- Advancements in instrumentation and methods for bioanalytical and biophysical measurements (e.g. mass spectrometry, magnetic resonance, crystallography, spectroscopy)
- Development of instrumentation and systems for proteomics and protein analysis
- Technological advancements in purification, separations, and large-scale synthesis
- Technologies and methods for high-throughput and high-content applications (not cell-based)
- Immunological, enzymatic, or oligonucleotide sensors and reporters for bioassays and diagnostics
- New technologies for molecular separations and screens, chemical reactions, and molecular detection
- Polymers, membranes, surfaces, or microfluidics for biological separations and assays
- Labels and reagents, molecular probes, reporter systems, and surface chemistries in support of disease-agnostic assay development
Shared Interests and Overlaps
There are shared interests with Drug Discovery and Development (BCMB (10)). Applications using or refining an assay but more focused on the end-product (drug or therapeutic) may be assigned to BCMB (10). Applications with a focus on the technology/development of an assay may be assigned to IMST (10). Applications focused on protein engineering for drug discovery may be assigned to BCMB (10), whereas applications focused on a protein engineering technology may be assigned to IMST (10). Aptamer chemistry may be assigned to BCMB (10), whereas aptamers used in the development of an assay may be assigned to IMST (10).
In the area of assay development, there are shared interests with disease-based or organ-based small business panels. Assays focused on a particular disease or application, such as cancer or immunology, may be assigned to a disease- or organ-based small business panel, whereas fundamental or disease-agnostic assays may be assigned to IMST (10).
There are shared interests with Instrumentation, Environmental, and Occupational Safety (IMST (12)). Applications with a significant engineering component, including point-of-care devices, may be assigned to IMST (12), whereas applications more focused on the assay chemistry may be assigned to IMST (10).
There are shared interests with Cell and Molecular Biology (IMST (15)). Applications developing assays with a cell component may be assigned to IMST (15). Applications developing assays or technologies that are not cell-based may be assigned to IMST (10).
There are shared interests with Innovative Immunology Research (IMM (10)). Immune markers, immunoassays and use of antibodies may be assigned to IMM (10), whereas disease-agnostic assay development, biochemistry and protein engineering including antibodies may be assigned to IMST (10).