Non-profit

Quantitative BioSciences

Solana Beach, United States · qbisci.com

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Citations, last 5 years: 103
Works, last 5 years: 102
h-index: 27
Scientists listed: 17
Grants since 2016: 24

Grants received

2024–2025 · research · R43

CLEdgeSeq: Advanced sequence analysis and communication for edge applications

William Mather · Quantitative BioSciences · funded by National Institutes of Health

$350k

2023–2026 · grant · PROJECT GRANT (B)

A REAL-TIME WATER MONITOR FOR CONTAMINANTS IN PRODUCED WATER

Quantitative BioSciences · funded by Office of Science

$1.9M

2023–2026 · grant · COOPERATIVE AGREEMENT (B)

A REMOTE, REAL-TIME SENSOR FOR GROUNDWATER REMEDIATION MONITORING

Quantitative BioSciences · funded by Office of Science

$1.4M

2022–2025 · grant · PROJECT GRANT (B)

A ROBUST, REMOTE, REAL-TIME MONITOR FOR ORTHOPHOSPHATE

Quantitative BioSciences · funded by Office of Science

$1.9M

2021–2022 · research · R44

Ultra-high content analyses of circulating and solid tumor cells: A diagnostic reference system for disease burden

Michel Nederlof · Quantitative BioSciences · funded by National Institutes of Health

$223.7k

2021–2025 · research · R44

Ultra-high content analyses of circulating and solid tumor cells: A diagnostic reference system for disease burden

Michel Nederlof · Quantitative BioSciences · funded by National Institutes of Health

$818.2k

2021–2022 · contract · N43

SBIR PHASE I - TOPIC 426 - TOOLS AND TECHNOLOGIES FOR VISUALIZING MULTI-SCALE DATA

Michel Nederlof · Quantitative BioSciences · funded by National Institutes of Health

$400k

2021–2022 · research · R43

An Online, Real-Time Microfluidic Biosensor for PFOA and PFOS

Nicholas Csicsery · Quantitative BioSciences · funded by National Institutes of Health

$256.6kPer- and polyfluoroalkyl substances research

2021–2026 · grant · Continuing Grant

CAREER: PolyQ Proteins Phase Transition Induced by Lipid Vesicles

Wei Dai · Quantitative BioSciences · funded by National Science Foundation

$1.3M

2021–2024 · research · R44

Ultra-high content analyses of circulating and solid tumor cells: A diagnostic reference system for disease burden

Michel Nederlof · Quantitative BioSciences · funded by National Institutes of Health

$871.7k

2020–2021 · grant · PROJECT GRANT (B)

A LOW-POWER PLATFORM FOR SELECTIVE SENSING OF METALS AND NUTRIENTS USING ENGINEERED BACTERIAL AUTOLYSIS

Quantitative BioSciences · funded by Office of Science

$206.5k

2020–2022 · research · R41

Development of a prototype software for automated PET/CT interpretation and reporting in thoracic cancer

Jayaram K Udupa · Quantitative BioSciences · funded by National Institutes of Health

$252.1kMedical Imaging Techniques and Applications

2019–2025 · grant · PROJECT GRANT (B)

CLOUDLAB: ANALYZING COMPLEX MICROBIAL RESPONSES TO DYNAMIC ENVIRONMENTS

Quantitative BioSciences · funded by Office of Science

$2.9M

2019–2024 · grant · Continuing Grant

Elucidating chemical features and biological functions of short hydrogen bonds

Lu Wang · Quantitative BioSciences · funded by National Science Foundation

$435k

2019–2023 · grant · Continuing Grant

Collaborative Research: Engineering Hyperstable Enzymes via Computationally Guided Protein Stapling

Sagar Khare · Quantitative BioSciences · funded by National Science Foundation

$285.1k

2018–2019 · research · R43

A Customizable Real-Time Biosensor for Continuous Monitoring of Water Contaminants

Scott Warren Cookson · Quantitative BioSciences · funded by National Institutes of Health

$162.2kbioluminescence and chemiluminescence research

2018–2020 · research · R44

Ultra-High Content Analysis (UHCA) of Single Cells in Tissue: 60+ channel immunofluorescence labeling kits and companion imaging software for everyone

Michel Nederlof · Quantitative BioSciences · funded by National Institutes of Health

$750kSingle-cell and spatial transcriptomics

2018–2020 · research · R44

Ultra-High Content Analysis (UHCA) of Single Cells in Tissue: 60+ channel immunofluorescence labeling kits and companion imaging software for everyone

Michel Nederlof · Quantitative BioSciences · funded by National Institutes of Health

$749.8kSingle-cell and spatial transcriptomics

2018–2025 · grant · PROJECT GRANT (B)

A MICROFLUIDIC BIOSENSOR PLATFORM FOR REAL-TIME WATER MONITORING

Quantitative BioSciences · funded by Office of Science

$2.9M

2017–2018 · research · R44

Ultra-High Content Analysis (UHCA) of Single Cells in Tissue: 60+ channel immunofluorescence labeling kits and companion imaging software for everyone

Michel Nederlof · Quantitative BioSciences · funded by National Institutes of Health

$224.8kSingle-cell and spatial transcriptomics

2016–2020 · research · R42

Automated Object Contouring Methods & Software for Radiotherapy Planning

Steve Owens · Quantitative BioSciences · funded by National Institutes of Health

$1.1MAdvanced Radiotherapy Techniques

2016–2021 · research · R42

Automated Object Contouring Methods & Software for Radiotherapy Planning

Steve Owens · Quantitative BioSciences · funded by National Institutes of Health

$873.4kAdvanced Radiotherapy Techniques

2016–2017 · research · R41

Automated Object Contouring Methods & Software for Thoracic Radiotherapy Planning

Jayaram K Udupa · Quantitative BioSciences · funded by National Institutes of Health

$254.1kAdvanced Radiotherapy Techniques

2016–2021 · research · R42

Automated Object Contouring Methods & Software for Radiotherapy Planning

Steve Owens · Quantitative BioSciences · funded by National Institutes of Health

$2 500Advanced Radiotherapy Techniques