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Projects/Programs

Displaying 1 - 20 of 20

Comparative Mammalian Proteome Aggregator Resource (CoMPARe) Program

Ongoing
Comparative proteomics strives to gain insight into key underlying molecular changes that result in unique phenotypes across related taxa. Proteomic analysis complements comparative genomics by providing evidence of protein abundance, orthogonal to gene copy number and amount of transcript. To

Comparative Serum Proteomics Project

Ongoing
State-of-the-art biomolecular analysis is no longer limited to model organisms and is becoming routine in non-model organisms. Major drivers of this emerging bioanalytical capacity include increasing accessibility and quality of sequenced genomes as well as high-resolution fast-duty cycle mass

Consistency Analysis and Uncertainty in ‘omic Data

Ongoing
‘Omics is increasingly moving out of the laboratory and towards use in industrial and commercial applications. For instance, in biomanufacturing, there is a need for quality control when developing biotherapeutics, which will almost certainly require a machine-learning classifier to separate

HML Organic Chemical Metrology Program Areas

Ongoing
The organic analytical facility, located on the second floor of the Hollings Marine Laboratory, consists of two laboratories with a combined area of approximately 215 m2. These two laboratories provide the space and instrumentation to achieve two main functions for NIST: (1) the determination of

International Comparisons for Chemical Measurements

Ongoing
International agreements and decisions concerning trade and our social well-being increasingly require mutual recognition of measurements and tests among nations. The Mutual Recognition Arrangement (MRA) on national measurement standards and calibration and measurement certificates issued by NMIs

Measurements and Standards for Organic Contaminants in Wildlife Matrices

Ongoing
Monitoring contaminant exposure in wildlife is crucial to assess the impact of environmental contaminants on animal health. The development of methods to screen samples for the presence of new compounds (non-targeted research) and to measure the accurate concentration of known, targeted compounds in

New Chemical Measurement Methods

Ongoing
The Biochemical and Exposure Science Group (BESG) located at the Hollings Marine Laboratory is focused on advancing measurement techniques to effectively detect compounds of emerging concern. The BESG has a long history of developing accurate and precise analytical methods for emerging organic

Organic Contaminants in Human Serum, Milk, and Urine

Ongoing
SRMs have been developed to support quality assurance measurements for contaminants in human fluids. Biomonitoring laboratories will use these SRMs to validate methods and as control materials for specific analyses. We have developed and characterized several human-matrix SRMs for organic

Per- and Polyfluoroalkyl Substances (PFAS)

Ongoing
Perfluorinated and polyfluorinated alkyl substances (PFAS) constitute a family of compounds that are distinguished by partial or complete fluorination of alkyl hydrocarbons. Dubbed “forever chemicals”, the unique chemistry of PFAS imparts a high level of stability, making the compounds resistant to

Plastic Pollution Measurement Science

Ongoing
Plastic pollution is a complex mixture of various types of plastics with different shapes and chemical additives. From microscopic nanoplastics (as small as 1 nm) to large megaplastics (over 1 m), plastic pollution poses significant measurement science challenges. By developing accurate methods for

Steroid Hormone Suite Analysis

Ongoing
Steroid hormones are signaling molecules that are major regulators of development, reproduction, stress, and growth. Steroids are synthesized from cholesterol through a series of enzymes, resulting in hormones with distinct biological activities. Although hormones are similar in structure, and

Vertebrate Endocrine Metrology in Non-Traditional Matrices

Ongoing
NIST collaborates with stakeholders to develop techniques for measuring hormone levels as part of animal health assessment. The process of capturing and transporting animals before sampling can induce stress, which may alter the hormone levels in the bloodstream. Therefore, the collection of blood