New preprint alert 🚨 We're thrilled to share our latest research that unravels the mysteries of t-tubule membrane growth in myofibers💪
https://t.co/5mK1lwMDXS
Thread below ⬇️#scitwitter#CellBiology#myofiber#developmentbiology
Why is fighting malaria hard? High quality diagnostics for 100’s of millions people is missing.
To give you a glimpse of why it’s hard, let’s play game: “Finding Waldo” watch video below with sound.
What you saw was “real time” diagnostics in health post in Senegal. #octopi
🔴🔴We have run into a situation where we can’t use trusty Halo-JF646 for our far red imaging. I haven’t followed what the best far red (not nir) FPs are these days? Any advice would be much appreciated!
@NathanShaner@joachimgoedhart@christlet. Please RT
Exciting new story from our lab on nuclei positioning🔵 during skeletal muscle development. Blood vessels seem to accumulate more myonuclei 🔴
Led by the amazing @CatarinaAS 💪🏼
#myofiber#skeletalmuscle#scitwitter
🚨 New paper alert! 🚨
I am thrilled to announce our latest work where we explored the link between myonuclear position and blood vessel organization during skeletal muscle postnatal development! Out now in @Dev_journal 📍
@gomes@ClaudioAFranco1@GIMM_Institute
Hello everyone, excited to share our preprint: https://t.co/DoThdFBDLT
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Everyday, cells like this crawl through your body to protect you. While we know that their front 🔴 and back 🔵 polarity programs work together, how exactly do these two processes communicate? Lets chat!
🚨 New from HHMI: Beautiful Biology 🚨
A visual journey into the microscopic world, showcasing biology’s hidden beauty. Discover stunning images from cutting-edge research paired with science-backed insights.
Dive into the unseen: https://t.co/daOvcWxt5M ✨
📢Save the Date for Virtual I2K 2024!
📅 Oct 28-30, 2024 - virtual, all time zones
Workshop Submissions are Open NOW until Oct 9!
Register in Sept!
More Details https://t.co/V8y99lKF3D!
BINA is co-hosting this event with @COBA_NIH and @GloBIAS_ .
#I2K2024virtual#OpenSource
Insects build specialised muscles in one animal? Flight muscle sarcomeres oscillating at 200Hz with gigantic A-bands vs regular larval sarcomeres. How? Solution: 1. I-band titin isoforms 2. Mechanical feedback from I- to A-band. Took 10 years to figure out
https://t.co/n5Vz4zH4r8
We are all living in a bubble that deprives us of experiences needed to understand the true magnitude of the threat posed by the rise of multi-drug resistant infections. It would be wise to allocate resources that match the severity of the threat.
https://t.co/grtVODQuW4
Are you looking for a pos-doc? We just opened two positions to study bacteria evolution in the gut in Gordo's Lab at the Gulbenkian Institute ;)! See https://t.co/5pKdPeDAO2
https://t.co/k0zkz0Y23A
How can the weak survive in this competitive world?
This beautiful movie shows the fierce competition between actin networks for scarce resources. A central rule of biological ecosystems captured by a minimal reconstituted system.
Congratulations to @cguerin38 and @acoli12 !
In the MBL Physiology course, faculty member Manu Prakash opened a window on the huge distances marine microbes travel with an ingenious app for light microscopes that his lab invented.
https://t.co/cK9Owbmtu8
🔔🔔 Calling all iPSC-derived Neuron folks…does anyone know of any (non neuron-specific and constitutive) promoters that robustly survive transdifferentiation from iPSC>Neuron during NGN2-based forward programming. For us CAG and EF1a(long) work well…is there a third?
Bioimage analysis is complex. @haesleinhuepf & team are encouraging collaborations between biologists, data scientists + computer scientists to bridge gaps & drive advancements