used for dilution of mammalian and chicken serum samples in antigen-down ELISA formats.

SD2 is formulated specifically for use with plasma samples being tested in an antigen-down ELISA format. This BSA-based buffer contains additives to inhibit thrombin (clotting) and complement activity during the incubation period.

This kits makes use of a cell-permeant green fluorecent probe (FAM-VAD-FMK ) that binds to all active caspases in living cells undergoing apoptosis. Excitation wavelength 488-492nm, emission 515-535nm.

MitoPT(TM)-TMRE Depolarization Detection Kits can evaluate apoptosis using flow cytometry, fluorescence microscopy, or a fluorometric plate reader.

MitoPT(TM)-TMRM Depolarization Detection Kits can evaluate apoptosis using flow cytometry, fluorescence microscopy, or a fluorometric plate reader.

The red FLICA® 660-VAD-FMK caspase detection probe is comprised of the preferred affinity peptide sequence (VAD) targeted by activated pan-caspases, a far-red fluorescent 660 dye label, and a fluoromethyl ketone (FMK) reactive moiety. The resulting fluorescent caspase inhibitor probe forms an irreversible, covalent...