Brook L. Nunn

Affiliation: University of Washington (UW)

Address: []

Orcid: 0000-0002-7361-4359

Project: Waterborne chemical cues in the plankton: a systems biology approach (3 datasets)

Dataset	Latest Version Date	Current State
Results of proteomic analysis on diatom response to allelopathy from red tide dinoflagellate (Karenia brevis) Role: Co-Principal Investigator	2014-10-31	Final no updates expected
MS-based polar metabolomics on diatom response to allelopathic chemicals from red tide dinoflagellate (Karenia brevis) Role: Co-Principal Investigator	2018-03-21	Final no updates expected
NMR-based lipidomics on diatom response to allelopathic chemicals from red tide dinoflagellate (Karenia brevis) Role: Co-Principal Investigator	2015-12-28	Final no updates expected

Project: Collaborative Research: Linking geochemistry and proteomics to reveal the impact of bacteria on protein cycling in the ocean (4 datasets)

Dataset	Latest Version Date	Current State
Shotgun Proteomics of Bering Sea algal incubations. Role: Principal Investigator	2017-11-08
Proteomics Colwellia psychrerythraea strain 34H at subzero temperatures. Role: Principal Investigator	2017-11-13
Shotgun Metaproteomics of Bering Strait surface water and Chukchi Sea bottom water. Role: Principal Investigator	2017-11-13
Shotgun Proteomics of Pseudonitzschia multiseries Multi stress incubations. Role: Principal Investigator	2017-11-13

Project: Collaborative Research: Proteins as functional biomarkers: integrating organic characterization with proteomics to track routes for carbon and nitrogen recycling and preservation (3 datasets)

Dataset	Latest Version Date	Current State
Proteomic data of dilution series of bacteria and diatoms using MS. Role: Principal Investigator	2017-11-13
Proteomic data of dilution series of bacteria and diatoms using MS (DDA). Role: Principal Investigator	2017-11-13
Metaproteomics of Bering Strait Ship-board 10 day bacterial Incubations. Role: Principal Investigator	2017-11-13	Preliminary and in progress

Project: Collaborative Research: Building a framework for the role of bacterial-derived chemical signals in mediating phytoplankton population dynamics (2 datasets)

Dataset	Latest Version Date	Current State
Whole-cell data independent mass spectrometry proteomic approach to examining Emiliania Huxleyi exposed to 4 treatments of HHQ Role: Contact	2020-10-29	Preliminary and in progress
Whole-cell data dependent mass spectrometry proteomic approach examining Emiliania Huxleyi exposed to 3 doses of HHQ Role: Contact	2020-10-29	Preliminary and in progress