The Biophysical Journal is a peer-reviewed scientific journal published by Cell Press on behalf of the Biophysical Society. It covers all aspects of biophysics. The journal was established in 1960. It is currently published biweekly, for a total of 24 issues per year. In addition, an supplemental "abstracts issue" is published, containing abstracts of presentations at the Biophysical Society meeting. The editor-in-chief is Jane Dyson.

Publisher
Cell Press
History
1960-now
Website
http://www.cell.com/biophysj/
Impact factor
3.632 (2016)

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How cells rapidly create protrusions for exploration and movement

In order to move, cells must be able to rapidly change shape. A team of researchers from the University of North Carolina at Chapel Hill show that cells achieve this by storing extra "skin" in folds and bumps on their surface. ...

Unwinding the world's smallest biological rotary motor by degrees

Adenosine triphosphate (ATP) is the energy currency of cells. It powers various cellular processes that require energy, including enzymatic reactions. ATP is synthesized with the help of an enzyme complex called F-type ATP ...

Did life get its start in micaceous clay?

In mythologies and origin stories around the world, various cultures and religions point to clay as the vessel of life, the primordial material that creator gods imbued with a self-sustaining existence. Nowadays we have biology ...

The chemical controlling life and death in hair follicles

A single chemical is key to controlling when hair follicle cells divide, and when they die. This discovery could not only treat baldness, but ultimately speed wound healing because follicles are a source of stem cells.

Simulations predict mysterious biological processes of the cell

The research group of Lucie Delemotte, Associate Professor in computational biophysics at the KTH Royal Institute of Technology in Stockholm, Sweden, is focusing on understanding the function of ion channels in cell membranes. ...

Bacteria make a beeline to escape tight spaces

A newly published study by researchers at the University of Hawai'i at Mānoa revealed that bacteria alter their swimming patterns when they get into tight spaces—making a beeline to escape from confinement.

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