@BiophysRev profile picture
Biophysics Reviews @BiophysRev

BPR is a new journal featuring reviews and original research covering all areas of biophysics. Published by @AIP_Publishing.

Joined November 2019
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How does your brain decide to persist or quit? We modeled brain circuits that support perseverance over aggression, shaping social dominance and flexible responses in animal competitions. Learn more πŸ‘‡ aippub.org/3In6h7H
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We’re continuing the conversation β€” in a new place. AIP Publishing is now posting on Bluesky: @ aip-publishing.bsky.social Follow us there for the latest researchπŸ§ͺ
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We’re continuing the conversation β€” in a new place. AIP Publishing is now posting on Bluesky: @ aip-publishing.bsky.social Follow us there for the latest researchπŸ§ͺ
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This review covers recent nerve repair findings, focusing on the peripheral nervous system and regeneration. It highlights electric field strategies for enhancing nerve growth. Learn more πŸ‘‡ aippub.org/438WwSB
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This review highlights recent advancements in predicting mutation-induced ΔΔGs in protein interactions, focusing on methods, challenges, and AI-driven improvements. aippub.org/4jlX7Wb
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Caused by the abnormal polymerization of hemoglobin molecules, sickle cell disease creates deformations in red blood cells (RBC) that lead to sometimes fatal perturbations in cellular behavior and rheological characteristics in blood. #scilight πŸ‘‡ aippub.org/4iI6eks

Molecular methods to analyze sickle cells provide deeper insight into therapeutics

Advances in multiple disciplines, from microfluidics to rheometry, help researchers draw connections between aberrant hemoglobin polymerization and dangerous ma

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This review highlights recent advancements in predicting mutation-induced ΔΔGs in protein interactions, focusing on methods, challenges, and AI-driven improvements. Learn more πŸ‘‡ aippub.org/43pYaA1
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Recent breakthroughs in intrinsically disordered proteins and how we go from molecular descriptions to cellular functions with the help of NMR. @SAShowalterLab @Wei__Chen_ @cegrPSU @psu_chemistry aippub.org/4hv3WUt
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Integrating AI and traditional network analysis methods can assist in building more accurate models of RNA complex structures, predicting their dynamic behaviors, and designing RNA-based inhibitors. Learn more πŸ‘‡ aippub.org/4gVRqNA
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This review discusses the application of nanotechnology and nano biomaterials in retinal diseases, emphasizing research investigations in nanomedicine-based diagnostics and therapeutics. @WayneStateOVAS @waynemedicine @nikhil24216 Learn more πŸ‘‡ aippub.org/3BSc8iC

Nanotechnology in retinal diseases: From disease diagnosis to therapeutic applications

Nanotechnology has demonstrated tremendous promise in the realm of ocular illnesses, with applications for disease detection and therapeutic interventions. The

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This review discusses the application of nanotechnology and nano biomaterials in retinal diseases, emphasizing research investigations in nanomedicine-based diagnostics and therapeutics. @WayneStateOVAS @waynemedicine @nikhil24216 Learn more πŸ‘‡ aippub.org/3BSc8iC

Nanotechnology in retinal diseases: From disease diagnosis to therapeutic applications

Nanotechnology has demonstrated tremendous promise in the realm of ocular illnesses, with applications for disease detection and therapeutic interventions. The

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Publishing #OpenAccess enhances the visibility and impact of research. Our author select program allows researchers to publish OA across our whole portfolio. Read one of the most downloaded articles from Biophysics Reviews as we celebrate #OAWeek! πŸ‘‰ aippub.org/3UkCMXz
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Hey @MicroTas2024! We're searching for the next editor-in-chief for @BiophysRev! To learn more about this opportunity in #Biophysics, stop by @AIP_Publishing Booth 49. Or apply πŸ‘‰ aippub.org/3Sz33zn
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Check out Biophysics Reviews Editor @BanerjeeLab_UB #ACSFall2024 presentation tomorrow! Learn more about our editors here: aippub.org/472tu63
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Come see Reviews Editor Aaron Lau at one of his three #ACSFall2024 presentations! Learn more about our editors here: aippub.org/472tu63
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Microfluidics provides a physiologically realistic and yet controlled playground for quantitative studies of cell migration. @mingmingwu2 Learn more πŸ‘‡ aippub.org/3yvFstp
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Are you an artist with a passion for science or a scientist with an artistic flair? Submit a "Visuals" gallery-type article to Biophysics Reviews today! Learn more πŸ‘‡ aippub.org/3YetVJs
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We strongly believe that art & science have more in common than typically appreciated. Learn more about our new gallery-type article, "#Visuals"! πŸ‘‡ aippub.org/4bXg2Ta
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After performing its function, the fibrin component of a blood clot must be degraded. Here, we visualized stable fibrin fibers and partially degraded fibers with bound catalytic enzymes (green). @ValTutwiler @rebecca_risman @BMERutgers Learn more πŸ‘‡ aippub.org/46xwiZZ

Visualizing the degradation of fibrin fibers

Polymeric fibrin provides the structural and mechanical stability of a blood clot. Fibrin fibers are rod-like and create a network mesh that holds blood cells.

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Submit to our new gallery-type article "#Visuals"! These articles are a new format designed to capture the essence of #biophysical research. Check out this Editorial from Reviews Editor @fspasqualini to learn more! Learn more πŸ‘‡ aippub.org/3SI0ign
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