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Methods in Molecular Biology (Clifton, N.J.)|July 6, 2019
Encapsulation and Transplantation of Pancreatic Progenitor CellsLuke Carroll, Auvro R Mridha, Bernard E TuchLanguage and Speech|November 23, 2020
Intonational Variation in the North-West of England: The Origins of a Rising Contour in LiverpoolClaire Nance, Sam Kirkham, Kate Lightfoot, et al.Redox Biology|December 18, 2020
Oxidation of protein disulfide bonds by singlet oxygen gives rise to glutathionylated proteinsShuwen Jiang, Luke Carroll, Lars M Rasmussen, et al.Journal of Cognition|September 8, 2022
On the Influence of Spatial and Value Attentional Cues Across IndividualsKelly G Garner, Michelle Lovell-Kane, Luke Carroll, et al.Redox Biology|February 18, 2021
Formation of protein cross-links by singlet oxygen-mediated disulfide oxidationShuwen Jiang, Luke Carroll, Michele Mariotti, et al.Chemical Research in Toxicology|January 30, 2019
Carnosine and Carcinine Derivatives Rapidly React with Hypochlorous Acid to Form Chloramines and DichloraminesLuke Carroll, Amir Karton, Leo Radom, et al.Redox Biology|March 14, 2021
Crosslinking of human plasma C-reactive protein to human serum albumin via disulfide bond oxidationShuwen Jiang, Per Hägglund, Luke Carroll, et al.STAR Protocols|September 19, 2022
Endogenous protein interactomes resolved through immunoprecipitation-coupled quantitative proteomics in cell linesRaman Kumar, Karthik S Kamath, Luke Carroll, et al.Free Radical Biology & Medicine|April 6, 2015
Reactivity of selenium-containing compounds with myeloperoxidase-derived chlorinating oxidants: Second-order rate constants and implications for biological damageLuke Carroll, David I Pattison, Shanlin Fu, et al.Redox Biology|May 2, 2017
Catalytic oxidant scavenging by selenium-containing compounds: Reduction of selenoxides and N-chloramines by thiols and redox enzymesLuke Carroll, David I Pattison, Shanlin Fu, et al.Pageof 4