Josh Thorley
@ThorSci
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PhD in Physiology and Nutrition | Research Fellow in Nutrition @uniofnottingham | Lecturer in Nutrition @officialbcom |
Joined October 2017
Delighted to announce that I have won the postdoc category of the Physiological Reports ‘future of physiological research’ competition. My review article explores the redox landscape and how I envisage it will shape future physiological research. https://t.co/JUc8UbfizS
physoc.onlinelibrary.wiley.com
Redox biology is fundamental to human physiology; however, analytical techniques have lacked in previous years. Fortunately, a new era of techniques had arrived, enabling redox metabolism to be...
@PhysRep: Winners of our ECR Short Review competition announced and articles published today! See https://t.co/I1jrt6YD4I for information and links @APSPhysiology @ThePhySoc @WileyBiomedical
@Physiology
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🔎 Unravelling codes - We interviewed Josh Thorley (@UniofNottingham, UK) to find out more about redox reactions. He explains how working on the redox code could lead to more targeted health therapies. Read the #PhysiologyNews feature article ⬇️
physoc.org
Unravelling codes is the focus of our interview with researcher Josh Thorley, winner of Physiological Reports ECRs Short Review competition.
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New publication: Urinary N‑terminal titin fragment concentration as a non‑invasive biomarker of exercise‑induced muscle damage in males and females:
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Our review paper has been accepted for publication! State of the Art In Vivo Reactive Oxygen Species Measurements in Skele...
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I was recently interviewed by @ThePhySoc about how unravelling the redox code can help better define health and disease, as discussed in my recent article published in Physiological Reports. Read below 👇 https://t.co/N0LJfeQvfn
physoc.org
Unravelling codes is the focus of our interview with researcher Josh Thorley, winner of Physiological Reports ECRs Short Review competition.
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Collecting data from students across the UK (undergrad & postgrad) on diet and mental well-being to help inform an RCT for depression. Max 30 mins. Anyone can participate, providing currently enrolled at a UK university. Link here: https://t.co/kxpnxYQ3DG . Please share! 🧠
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2024 academic wrapped: ⭐️ Passed PhD viva ⭐️ Started postdoc @LboroSSEHS ⭐️ Won best oral presentation @NutritionSoc ⭐️ Won ‘future of physiological research’ award @PhysRep ⭐️ Published 3 first-author papers ⭐️ Starting Lecturing ⭐️ Began Research Fellow @UniofNottingham
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🚨Exciting PhD opportunity🚨 https://t.co/4QQSzcXUcc Supervisory team: myself, @LJJ_nutrition and @Sportrometrist @LboroSSEHS, with @ChrisMinson @uoregon involved as an external advisor for the project 🤩 🗓️ Deadline 14th March 🔁 Please RT 🙏🏻
Funded PhD: Female-specific physiological responses to exercise in the heat. Led by @Rowland_SN here @LboroSSEHS Great opportunity for the right person to collect data in this interesting area. https://t.co/hXvSEslMTl
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What a night!!
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@PhysRep: Winners of our ECR Short Review competition announced and articles published today! See https://t.co/I1jrt6YD4I for information and links @APSPhysiology @ThePhySoc @WileyBiomedical
@Physiology
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A pro-oxidant suppresses unrelated diseases https://t.co/YDvaBtr3x7
science.org
A lipid kinase inhibitor ameliorates both prostate cancer and a muscle disease in mice
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Quantification of nutrient fluxes during acute exercise in mice: Cell Metabolism
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This is the final paper from my PhD investigating the effects of exercise and (poly)phenols on redox signalling. The other papers can be found below: Eccentric exercise & NRF2: https://t.co/6Y4nPbl9cL Green tea & exercise on NRF2:
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Out ahead of print: Acute supplementation with a curcuminoid-based formulation fails to enhance resting or exercise-induced NRF2 activity in males and females - Food & Function. https://t.co/7C6doMa8SO
@TomClifford7 @anarmateos @exphystevo @neil_rw
pubs.rsc.org
Purpose: Exercise and (poly)phenols may activate nuclear factor erythroid 2-related factor 2 (NRF2), a transcription factor that coordinates antioxidant synthesis. The purpose of this study was to...
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Interested in a food frequency questionnaire for the estimation of (poly)phenol intake ? Check our new publication @YongLi35986394 @YifanEvan1 @lifecourse_KCL
pubs.rsc.org
Background: (Poly)phenol intake has been associated with reduced risk of non-communicable diseases in epidemiological studies. However, there are currently no dietary assessment tools specifically...
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Keiko Kaihara (@okayama_uni) et al. examine how stretch-induced reactive oxygen species contribute to the Frank–Starling mechanism in this #ResearchArticle⚡ 📜 ➡️ https://t.co/rEIRb12gL4
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🏃 Exercise-induced reactive oxygen species (ROS) contribute to GLUT4 translocation which increases skeletal muscle glucose uptake and stimulates signaling pathways that increase GLUT4 expression. That’s an updated and interesting review of the theme. https://t.co/63gnFbXinw
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Exercise induced redox dependent mitochondrial remodelling that is blunted with age, https://t.co/IOFROccXra Congratulations Qin @jcasas97 Penglin and thanks to Emma, @KasiaWhysall @AMV_REDOX @peterdockery1 for help, expertise and support
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