Brady R Cunningham
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Explore the profile of Brady R Cunningham including associated specialties, affiliations and a list of published articles.
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10
Citations
103
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Recent Articles
1.
Cottrill K, Miles C, Krajewski L, Cunningham B, Bragg W, Boise N, et al.
Harmful Algae
. 2024 Nov;
139:102739.
PMID: 39567074
Background: Microcystins are an emergent public health problem. These toxins are secondary metabolites of harmful cyanobacterial blooms, with blooms becoming more prevalent with eutrophication of water. Exposure to microcystins can...
2.
Cunningham B, Lagon S, Bragg W, Hill D, Hamelin E
Toxins (Basel)
. 2024 Mar;
16(3).
PMID: 38535795
Harmful cyanobacterial blooms are becoming more common and persistent around the world. When in bloom, various cyanobacterial strains can produce anatoxins in high concentrations, which, unlike other cyanobacterial toxins, may...
3.
Cunningham B, Wharton R, Lee C, Mojica M, Krajewski L, Gordon S, et al.
Toxins (Basel)
. 2022 Nov;
14(11).
PMID: 36422987
Microcystins are toxic chemicals generated by certain freshwater cyanobacteria. These chemicals can accumulate to dangerous levels during harmful algal blooms. When exposed to microcystins, humans are at risk of hepatic...
4.
Cunningham B, Coleman R, Schaefer A, Hamelin E, Johnson R
J Anal Toxicol
. 2021 Jan;
46(3):322-327.
PMID: 33515246
Florida red tides have become more common and persistent in and around the Gulf of Mexico. When in bloom, red tides can produce brevetoxins in high concentrations, leading to human...
5.
Wharton R, Cunningham B, Schaefer A, Guldberg S, Hamelin E, Johnson R
Toxins (Basel)
. 2019 Dec;
11(12).
PMID: 31847123
Microcystins (MC) and nodularin (NOD) are toxins released by cyanobacteria during harmful algal blooms. They are potent inhibitors of protein phosphatases 1 and 2A (PP1 and PP2A) and cause a...
6.
Greenwold M, Cunningham B, Lachenmyer E, Pullman J, Richardson T, Dudycha J
Proc Biol Sci
. 2019 May;
286(1902):20190655.
PMID: 31088271
Evolutionary biologists have long sought to identify phenotypic traits whose evolution enhances an organism's performance in its environment. Diversification of traits related to resource acquisition can occur owing to spatial...
7.
Cunningham B, Greenwold M, Lachenmyer E, Heidenreich K, Davis A, Dudycha J, et al.
J Phycol
. 2018 Nov;
55(3):552-564.
PMID: 30468692
Phenotypic traits associated with light capture and phylogenetic relationships were characterized in 34 strains of diversely pigmented marine and freshwater cryptophytes. Nuclear SSU and partial LSU rDNA sequence data from...
8.
Rekully C, Faulkner S, Lachenmyer E, Cunningham B, Shaw T, Richardson T, et al.
Appl Spectrosc
. 2017 Oct;
72(3):442-462.
PMID: 29069908
An all-pairs method is used to analyze phytoplankton fluorescence excitation spectra. An initial set of nine phytoplankton species is analyzed in pairwise fashion to select two optical filter sets, and...
9.
Cunningham B, Brum J, Schwenck S, Sullivan M, John S
Appl Environ Microbiol
. 2015 Feb;
81(9):2995-3000.
PMID: 25710369
Viruses affect biogeochemical cycling, microbial mortality, gene flow, and metabolic functions in diverse environments through infection and lysis of microorganisms. Fundamental to quantitatively investigating these roles is the determination of...
10.
Evers D, Fowler C, Cunningham B, Mason J, OLeary T
J Mol Diagn
. 2011 Apr;
13(3):282-8.
PMID: 21497290
Formalin-fixed, paraffin-embedded tissues generally provide low yields of extractable RNA that exhibit both covalent modification of nucleic acid bases and strand cleavage. This frustrates efforts to perform retrospective analyses of...