| Description | Anti Iba-1 is specifically reactive to microglia and macrophages, and are appropriate for immuno-double staining of brain tissues and cell culture in combination with monoclonal antibody to GFAP, which specifically reactes to astrocytes. | Achromopeptidase Crude has a broad range of activity, lysing the cell walls of many pathological Gram Positive organisms as well as a number of Gram-negative organisms. Crude: 1,000 units/mg Origin: Achromobacter lyticus M497-1 F.W.: ~ 20,000 Preparation: Powder (contains lactose) Optimum pH: 7.5 ~ Achromopeptidase Crude has a broad range of activity, lysing the cell walls of many pathological Gram Positive organisms as well as a number of Gram-negative organisms. Crude: 1,000 units/mg Origin: Achromobacter lyticus M497-1 F.W.: ~ 20,000 Preparation: Powder (contains lactose) Optimum pH: 7.5 ~ 8.5 Pkg: 1 g... Read More | Monoclonal Anti Sia a2-3 antibody is produced by hybridoma clone HYB4, established by fusing mouse myeloma cells PAI and lymphocytes of C3H/Ne mice immunized with glycolipid a2-3nLc4Cer (Neu5Ac a2-3Gal ß1-4GlcNAc ß1-3Gal ß1-4Glc ß1-1Cer) which was adsorbed with bacterial cell walls prepared from Monoclonal Anti Sia a2-3 antibody is produced by hybridoma clone HYB4, established by fusing mouse myeloma cells PAI and lymphocytes of C3H/Ne mice immunized with glycolipid a2-3nLc4Cer (Neu5Ac a2-3Gal ß1-4GlcNAc ß1-3Gal ß1-4Glc ß1-1Cer) which was adsorbed with bacterial cell walls prepared from Salmonella minnesota strain. This antibody was purified from serum-free cultured supernatant by using Protein A affinity chromatography. This product is for laboratory research use only, Do not administer it to human.... Read More | Anti Iba-1 is specifically reactive to microglia and macrophages, and are appropriate for immuno-double staining of brain tissues and cell culture in combination with monoclonal antibody to GFAP, which specifically reactes to astrocytes. | This ligase will be used for ligation of ssDNA-ssDNA, ssRNA-ssRNA and ssDNA-ssRNA depending on ATP. Reaction of this ligase in 55-65 degrees, which is the optimum reaction temperature, will promote the ligation efficiency. |