Top Tweets for #iScience
📖 Lee el artículo completo → https://t.co/6ggeKIh9xN
🧾 Gálvez-Merchán et al., 2026 – iScience
#iScience #CellCycle #BiologíaCelular #Investigación #Ciencia #Research
A family dog can boost teens' mental health through the microbiome, study suggests. https://t.co/D8XOdgHhb2.?utm_source=x&utm_medium=organic&utm_campaign=pr
Takefumi Kikusui & colleagues
#iScience
Here’s a recently finished #illustration #commission I did for a RL client at my work for their lab’s entry into the #iScience Journal! The image and its symbols represent different aspects of #neuroscience and #brain #communication. 🧠 #MatronicArt #neurology #artist #artistonx
【研究成果】ヒトの７倍の巨大ゲノムを解読 ― イベリアトゲイモリが示す発生・再生・進化・行動の謎 ―https://t.co/SePQqL6ECs 林 利憲 教授は理学部生物科学科の教育・研究も担当しています。 ＃広島大学 ＃理学部 ＃生物科学科 ＃両生類研究センター ＃iScience
🧬 Trochę nauki od nas!
Właśnie ukazał się nasz artykuł w #iScience by #CellPress o tym, jak zmieniała się w czasie zależność wirusa SARS-CoV-2 od proteaz, czyli enzymów niezbędnych do jego aktywacji. To one pozwalają wirusowi wejść do naszych komórek i rozpocząć infekcję! 🦠🔬 Gratulacje Aleksandra Milewska @aleks_milewska, świetna robota!!
https://t.co/kou103kD2C
W naszej publikacji pokazujemy, że ewolucja SARS-CoV-2 to nie tylko unikanie układu odpornościowego, ale też precyzyjne dostrajanie się do organizmu gospodarza! 👨🔬🧪 Nasze badania wyjaśniają, dlaczego niektóre strategie terapeutyczne okazały się nieskuteczne i wskazują nowe drogi walki z wirusem. Do pewnego stopnia rzucają również światło na pojawianie się nowych wariantów patogenu. No i samo zrozumienie mechanizmów zakażenia jest po prostu fascynujące! 🤓
Co ciekawe, równolegle do eksperymentów w laboratorium prowadziliśmy dzięki świetnej współpracy z Adolfo Poma @PomaResearch & Luis Fernando Cofas-Vargas symulacje komputerowe. Niesamowite było widzieć, jak wyniki z obliczeń pokrywają się z tym, co obserwowaliśmy pod mikroskopem! 🤝💻🔬
Dzięki @NCN_PL & @EU_Commission @EC_HERA
@JagiellonskiUni @MCB_UJ @PAN_akademia @ipptpan @Cyfronet
#SARSCoV2 #COVID19 #Proteases #Science #HostPathogen
🔌Electronic transport properties in lithium cobalt oxide battery electrode material studied in ion-gated #transistor configuration (Staffolani Soavi) #iScience
https://t.co/Hf15ggJtRI
Happy to share that our work on in vitro neurotoxicology assessment of an #RNA splicing modulator was published in #iScience:
https://t.co/A7Hktm3fcQ
Joint work with Tom Boerstler, Florian Krach, Jürgen Winkler and Beate Winner 🚀
@Molecular_Neuro @UniFAU
#WinnerLab
⬇️
Can bumble bees adjust their response to danger? 🐝
A new study by @cimec_unitrento researchers et al. suggests that GABA may modulate pain-like behavior in insects, offering insights into how brains respond to noxious stimuli.
🔗 https://t.co/e1SecgPkhR
#neuroscience #iScience
#iScience Modeling tumors as complex ecosystems https://t.co/8zAOEShhzm Most mathematical models of tumor ecology cannot account for the phenotypic diversity or predict its consequences. A generalized Lotka-Volterra model (GLV) is proposed as solution.
📣 Chen lab has a new publication in @iScience_CP!
“Impaired phase separation and nucleolar functions in hiPSC models of SNORD118-related ribosomopathies”
Check it out here: https://t.co/AOEL5nNNaP
#CCMBUSC #USCResearch #iScience #CellPress #hiPSCs
New paper out on #iScience 📌
We showed that #feeding is a strong #circadian synchronizer for the locomotor #activity of blind #cavefish and that this trait likely reflects the adaptation to extreme environmental conditions.
@CriAuBertolucci
Our last paper is out in #iScience. We showed that #feeding represents a strong #circadian synchronizer for blind #cavefish | Proud to be part of this research team EU team | https://t.co/rDD53Js5Cv
#iScience Acute exposure to caffeine improves foraging in an invasive ant https://t.co/MJVFGzDjng “caffeine boosts learning: under low to intermediate caffeine concentrations ants were 38% faster with each consecutive visit.”
Our work on apo-σ70 is now out in #iScience : https://t.co/79bJO3Z9xu
Great work by my team, Khalil Joron and Joanna Zamel and in collaboration with Nir Kalisman.
...and it is officially out in #iScience :
https://t.co/YfcmuzeKrR
Evidence of a compact conformation of apo-σ70 in vitro and in vivo
I am delighted to share our latest work on bacterial transcription.
https://t.co/HF0Ut4g1GI
Here, we performed crosslinking mass-spec and used the results as restraints to recover structure models of (almost) full length apo-sigma70 (excluding its region 1.1).
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