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Biophysical Reports @BiophysReports
Joined February 2021
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Keep up to date with the latest from Biophysical Reports. Register now to have the next issue delivered directly to your inbox. buff.ly/QDOfHta

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Read about the cover art for the newly released issue of Biophysical Reports on the BPS Blog: buff.ly/FNs53SJ

Inhibition of the ATP Synthase c-Subunit Leak Channel with Bedaquiline Rescues Excitotoxic Cell...

In our research, we used primary hippocampal neurons to study how therapeutically significant compounds modulate mitochondria-mediated cell death during excitotoxic stress. The cover image of the...

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Check out the latest content from Biophysical Reports on our In Progress page: buff.ly/slfWYql
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Check out the current issue of Biophysical Reports: buff.ly/Egbm4pa
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Online now! Drosophila jump muscle myofibrils: A new tool for investigating activation and relaxation. Axel Fenwick, Bernadette M. Glasheen, Anthony Cammarato, and Douglas M. Swank. buff.ly/78tuBZJ

Drosophila jump muscle myofibrils: A new tool for investigating activation and relaxation

Drosophila models have proven invaluable for studying skeletal and cardiac muscle diseases. While permeabilized indirect flight muscle (IFM) and jump muscle fibers from Drosophila yield insightful...

cell.com
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When submitting to Biophysical Reports, you are partnering with a society experienced in open access publishing. Learn more about our submission guidelines here: buff.ly/X44D1QD
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Online now! Optical tweezers combined with FRET tension sensor reveal force-dependent vinculin dynamics. Camille Dubois, Rick I. Cohen, Nada N. Boustany, and Nathalie Westbrook. buff.ly/9SEMQuv

Optical tweezers combined with FRET tension sensor reveal force-dependent vinculin dynamics

Visualizing and quantifying molecular responses to local forces exerted at cell adhesions is crucial to elucidate how physical forces control cellular behavior. Here, we combine optical tweezers with...

cell.com
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Change the way the reader thinks about an important topic or address a critical question with Letters - short articles in diverse areas that present a novel result without needing extensive supporting data. Learn more about letters here: buff.ly/JWiVL6T
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Engage with editors who are active researchers in the community and who are experts in their field. Learn more about the members of our editorial board: buff.ly/htzRzTJ
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Online now! Online now! Role of E. coli acid resistance systems in proton motive force formation during fermentation. Heghine Gevorgyan, Tamara Abaghyan, Stella Hakobyan, Sophie Brameyer, Kirsten Jung, and Karen Trchounian. cell.com/biophysreports/full…

Role of E. coli acid resistance systems in proton motive force formation during fermentation

The regulation of intracellular pH (pHin) and the maintenance of a proton motive force (Δp) are vital processes for cellular viability. Escherichia coli employs different amino acid decarboxylase...

cell.com
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Check out an article from our most read list: "Computational perspectives on tubulin E-hook structure and mechanisms" (Alexander C. Bromley et. al.) buff.ly/likQiQe

Computational perspectives on tubulin E-hook structure and mechanisms

E-hooks, or the C-terminal tails of tubulin, mediate interactions between microtubules and associated proteins. Despite their functional importance in cellular and physiological processes, their...

cell.com
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Check out the latest content from Biophysical Reports on our In Progress page: buff.ly/TFa6yPh
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Keep up to date with the latest from Biophysical Reports. Register now to have the next issue delivered directly to your inbox. buff.ly/tafc2CQ

Biophysical Reports - Register

Register to receive the first issue of Biophysical Reports.

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Check out the current issue of Biophysical Reports: buff.ly/J9FgjHI
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Online now! Bedaquiline inhibits the ATP synthase leak channel and prevents glutamate-induced neuronal death. Amrendra Kumar, Olesia Lunko, et al. buff.ly/TWwh52u

Bedaquiline inhibits the ATP synthase leak channel and prevents glutamate-induced neuronal death

FOF1-ATP synthase is one of the most abundant proteins of the mitochondrial inner membrane and the primary enzyme responsible for ATP production in eukaryotic cells. Nevertheless, it was recently...

cell.com
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Read about the cover art for the current issue of Biophysical Reports on the BPS Blog: buff.ly/FUaMujq

Beneath the Hair Bundles: Imaging Activity within the Hair Cell Soma

Our group focuses on the fundamental physics that enables the auditory system to detect extremely small, rapid mechanical movements. We study how it senses sub‑nanometer deflections, how it...

biophysics.org
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