"#Marx treats #labour as a metabolic #relationship between #people and #nature."

" ... commodification – of labour and everything else – fundamentally changes the #human relationship with nature. When value becomes the #organising principle of metabolism between humans and nature, it cannot fully reflect the complexity of the #biophysical metabolic processes between them.”

"Marx describes the disruption of nature by the circuit of capital as a 'metabolic rift.'”

For example: "'spatial rifts' between the #cities and the #country, and between developed and developing #nations [and] 'temporal rifts' between the deep time of geological processes and the ever-increasing tempo of #capitalist #production."

Or obviously, from a perspective I've often tooted from, the 'rift' between infinite #growth the finite bounded world.

#MustRead

https://theconversation.com/friday-essay-could-a-reinterpreted-marxism-have-solutions-to-our-unprecedented-environmental-crisis-199963

We used #parallelcomputing and #biophysical #simulations to go from deep, #multimodal #feature changes to #causal #differences. Result? Three conductances explained #phenotypic, #disease-related changes, an observation supported by subsequent #snRNA analysis.

#introduction

Hi,

I am a #physicist and #neuroscientist who tries to bring both fields together in #neuroimaging.

I direct the Dept of Neurophysics at the #MPI for Human Cognitive and Brain Sciences (https://www.cbs.mpg.de/en). Our main tools are #MRI, #histology and #biophysical #modeling for in-vivo histology (#hMRI) and ultra-high resolution #fMRI.

Excited to see #MastodonScience growing so quickly 😀

This is my personal account and my posts/toots are just my personal views.

So we have a new #datapaper out on #biophysical & #agronomic parameters for #maize in #Ghana. This paper will be useful for folk doing #RemoteSensing #EarthObservation #CropModelling in #smallholder #agriculture systems
https://doi.org/10.5194/essd-14-5387-2022

Our next @SwanseaBioMaths Colloquium on Wed Dec 7 will be presented by @wilfred_otten on A #biophysical approach to #soil #fungal processes: from percolation theory to fungal invasion and resilience in soil systems
#biomaths #modelling
https://events.swansea.ac.uk/talk/index/2388/

Oh yes - no words on how much I missed nerding about #biochemistry and #protein #structure in all the lectures I gave the last 5 years - finally time for a special course on #biophysical #chemistry and #structural #dynamics of #proteins … omg #teaching is so much easier when you bring 20y of education and expert knowledge on the topic #StructuralBiology #biophysics #teaching in #chemistry

#introduction. I am professor at #USC. The research of my lab focuses on #StructuralBiology, specifically, #amyloid and #IntrinsicDisorder. We use primarily #NMR but also other #biophysical techniques. Looking forward to talk and learn about science.

In light of the ongoing #twexit I want to share our recent publication in Comms Biol here on #Mastodon

https://www.nature.com/articles/s42003-022-03997-3

A combination of #biophysical tools and #artificialinteligence helped to decode the binding affinity of multivalent peptides to their target protein gephyrin and how their architecture influences binding kinetics. Huge thx to all co-authors at Nanotemper https://nanotempertech.com/
Dynamic Biosensors https://www.dynamic-biosensors.com/
& Dominik Heiders lab! https://heiderlab.de/ 👏

In light of the ongoing #twexit I want to share our recent publication in Comms Biol here on #Mastodon

https://www.nature.com/articles/s42003-022-03997-3

A combination of #biophysical tools and #artificialinteligence helped to decode the binding affinity of multivalent peptides to their target protein gephyrin and how their architecture influences binding kinetics. Huge thx to all co-authors at Nanotemper https://nanotempertech.com/
Dynamic Biosensors https://www.dynamic-biosensors.com/
& Dominik Heiders lab! https://heiderlab.de/ 👏

#introductions
I am a Professor in the Dept. of Pharmacological Sciences as well as the Dean for The Graduate School of Biomedical Sciences at the Icahn School of Medicine at Mount Sinai in New York, USA.

The goal of my research program is to obtain rigorous mechanistic insights into the structure, dynamics, and function of important #membrane #proteins and #drug targets, including #GPCRs, #transporters, #ionchannels, and #integrins.

I am also an editor for #Biophysical Journal

Hi all - new to #Mastodon (fleeing the 🦃 #TwitterMigration).

I'm an Associate Investigator & #StructuralBiologist at HWI in Buffalo #NY. I direct the National High-Throughput #Crystallization Center 💎.

My group uses X-ray #crystallography, #microED, #computationalbiology, & other #biophysical tools to study #protein structure & function.

Especially interested in #metalloproteins & coupling #crystallography & #spectroscopy.

#Introduction #Science #SciComm #structuralbiology #WomeninSTEM