PRX Life (@prx_life) 's Twitter Profile
PRX Life

@prx_life

@APSphysics's interdisciplinary journal for quantitative biological research - the first of its kind and #OpenAccess.

ID: 1592269971878543360

linkhttps://journals.aps.org/prxlife/ calendar_today14-11-2022 21:35:43

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Researchers develop a theoretical framework to analyze and describe the motion of individual cells and demonstrate how this framework can identify single-cell differences in populations of human breast cancer cells and algae. Read the paper: go.aps.org/3ZAHxyM

Researchers develop a theoretical framework to analyze and describe the motion of individual cells and demonstrate how this framework can identify single-cell differences in populations of human breast cancer cells and algae. 

Read the paper: go.aps.org/3ZAHxyM
Ahmed El Hady (@zamakany) 's Twitter Profile Photo

Nothing better than waking up to a paper acceptance. So glad that my paper with Lisa Blum Moyse on social foraging theory in egalitarian groups is accepted in PRX Life , the manuscript should be available soon here : journals.aps.org/prxlife/accept…

Nothing better than waking up to a paper acceptance. So glad that my paper with Lisa Blum Moyse on social foraging theory in egalitarian groups is accepted in <a href="/PRX_Life/">PRX Life</a>  ,  the manuscript should be available soon here : journals.aps.org/prxlife/accept…
PRX Life (@prx_life) 's Twitter Profile Photo

While diversity in neuronal activity and connectivity generally reduce memory capacity in Hopfield networks, a new study demonstrates how maximal capacity can be retained when these two parameters are correlated. Read the paper: go.aps.org/4kPSipi

While diversity in neuronal activity and connectivity generally reduce memory capacity in Hopfield networks, a new study demonstrates how maximal capacity can be retained when these two parameters are correlated.

Read the paper: go.aps.org/4kPSipi
PRX Life (@prx_life) 's Twitter Profile Photo

First observation linking nanoscale dynamical reorganization in Gram-negative bacterial cell membranes to the evolution of drug resistance under sub-lethal doses of a last-resort treatment for multidrug-resistant bacteria. Read the paper: go.aps.org/4ndQo3o

First observation linking nanoscale dynamical reorganization in Gram-negative bacterial cell membranes to the evolution of drug resistance under sub-lethal doses of a last-resort treatment for multidrug-resistant bacteria.

Read the paper: go.aps.org/4ndQo3o
PRX Life (@prx_life) 's Twitter Profile Photo

A mathematical model of a cancer cell population predicts that intermittent drug dosing strategies can generate optimal treatment outcomes, potentially rivalling the efficacy of continuous dosing regimes. go.aps.org/46dwMGv

A mathematical model of a cancer cell population predicts that intermittent drug dosing strategies can generate optimal treatment outcomes, potentially rivalling the efficacy of continuous dosing regimes.

go.aps.org/46dwMGv
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Our portfolio of peer-reviewed journals continues to rank among the top publications in physics, according to the 2024 Journal Citation Reports from Clarivate. Click through for a look at our highlights from this year’s report. 🔗 go.aps.org/44uDyqk

Our portfolio of peer-reviewed journals continues to rank among the top publications in physics, according to the 2024 Journal Citation Reports from <a href="/Clarivate/">Clarivate</a>. Click through for a look at our highlights from this year’s report.

đź”— go.aps.org/44uDyqk
Nitin Kumar (@alllivingactive) 's Twitter Profile Photo

For the physics behind this, see our PRX Life paper from last year: doi.org/10.1103/PRXLif…. We used robots to model these navigation trajectories.

PRX Life (@prx_life) 's Twitter Profile Photo

Researchers found a way to detect guilds of microbial species that occupy similar ecological niches using time series data of species abundances. They used it to predict resource competition from data in coastal #plankton communities. đź”— go.aps.org/4khxiH1

Researchers found a way to detect guilds of microbial species that occupy similar ecological niches using time series data of species abundances. They used it to predict resource competition from data in coastal #plankton communities.

đź”— go.aps.org/4khxiH1