We are MACSYS, an ARC-funded initiative to generate whole cell models for fundamental science, design in synthetic biology, and biotechnology. We compute life.
Please RT: new @MacsysCoe & @TheoryLivingSys webinar by Prof. Bas Teusink https://t.co/PmkYo0SAFz
on Wednesday 22nd of November at 3:30pm AEDT (GMT+11 - Syd/Mel/Can).
Very much looking forward to our first whole cell modelling seminar.
One of the important tests for mammalian whole cell models could be to test/explain the multiplicity of phenotypic involvements of functional variants.
So happy to see this paper finally published 😍. It was a great collaboration and kudos to @Roesch_E and @theosysbio for leading it.
Friends in Biology or any Biology-adjacent field, this paper will likely be very interesting to you:
https://t.co/uE7YCWAEVE
In case anyone missed the original post a while back, here is a *FREE* BioRender equivalent that has image assets compatible with InkScape and other illustrator platforms.
https://t.co/XZUk3HOrQT
Excited to announce that we are significantly expanding the computational biology program at @PeterMacRes.
Applications now open for 2 group leader positions! Come and work with me! Please share widely. Closing June 1.
https://t.co/R5M5EFPn1k
🧵explaining why I won’t be joining institutional #InternationalWomansDay2023 events.
If institutions want to be seen as change makers, invest in that.
I’ll celebrate you when I see data showing equal recognition and 💰spent on women’s work as on men’s. #Academic#WomenInSTEM 1
Climate change is accelerating the emergence and spread of superbugs, which thrive in warm, wet conditions. @CSIRO@ATSE_au urge governments to tackle antimicrobial resistance before we sleepwalk into a superbug's paradise. @OneHealthAu@ConversationEDU
https://t.co/Mld5gwpOGT
It was impressive reviewing the papers from our field to show how far understanding has come for the quantitative aspects of bacterial cell surfaces and the processes by which they are made https://t.co/WAWAQPRCCP @CentreImpactAMR@MacsysCoe@MonashBDI