And the SCENE wrapped up!
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Vishwadeep Mane
@ManeVishwadeep
A PhD student , microbiologist by training and currently working on the mechanical aspect of leaf morphogenesis from Utpal Nath's laboratory.
Vishwadeep Mane’s Tweets
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From the atrium of to , Mechanics in Biology Advance course was a triumph. Kudos to and for organizing a productive meeting. Not just science, but we created memories too.
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Advanced Course Mechanics in Biology: from molecules to cells & tissues
Hands on & demo of a varied set of microscope/measurement systems
Huge thank you to:
For bringing kit & more so being here ❤️
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A fantastic start to Mechanics in Biology Advance course by organised by ! A joint project with our collaborators Prof Olivier Hamant !
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The story of leaf in color.
Courtesy: Arabidopsis seeds from
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Plants can distinguish touch from letting go🪓👋 New insights from calcium wave dynamics in pavement cells
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Have you ever wondered how living organisms develop their complex shapes and patterns? It's all thanks to morphogenesis!🦓
Put simply, it is the biological process by which tissues, organs, and organisms develop their shape and form - and without it, we couldn't exist...
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During weekly lab meetings the people in my group present in one slide the highlights/progress of the past week. This is the best slide we’ve ever had. We laughed so much and hugged because: science is hard, it’s okay to admit it, and we are all in it together 🙂#mentalhealth
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Super-resolution microscopy reveals for the 1st time the manufacture of wood deep inside a living plant – Raymond Wightman has captured spectacular footage of wood biosynthesis, demonstrating wood-forming cells to be highly efficient material makers 🪵🏭
➡️bit.ly/csc-wood
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Please RT:
Join our team at for a #PhD to study how floral organs get their shape?
#Arabidopsis #gyniecium #morphogenesis #morphodynamics
kierzkowski-lab.com/join-the-lab/
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On the EVENT HORIZON for turning 29.
Time passes away, but do love. Like Gravity, love can transcend dimensions.
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Epidermis-specific expression of AtML1 is controlled by a mechanical signal that is typical for the outermost cell layer. Nice work by Hiroyuki Iida and Shinobu Takada.
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Anisotropic cell growth at the leaf base promotes age-related changes in leaf shape in Arabidopsis thaliana buff.ly/3HFrEgx #PlantSci
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NEWS - Profs Enrico Coen & Daniel J.Cosgrove review the growth and shapes of plants in , suggesting the mechanics of morphogenesis share common principles across kingdoms
okt.to/Y3j0bp
@GEN_ISP_JIC
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Have you ever wanted to watch a leaf grow from a nub of tens of cells to thousands?
Us too!
We're excited to share our strategies to streamline this feat 🔥hot off the peer review presses 🔥
plantmethods.biomedcentral.com/articles/10.11
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pt. I of our @RoederLab double feature… twitter.com/biorxiv_plants…
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I’m willing to put my name forward…
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Just a reminder that there's nothing in the US Constitution that prevents a Cat from being Speaker of the House
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Today's episode is SO good. and talk with Olivier Hamant about robustness and efficiency--in photosynthesis, plant biology, and in human systems.
Check it out:
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🚨New Article🚨
“Using quantitative methods to understand leaf epidermal development"
By Chi Kuan et al.
👉cambridge.org/core/journals/
#leafepidermaldevelopment #quantitativemethods #SLGC #stomata #cellstate
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So has reached India (Humanyu’s tomb) & South Africa (Muizenberg Beach) for distribution in schools/libraries/townships for free! Buy direct from velocitypress.uk/product/planet and a whopping £7 per sale goes to supporting young people we worked with. Cover by
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Check out Kate's beautiful BioRXIV preprint taking a multi scale look at how dynamic patterns of cellular growth give rise to leaf flatness.
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… and pt. II twitter.com/biorxiv_plants…
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An optimized pipeline for live imaging whole Arabidopsis leaves at cellular resolution biorxiv.org/cgi/content/sh #biorxiv_plants
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Happy to share my first (co)first author work! Comparative Leaf-Flower primordia growth model is now online. cell.com/current-biolog
A great collaboration with Yuling Jiao lab. , #CEPEI.
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Today, we’re introducing a new model that eliminates accept/reject decisions.
By publishing every paper with eLife reviews as a Reviewed Preprint, we plan to restore autonomy to authors, ensuring that they will be judged by what, not where, they publish. elifesciences.org/inside-elife/5
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Excited to share our new paper presenting a physical model of leaf spongy #mesophyll #development! A long time in the making, this work was led by with and many twitterless others, funding arxiv.org/abs/2208.08800
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Planet Divoc-91 Available From Velocity Press
comicbuzz.com/planet-divoc-9
#PlanetDivoc91 #comics #comicbooks
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I'm super excited to share my 1st first-author paper now out in , where we tackle an age-old question in microbiology: How do dormant spores decide to wake up? Turns out that they can count in their sleep using electricity!😴⚡️
science.org/doi/10.1126/sc
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For all the katanin lovers (I know a few here 😉)
▶️ Opto-katanin, an optogenetic tool for localized, microtubule disassembly
cell.com/current-biolog
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The diversity of seeds will never cease to amaze me. Here's an image I came across this morning showing the diversity of size in Fabaceae, from:
sciencedirect.com/science/articl
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Who’s getting excited about lCAR 2022 in Belfast next month?!
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Play is the best way to learn and understand. Therefore, members of the lab developed this amazing FLC UNO game
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Did we mention that plant biomechanics is pretty cool?
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Plant Root Biologists: "As sessile organisms, plants are continuously exposed to pathogens"
Plant Root Biologists: "As sessile organisms, plants are continuously exposed to gravity"
Plant Root Biologists: "Plants are sessile organisms"
David Attenborough:
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Applications are open for admissions to PG/PhD programmes for 2022-23. We have exciting new programmes starting this year, including MSc in Life Sciences and Chemical Sciences, and MTech in Bioengineering. Apply now!
iisc.ac.in/admissions/
#IIScadmissions #WhyIISc
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