GAP Solutions, Inc. ยท 15 hours ago
Scientist
GAP Solutions, Inc. is seeking a Scientist to support the Laboratory of Malaria and Vector Research within the National Institute of Allergy and Infectious Diseases. The role involves performing advanced cellular and molecular analyses, including genetic manipulation and characterization of vascular cells, as well as contributing to research projects and maintaining laboratory operations.
Management Consulting
Responsibilities
Perform microdissections of human vessels, preparing tissues for single cell analysis of vascular cells, performing genetic manipulation of human vessels, and characterizing their function using molecular, imaging, and physiologic evaluations
Perform cell culture of vascular cells, preparing cells for single cell analysis, performing genetic manipulation of cultured cells, and characterizing their function using molecular, imaging, and physiologic evaluations
Perform phenotyping of vascular function in mouse models of human diseases or conditions
Characterize protein-protein interactions involved in vascular cell signaling and pharmacologic targeting of these pathways to modify vascular function
Develop, optimize, and conduct microdissections of human blood vessels from tissue specimens as part of IRB-approved or IRB-exempt studies
Develop, optimize, and conduct culture and co-culture of vascular cells
Develop or optimize approaches to study human vessels and/or cultured cells at the single cell level as part of IRB-approved or IRB-exempt studies
Perform genetic manipulation of human blood vessels ex vivo or cultured cells in vitro to express, silence, or modify genes of interest
Develop and apply molecular tools for confirming successful gene editing or inactivation
Characterize human vascular function ex vivo using myography, imaging, gene expression, and/or molecular sensors as part of IRB-approved or IRB-exempt studies
Characterize cultured cells using imaging, gene expression, and/or molecular sensors
Perform vascular phenotyping of rodent models, including mouse models of human diseases or conditions
Perform biochemical characterization of protein-protein interactions involved in vascular cell signaling
Develop and test pharmacologic approaches to target protein-protein interactions to modify vascular function in human vessels or in cell or animal models of vascular physiology or disease
Keep and maintain a clean and efficient working laboratory
Order and organize necessary supplies and reagents
Maintain laboratory notebooks with sufficient details for reproducing results and documenting progress to support intellectual property evaluations
Maintain laboratory safety
Maintain accurate sample tracking and data management
Perform problem solving, call technical support to fix problems, initiate service calls or repairs, and interact with field service engineers and field application specialists for repair and optimization of laboratory equipment
Advise and assist the Federal Task Leader and other lab staff in molecular physiologic techniques
Assist and perform lab projects independently
Discuss and report data in peer reviewed papers and with the Federal Task Leader and scientists
Qualification
Required
Perform microdissections of human vessels, preparing tissues for single cell analysis of vascular cells, performing genetic manipulation of human vessels, and characterizing their function using molecular, imaging, and physiologic evaluations
Perform cell culture of vascular cells, preparing cells for single cell analysis, performing genetic manipulation of cultured cells, and characterizing their function using molecular, imaging, and physiologic evaluations
Perform phenotyping of vascular function in mouse models of human diseases or conditions
Characterize protein-protein interactions involved in vascular cell signaling and pharmacologic targeting of these pathways to modify vascular function
Develop, optimize, and conduct microdissections of human blood vessels from tissue specimens as part of IRB-approved or IRB-exempt studies
Develop, optimize, and conduct culture and co-culture of vascular cells
Develop or optimize approaches to study human vessels and/or cultured cells at the single cell level as part of IRB-approved or IRB-exempt studies
Perform genetic manipulation of human blood vessels ex vivo or cultured cells in vitro to express, silence, or modify genes of interest
Develop and apply molecular tools for confirming successful gene editing or inactivation
Characterize human vascular function ex vivo using myography, imaging, gene expression, and/or molecular sensors as part of IRB-approved or IRB-exempt studies
Characterize cultured cells using imaging, gene expression, and/or molecular sensors
Perform vascular phenotyping of rodent models, including mouse models of human diseases or conditions
Perform biochemical characterization of protein-protein interactions involved in vascular cell signaling
Develop and test pharmacologic approaches to target protein-protein interactions to modify vascular function in human vessels or in cell or animal models of vascular physiology or disease
Keep and maintain a clean and efficient working laboratory
Order and organize necessary supplies and reagents
Maintain laboratory notebooks with sufficient details for reproducing results and documenting progress to support intellectual property evaluations
Maintain laboratory safety
Maintain accurate sample tracking and data management
Perform problem solving, call technical support to fix problems, initiate service calls or repairs, and interact with field service engineers and field application specialists for repair and optimization of laboratory equipment
Advise and assist the Federal Task Leader and other lab staff in molecular physiologic techniques
Assist and perform lab projects independently
Discuss and report data in peer reviewed papers and with the Federal Task Leader and scientists
Company
GAP Solutions, Inc.
GAP Solutions, Inc.
H1B Sponsorship
GAP Solutions, Inc. has a track record of offering H1B sponsorships. Please note that this does not
guarantee sponsorship for this specific role. Below presents additional info for your
reference. (Data Powered by US Department of Labor)
Distribution of Different Job Fields Receiving Sponsorship
Represents job field similar to this job
Trends of Total Sponsorships
2025 (11)
2024 (16)
2023 (6)
2022 (8)
2021 (6)
Funding
Current Stage
Late StageTotal Funding
unknown2017-12-06Acquired
Recent News
2023-12-21
Company data provided by crunchbase