Maneesh Lingwan

Meet our CSTM Member of the Month! 🎉 @maneeshlingwan.bsky.social is known for his expertise in decoding plant metabolism using mass spectrometry, metabolomics, and systems biology and wants to build an academic career that combines mentorship and research.

It was incredible experience meeting past and present Plantae fellows in #PlantBiology2025, If you are looking for the opportunity to be part of early career global plant science community, applications are open for #Plantaefellow #Plants @aspbofficial.bsky.social, @plantteaching.bsky.social

Three people stand side-by-side on a stage with large letters behind them, "ASPB." Two people hold certificates in their hands.

Sincere congratulations to Monitoring Editor Aruna Kilaru on being named a Fellow of ASPB at #PlantBio2025 👏 👏 👏 (from l-r: Aruna, ASPB President Hong Ma, co-awardee Christoph Benning) @aspbofficial.bsky.social

Mechanisms and Applications of Polyploidy and Hybrid Vigor in Agriculture

Next up, Z. (Zengjian) Jeffrey Chen
"Mechanisms and Applications of Polyploidy and Hybrid Vigor in Agriculture"
#PlantBio2025
Talking about their Big, Beautiful Data 😉

Session features talk by: @maneeshlingwan.bsky.social , Kristen Edgeworth, @ciara-obrien.bsky.social , Nitin Kamble and Nadia Mourad Silva

@danforthcenter.bsky.social | Washington University in St. Louis | @johninnescentre.bsky.social | IISER TVM | University of Florida

Image Text: Biochemistry 1: Specialized Metabolites. Sunday, July 27, 2025. 1:30 PM - 3:15 PM. Maneesh Lingwan, Kristen Edgeworth, Ciara O'Brien, Nitin Kamble and Nadia Mourad Silva. University of Texas at Austin | Danforth Plant Science Center | University of Texas at Austin | Texas A&M | University of Birmingham

📣#PlantBio2025 daily highlight: Biochemistry 1: Specialized Metabolites Concurrent Session!🌱 buff.ly/thKyu2R

Learn more and register now!👉https://buff.ly/k7oIzj8

#plantscience

YouTube video by Plantae Plant Physiology webinar: Plant Lipids, Signaling and Metabolism

Did you miss last week's Plant Physiology webinar on Plant Lipids: Signaling and Metabolism? No worries, the webinar recording is now available.
@plantaeofficial.bsky.social,
@plantteaching.bsky.social @plantphys.bsky.social , @aspbofficial.bsky.social

youtu.be/rqIj0UoxGeQ?...

Genomic prediction of cereal crop architectural traits using models informed by gene regulatory circuitries from maize Abstract. Plant architecture is a major determinant of planting density, which enhances productivity potential for crops per unit area. Genomic prediction

The Eveland lab & collaborators have been analyzing the networks of genes that control plant architectural traits, using predictive modeling with extensive genomic & phenotypic data to reveal similarities or differences between the networks controlling plant architecture. Learn more: loom.ly/7TuaIzU

In this new preprint, we show that fatty acid biosynthesis in oil-enriching plant tissues is not isolated but is associated with a simultaneous breakdown of fatty acids. #Lipid_turnover #Beta_oxidation #Plant_lipid

Join us to learn more about plant lipids

Image Text: Webinar: Plant Lipids (Feb 13). Speakers: Rebecca Roston, Yingqi Cai, Philip D. Bates. Host: Ana Laxalt. Moderator: Maneesh Lingwan. Featuring Speaker photos and ASPB and Plant Physiology logos on themed-background.

📣 Join us on February 13th, noon EST, for a Plant Physiology webinar celebrating Plant Lipids: Signaling and Metabolism.🌱

👉Learn more and register at https://blog.aspb.org/february-13-plant-physiology-webinar-plant-lipids/

February 13: Plant Physiology webinar, Plant Lipids | Plant Science Today Celebrating the February 2025 Focus Issue on Plant Lipids Thursday, February 13, 2025 9 AM PST | Noon EST | 5 PM UTC | 6 PM CET About This Webinar The February 2025 issue of Plant Physiology…

Sign up today for upcoming Plant Physiology webinar on Plant Lipids:Signaling & Metabolism, scheduled for Feb 13, 2025 @aspbofficial.bsky.social @plantteaching.bsky.social @rebeccaroston.bsky.social
@plantphys.bsky.social
@plantaeofficial.bsky.social
blog.aspb.org/february-13-...

Three-panel image highlighting parasitic plants. First panel is striga infestation in a sorghum field, second is a image showing the huge size of a Raffia flower, and final image is of a root section showing the structures from the parasite that break into the root tissue to extract nutrients.

