Microplate Lids
Alkali Scientific CellPro Lids for 50mL solution
The Protective Reservoir Lids for 25 and 50 ml reservoirs represent a significant advancement in laboratory consumables offering enhanced security and protection for valuable reagents These lids are meticulously designed to provide a perfect fit for both 25mL and 50mL reservoirs ensuring that solutions are shielded from airborne contaminants and evaporation is minimized Key Features Comprehensive ProtectionThese polystyrene lids are engineered to line the perimeter of 25mL and 50mL reservoirs snugly offering complete protection against external factors that might compromise the integrity of stored solutions Sterility AssuranceThe lids are RNase DNase and pyrogen-free ensuring that they meet the highest standards of sterility and do not introduce any biological contaminants into the reservoir contents This feature is particularly crucial for sensitive experiments and procedures Sterile PackagingSupplied in sterile bags of 5 these lids maintain their sterility from manufacturing to
Cayman Chemical NO asy NItrate Stndard 1ea
A saponin with diverse biological activities inhibits the proliferation of and induces apoptosis in HeLa cells from 100-400 mg/L inhibits viral replication in cells infected with HSV-1 HCMV or influenza virus (IC50s 54 104 and 88 UM respectively) prevents the development of acute liver failure in a mouse model of LPS/D-galactosamine-induced acute liver injury at 5 mg/kg
Cayman Chemical 96-Wel SolId PlateColorIme 5ea
A clear, uncoated, flat-bottom 96 well plate for use in colorimetric assays.
MTC Bio Plate 96 Square Well V-Bottom 24 00mm Height 1 2mL Non-Sterile 10 Plates/Pack 10 Packs/Case
Plate 96 Square Well V-Bottom 24 00mm Height 1 2mL Non-Sterile 10 Plates/Pack 10 Packs/Case
Cayman Chemical Latnoprost ELISA Stndard 1ea
A lipid used in the formation of lipid prodrug nanoassemblies lipid catechol-CIP-PBA LPNAs inhibit the formation of and disrupt preformed S. aureus biofilms and eradicate staphylococci in a mouse model of peritoneal S. aureus infection lipid catechol-BTZ LPNAs reduce tumor growth and increase survival in a 4T1 murine mammary carcinoma model