Nattiwong Pankasem (@nattiwongpan) 's Twitter Profile
Nattiwong Pankasem

@nattiwongpan

Grad Student @ucsdbiosciences | Schroeder Lab | A plant biologist who is keen to understand how plants feel global warming 🌾🧜‍♂️

ID: 1428990274106134529

linkhttps://npankasem.weebly.com calendar_today21-08-2021 08:00:12

253 Tweet

143 Takipçi

393 Takip Edilen

Dr. Yue Li (@yueli_la) 's Twitter Profile Photo

Plant physiological responses to CO2 #fertilization can make natural climate solutions (e.g., reforestation, avoiding #deforestation) less efficient through climate feedback from stomatal closure. New Phytologist UCLA Geography nph.onlinelibrary.wiley.com/doi/10.1111/np…

Plant physiological responses to CO2 #fertilization can make natural climate solutions (e.g., reforestation, avoiding #deforestation) less efficient through climate feedback from stomatal closure. <a href="/NewPhyt/">New Phytologist</a> <a href="/GeographyUcla/">UCLA Geography</a> 

nph.onlinelibrary.wiley.com/doi/10.1111/np…
Plant Cell & Environment (@plantcellenvir) 's Twitter Profile Photo

A compact microscope system captures stomatal dynamics in planta with high temporal resolution. Maize stomata transition rapidly for efficient CO₂ uptake, while Chrysanthemum stomata close slowly, reducing water use efficiency. onlinelibrary.wiley.com/doi/epdf/10.11… Wiley Plant Science #OpenAccess

A compact microscope system captures stomatal dynamics in planta with high temporal resolution. Maize stomata transition rapidly for efficient CO₂ uptake, while Chrysanthemum stomata close slowly, reducing water use efficiency.
onlinelibrary.wiley.com/doi/epdf/10.11… <a href="/wileyplantsci/">Wiley Plant Science</a> #OpenAccess
CBGP (@cbgp_madrid) 's Twitter Profile Photo

#SeminarCBGP | 24/04/25 - 12:00h 🧑🏽‍🔬 Dr. René Schenider 🌍 The University of Potsdam, Germany 📝 "Unraveling the protein machinery controling cell wall patterning in the vasculature of plants” 💻 Zoom ID: 852 6538 1333 | Código acceso: 295567 #somosUPM

#SeminarCBGP | 24/04/25 - 12:00h

🧑🏽‍🔬 Dr. René Schenider
🌍 The University of Potsdam, Germany
📝 "Unraveling the protein machinery controling cell wall patterning in the vasculature of plants”
💻 Zoom ID: 852 6538 1333 | Código acceso: 295567

#somosUPM
Dr Frances Sussmilch (@drsussmilch) 's Twitter Profile Photo

Pleased to share our review on the evolution of light-induced stomatal opening mechanisms - led by PhD candidate Caroline Ivsic - out now in TrendsPlantSci. You can find it here: authors.elsevier.com/a/1kw6w4rGdjeC…

Pleased to share our review on the evolution of light-induced stomatal opening mechanisms - led by PhD candidate Caroline Ivsic - out now in <a href="/TrendsPlantSci/">TrendsPlantSci</a>. You can find it here: authors.elsevier.com/a/1kw6w4rGdjeC…
Hiromu Kameoka (@pact_kame_gfp) 's Twitter Profile Photo

A plant CLE peptide and its fungal mimic promote arbuscular mycorrhizal symbiosis via CRN-mediated ROS suppression | PNAS pnas.org/doi/full/10.10…

Nicholas Fabiano, MD (@ntfabiano) 's Twitter Profile Photo

Why do living organisms need sleep? A new theory suggests that myelin acts as a proton capacitor, accumulating energy during sleep. 🧵1/12

Why do living organisms need sleep?

A new theory suggests that myelin acts as a proton capacitor, accumulating energy during sleep.

🧵1/12
ぴーちゃん (@peechan1970) 's Twitter Profile Photo

ヒマワリの単為生殖で半数体種子生成を発見。遺伝・化学・環境要因で生成率向上。化学的去勢とゲノム倍加で、稔性植物生産と半数体システムの効率化に成功。natureよりnature.com/articles/s4158…

Prof. Nikolai Slavov (@slavov_n) 's Twitter Profile Photo

Phosphorylation depends both on the sequence and on spatial proximity in vivo between kinases and their substrates. Both of these factors are accounted for in this preprint 1/2

Phosphorylation depends both on the sequence and on spatial proximity in vivo between kinases and their substrates.

Both of these factors are accounted for in this preprint

1/2
Alejandro Montenegro (@aemonten) 's Twitter Profile Photo

A new issue of CSH Protocols is out! The cover image highlights an article by Jiang et al (MSU), who describe a protocol for the extraction, quantification, and analysis of anthocyanins in maize. ⬇️Links below

A new issue of CSH Protocols is out!

The cover image highlights an article by Jiang et al (<a href="/michiganstateu/">MSU</a>), who describe a protocol for the extraction, quantification, and analysis of anthocyanins in maize.

⬇️Links below
矢守 航 / Wataru Yamori (@utokyo_yamori) 's Twitter Profile Photo

🌱A “Next-Generation Crop Strategy” for Drought Resilience💧 Naoya (Naoya Katsuhama), a PhD student, has uncovered the secret behind drought-tolerant plants💪 Boosting both root absorption and leaf photosynthesis at the same time🌱 Read the full article here⬇️ academic.oup.com/pnasnexus/arti…

🌱A “Next-Generation Crop Strategy” for Drought Resilience💧
Naoya (<a href="/NKatsuham/">Naoya Katsuhama</a>), a PhD student, has uncovered the secret behind drought-tolerant plants💪
Boosting both root absorption and leaf photosynthesis at the same time🌱
Read the full article here⬇️
academic.oup.com/pnasnexus/arti…
Niko McCarty 🧫 (@nikomccarty) 's Twitter Profile Photo

The only rule in biology is that there are exceptions to every rule. This is what makes biology infinitely exciting; even when you think you’ve got the complete view, the floor can drop out from underneath you at any given moment. Case-in-point: The nucleus is the thing that

The only rule in biology is that there are exceptions to every rule. This is what makes biology infinitely exciting; even when you think you’ve got the complete view, the floor can drop out from underneath you at any given moment.

Case-in-point: The nucleus is the thing that