Carbon Capture Reimagined: New Material Removes CO₂ From Air Like a Tree https://share.google/6cH7F14qJ43OY9yFQ

Navbatdagi hamkorlikdagi maqola!
🧪🧬 Qurbaqalar zahridan olingan tabiiy birikmalar SARS-CoV-2 virusiga qarshi samarali vosita!
Hamkorlikda olib borilgan ilmiy tadqiqotimiz Springer Nature nashriyotining Journal of Computer-Aided Molecular Design jurnalida chop etildi! 🎉
Tadqiqotni asosiy qismi Biorganik kimyo institutida faoliyat yuritayotgan Dr. Muzaffar Qayumov tomonidan amalga oshirildi.
Ushbu ilmiy izlanishlar doirasida O‘rta Osiyo yashil qurbaqasining (Bufo viridis) zahridan olingan olti xil bufalin (A–F) o‘rganildi. Molekulyar docking, molekulyar dinamika, erkin energiya hisoblashlari (umbrella sampling) va in vitro biokimyoviy testlar yordamida 3CLpro fermentiga qarshi kuchli ingibitorlik ko‘rsatgan birikmalar aniqlandi.
📊 Jumladan, bufalin (A) va gamabufotalin (C) IC₅₀ qiymatlari 1.37 µM va 2 µM bo‘lgan holda yuqori samaradorlik ko‘rsatdi. Bu birikmalar antivirus dori vositalari uchun kelajakdagi yetakchi nomzodlar sifatida baholandi.
🎉 Ushbu muvaffaqiyatli natija bilan barcha hammualliflarni tabriklaymiz va ilmiy hamkorlik uchun minnatdorchilik bildiramiz!
📄 Maqolaga havola: https://link.springer.com/article/10.1007/s10822-025-00623-2

Evapolectricity, produced for the first time in human history — It's the end of photovoltaics https://share.google/62AEOiRkXohqkQrsB

World’s most porous sponges: intricate carbon-trapping powders hit the market https://share.google/6YAu6sHHQTbWg54un

‘CrystalGPT’ set to enhance how chemists design crystals in silico | Research | Chemistry World https://share.google/3SEjIJVe3WwqPTeBE

As a new warning is released by scientists that trying to offset our carbon emissions by planting trees alone won’t work, we investigate the role the Earth’s forests are playing in the fight against climate change.

Marnie Chesterton is joined by Mark Maslin, Professor of Earth System Science at University College London, to help answer our top five questions about trees and CO2. - https://www.bbc.com/audio/play/m002dpns

🇺🇿 🎉 Institutimizda do‘stim, kursdoshim Shokir Pardaevni mehmon qildik! 👨‍🎓
Shokir Mississippi state universitetida magistratura, Kent state universitetida esa doktorlik darajasini olgan. 🧠 Hozirda u dunyodagi eng ilg‘or texnologik kompaniyalardan biri bo‘lgan Intel korporatsiyasida muhandis bo‘lib ishlamoqda. 💻🌍
Institutimizda olib borilayotgan tadqiqotlar bo‘yicha mazmunli suhbat qildik. Jumladan:
🔬 Plazma qishloq xo‘jaligi
🧬 Plazma yordamida saratonni davolash
💊 Sun’iy intellekt orqali dori ishlab chiqish
🌌 Astrofizika va kosmologiya
🌿 Bioo‘g‘itlar va GIS texnologiyalari
🌱 O‘simlik kasalliklarini aniqlashga mo‘ljallangan SI dasturlar
Shokir SI yordamida dori izlash mavzusiga katta qiziqish bildirdi va biz bu yo‘nalishda hamkorlikda loyiha boshlashga kelishib oldik. 🤝✨
Natijalarni tez orada baham ko‘ramiz! 📢
Institutimizga yana bir bor xush kelibsiz, Shokir! 🧪🌱🚀
🇺🇸 🚀 We were delighted to welcome my friend and former coursemate Dr. Shokir Pardaev to the Institute of Fundamental and Applied Research! 🎓
Shokir earned his Master’s degree from Mississippi State University and completed his PhD at Kent State University. 🧠 Currently, he works as an Engineer at Intel Corporation, one of the world’s leading tech companies. 💻🌍
During his visit, we had an inspiring discussion about the diverse research activities at our institute, including:
🔬 Plasma agriculture
🧬 Plasma-based cancer therapy
💊 AI-assisted drug discovery
🌌 Astrophysics and cosmology
🌿 Biofertilizers and GIS technologies
🧠 AI tools for plant disease detection
Shokir expressed strong interest in AI-driven drug discovery, and we are excited to announce our upcoming collaborative project in this area. 🤝✨
We look forward to sharing the results soon! 📢
Welcome again, Shokir! 🧪🌱🚀

🚨 Hamkorlikdagi ilmiy maqola! 🧬📘
Center for Advanced Technologies - CAT Ilg'or texnologiyalar markazi - ITM xodimlari bilan olib borilgan samarali hamkorlik natijasi Archives of Biochemistry and Biophysics jurnalida chop etildi! 🧑‍🔬👏
Artyom Baev va Khondamir Rustamovga ushbu muhim tadqiqotda ishtirok etish taklifi uchun chuqur minnatdorchilik bildiraman.✨
Molekulyar dinamika simulyatsiyalari yordamida ADP o‘rniga polifosfat (polyP) molekulalari ham P2Y1 retseptorini faollashtirishi mumkinligini aniqlandi. 📈
polyP bilan bog‘lanish retseptorda konformatsion o‘zgarishlarni keltirib chiqaradi, natijada faollashuv yuz beradi va terining fibroblast hujayralarida kaltsiy signali induktsiyalanadi!
💡 Bu tadqiqot retseptor faollashuvi mexanizmlarini chuqur tushunish va yangi dori vositalari ishlab chiqishda katta imkoniyatlar yaratadi! 💊🔓
Maqola bilan to'liq tanishish uchun havola: https://www.sciencedirect.com/science/article/pii/S0003986125002681

Scientists create an artificial cell capable of navigating its environment using chemistry alone https://share.google/iU7s7eXtY2dEKNaLC

Concrete Reinvented: AI Simulates 4 Billion Atoms To Build Better Materials https://share.google/LxqKwYLNmoBI6Cwjw