Pretty cool!! pubs.acs.org/doi/10.1021/jac…
Last year, we showed that membranes can be asymmetric in an unexpected way: more phospholipids on one side than the other, balanced by cholesterol
Here, Bogdanov et al show similar in EColi, with DAG doing cholesterol's flippy-buffer job
Looking for a used or cheap gel-imager. I know there are probably hundreds of these things laying around in labs unused…maybe someone is willing to part with one that’s just taking up space?
Our Charles Perkins Centre Academic Director, Professor Stephen J Simpson, steps down from his role after 13 years
“Steve’s contribution to creating the flourishing multidisciplinary research and education ecosystem for which @sydney is now so well-known is simply beyond measure. That journey started in earnest when he took on the role to lead the establishment of our first whole-of-university MDI, the @CPC_usyd" Prof @DrEmmaLJohnston Deputy Vice-Chancellor (Research)
Prof Simpson continues in his role until March 2025 thereafter as Professor in @SydneySOLES@Sydney_Science as an @NHRMC Investigator Fellow
We'll be highlighting Prof Simpson CPC's many achievements over the coming months
➡️ sydney.edu.au/charles-perkin…
Hot off the press! Thank you, John@CarlsonLab_Yale. It was fun writing this with you. Soon, we will film the video for this protocol! jove.com/t/66665/base-record…
What do you do when you can’t find primers that are specific for your target DNA. I’ve got 5 similar genes and only want to amplify a 1000bp fragment of 1 of the genes. Primer-blast didn’t do it no matter how I tweaked the parameters. Help!
Our research on using AlphaFold2 to predict how peptides from disordered regions bind proteins has now been published with @SpringerNature in @NatureComms
I am very happy to share the updated paper with you 😀
rdcu.be/dwlLa
📢New preprint (together with Hélène Bret and Raphael Guerois) exploring how often AlphaFold2 can identify the correct binding site and interface for peptides from disordered regions, depending on the size of the input fragment and on the provided multiple sequence alignment.
The smallest flying insects, of the genus Megaphragma, are smaller than a single-celled amoeba.
An adult wasp has 4,600 neurons, compared to a house fly with 340,000.
Their neurons also don't have a nucleus, which enabled their brains to shrink by 50%.
Thanks to all the presenters at our #esa2023 Chemical Ecology Symposium. Fantastic research and standing room only. 🐞🦟🪰@hdweck99@LadyLordOfFlies Thanks also to @lovettbr and @EstherNgumbi for organizing a great meeting 🎉🍾