#PlantScience Research Weekly, Jan 7, 2025 plantae.org/plant-scienc... Focus Issue: Hypoxia and Plants; Special Issue: Parasitic Plants; Unlocking photosynthetic efficiency through BOOSTER; A “GAME” changer in specialized metabolism; A fresh starch: Granule morphologies in potato tuber (1/2)

A fantastic start to 2025! Delighted to share that our latest study on BBX22-mediated DNA damage repair under high UV-B stress is now online. #plantscience

Data-integrative modeling approach to predict biochemical and physiological consequences of mutations in A. thaliana lipid metabolism
@aspbofficial.bsky.social @plantphys.bsky.social @theplantcell.bsky.social

IN BRIEF: Sorbitol signaling: Linker histone MdH1.1 modulates malic acid buildup in apple (Maneesh Lingwan, Arpita Yadav) doi.org/10.1093/plcell… @LingwanManeesh @arpita_yadav_ @ASPB #PlantSci

IN BRIEF: Sorbitol signaling: Linker histone MdH1.1 modulates malic acid buildup in apple (Maneesh Lingwan, Arpita Yadav) doi.org/10.1093/plcell… @LingwanManeesh @arpita_yadav_ @ASPB #PlantScience

Image Text: The Plant Cell is now on BlueSky! @theplantcell.bsky.social. Featuring The Plant Cell logo and social media account URLs, on a plant science-themed background

The Plant Cell is the place for groundbreaking research on plant cell biology, development, and genetics. From cellular mechanisms to genome evolution, this journal covers the latest, most impactful plant science. 🌿

Image Text: Plant Physiology is now on BlueSky! @plantphys.bsky.social. Featuring Plant Physiology logo and social media account URLs, on a plant science-themed background

Plant Physiology is a leading journal for plant biology research published by ASPB spanning a wide range of topics including:
🔬 Plant growth and development
🌱 Metabolism and signaling
🌍 Plant-environment interactions

Learn, connect, and grow with Plantae webinars! 🌿
🎥 Topics include:
✅ The latest plant biology research
✅ Science communication tips
✅ Career advice from experts

Catch live sessions or watch on-demand. Join us at www.plantae.org to stay informed and inspired! 🌱

#PlantaeWebinars #PlantBiology

Image text: 2025 Plantae Fellows. www.plantae.org | www.aspb.org. Featuring ASPB & Plantae Logos, and Plantae Fellows names and headshot photos.

Behind every great community is a team of passionate contributors. Enter the Plantae Fellows! 🌿
The Fellows create valuable content for Plantae, including blogs, webinar, and research summaries.

Learn more about the 2025 cohort at plantae.org/aspb-plantae...

#PlantBiology #Plantscience

Image Text: ASPB is now on BlueSky! @aspbofficial.bsky.social. Featuring ASPB logo and social media account URLs, on a plant science themed background

🌱Welcome to the official BlueSky account of the American Society of Plant Biologists (ASPB)! We’re a global community dedicated to advancing plant science, fostering innovation, and supporting plant biologists in their research and careers. 🌍✨

#PlantBiology #ASPB

🚨 New here? Let’s connect! The American Society of Plant Biologists (ASPB) is your go-to source for the latest in plant science research, policy updates, and career tips.
Follow us and grow together! 🌻

#PlantBiologists #STEMCommunity

Just Surviving to Thriving: Taking SMART Steps to Build a Successful Lab | Plantae Building your lab in the best possible way is essential for achieving effective and productive outcomes. Running a research lab is an exciting and time-investing operation that needs qualified…

Building your lab in the best possible way is essential for achieving effective and productive outcomes. Here are some actions that can be tapped to establish a lab that excels in research and innovation.Taking SMART Steps to Build a Successful Lab - plantae.org/just-survivi...

Just Surviving to Thriving: Taking SMART Steps to Build a Successful Lab | Plantae Building your lab in the best possible way is essential for achieving effective and productive outcomes. Running a research lab is an exciting and time-investing operation that needs qualified…

Just Surviving to Thriving: Taking SMART Steps to Build a Successful Lab - plantae.org/just-survivi...

Gordon Research Conferences
(GRC) on Plant Lipids: Structure, Metabolism, and Function, in Pomona, CA, from January 25–30, 2025.
www.grc.org/plant-lipids...

SIMPEL tool to elucidate dynamics of complex metabolism | Plantae Cellular metabolism involves flux through metabolic routes, which can be measured using stable isotope (13C,15N) tracers. High-resolution mass spectrometry (HRMS) and transient isotope labeling…

Plant Science Research Weekly - SIMPEL tool to elucidate dynamics of complex metabolism #plant #science #biology #metabolism

plantae.org?p=126054

SIMPEL tool to elucidate dynamics of complex metabolism | Plantae Cellular metabolism involves flux through metabolic routes, which can be measured using stable isotope (13C,15N) tracers. High-resolution mass spectrometry (HRMS) and transient isotope labeling…

Plant Science Research Weekly - SIMPEL tool to elucidate dynamics of complex metabolism #plant #science #biology #metabolism

plantae.org?p=126054

Thrilled to be part of Assistant Features Editors at Plant Physiology. Looking forward to working with great team. 🌱 #PlantPhysiology #Editorial #DanforthCenter #Plants #PlantScience #Science #STEM
Find more about AFE 2024 here-
academic.oup.com/plphys/advan...

UMAMIT44 exports plastidial glutamate and is essential for plant growth | Plantae Amino acids (AA) are fundamental components of peptides, proteins, and enzymes that play a critical role in plant growth, cellular metabolism, and stress response. Plants synthesize most AA within…

Plant Science Research Weekly/ American Society of Plant Biologists hashtag / Plantae

plantae.org/umamit44-exp...