1536Well

1536Well refers to the 1536-well microplate format, a high-density laboratory plate used for high-throughput experimentation. The plate contains 1,536 discrete wells arranged in an SBS-standard footprint, enabling compatibility with automated plate handlers and plate readers. Compared to larger-well formats such as 384-well plates, 1536-well plates offer higher throughput and reduced reagent consumption, though they require smaller volumes and tighter handling tolerances.

Construction and usage characteristics common to 1536-well plates include materials such as polycarbonate or polypropylene, with wells designed for low to mid microliter working volumes. Plates are typically sealed with adhesive or film to minimize evaporation and contamination. The SBS footprint ensures they fit standard robotics, liquid handlers, and optical readers used in research and industry settings.

Applications for 1536-well plates span drug discovery, genomics, and proteomics. They enable miniaturized high-throughput screening, dose-response assays, and assay miniaturization across biochemical and cell-based formats. Researchers employ them for enzyme assays, binding studies, RNA interference screens, CRISPR-based screens, and reporter assays, often integrating imaging for high-content screening. The format is favored when maximizing data output per plate and reducing reagent costs are priorities, though it demands precise dispensing, careful evaporation control, and robust data management due to the large number of wells.

Notes: The term 1536Well is sometimes used descriptively or as a brand identifier by suppliers, but the underlying format is widely available through multiple manufacturers with varying design details.