[Uz] 🌏✈️ Bugun shogirdim Davronjon Izzatulla Õğli va hamkasbim Maqsudbek Yusupov bilan Pekinga uchamiz! Eng katta konferensiyalardan biri bo'lgan — Plazma fanlari bo‘yicha 51-IEEE xalqaro konferensiyasi (ICOPS) va plazma bo‘yicha 4-Osiyo-Tinch okeani konferensiyasida ishtirok etamiz.
Tashkiliy qo‘mita tarkibiga kirgan sobiq hamkasblarimiz tomonidan taklif etildik. Ushbu konferentsiya olimlar va muhandislar uchun plazma fani va texnologiyasining so'nggi yutuqlari bilan tanishish, yangi tadqiqot yo'nalishlarini o'rganish va kelajakdagi tadqiqot yo'nalishlarini muhokama qilish uchun ajoyib forumdir.
Umid qilamizki, bu anjuman biz uchun samarali bo‘ladi.
https://www.icops2024.com/
#ICOPS2024 #PlasmaScience #ResearchJourney

[UZ] Professor Muhammad Saiful Islam Khan institutimizga tashrif buyurdi! 🎉 U Markaziy Osiyo Universitetining Tibbiyot fakultetida ishlaydi va asosiy qiziqishi plazma qurilmalari va ularning tibbiyotdagi qo‘llanilishi. ⚡️💉 Birgalikda hamkorlik masalalarini muhokama qildik. 🤝
Bizning guruhimiz plazmaning saratonni davolashdagi molekulyar mexanizmlarini yaxshiroq tushunish uchun kompyuter simulyatsiyalari 🧬🔬, shuningdek, plazma qishloq xo‘jaligi 🌱 va chiqindi suvlarni tozalash bo‘yicha amaliy tadqiqotlar bilan shug‘ullanadi 💧. Professor Khanning amaliy tajribasi bizning fundamental tadqiqotlarimiz bilan ajoyib tarzda mos keladi!
Uzoq va samarali suhbatdan keyin laboratoriyalarimizni ko‘rsatdik. 🏢🔍 Birgalikda tadqiqot olib borish va natijalarimizni nashr etishga kelishib oldik. 📑 Bu hamkorligimizning birinchi qadami! 🚀 Tez orada natijalarimizni siz bilan baham ko‘ramiz. 📣
[EN] Prof. Muhammad Saiful Islam Khan has visited our institute! 🎉 He works at the Central Asian University, School of Medicine, and his expertise lies in plasma devices and their medical applications. ⚡️💉 Our team had an incredible opportunity to discuss potential collaboration with him. 🤝
Our group focuses on computer simulations to understand the molecular-level mechanisms of plasma in cancer treatment 🧬🔬, alongside applied research in plasma agriculture 🌱 and wastewater treatment 💧. Prof. Khan’s work complements ours perfectly—his applied expertise paired with our fundamental research opens up amazing possibilities!
We had a long, fruitful discussion and gave him a tour of our labs. 🏢🔍 Together, we’ve agreed to conduct joint research and publish our findings. 📑 This marks the beginning of a promising partnership! 🚀 Stay tuned—we’ll share our results soon. 📣
#Collaboration #Research #PlasmaScience #CancerTreatment

[UZ] 📢 Navbatdagi ilmiy maqola e’lon qilindi!🎉
Talabalarimdan biri Davronjon Izzatulla Õğli tomonidan antisaraton preparat — metotreksat (MTX) molekulasining plazma yordamida parchalanish jarayonlarini kompyuter simulyatsiyasi asosida tadqiq qilishga bag‘ishlangan ilmiy maqola chop etildi. ⚗️⚡
🌊 Tadqiqotda reaktiv molekulyar dinamika usuli qo‘llanilib, reaktiv kislorod turlari (ROS) MTX molekulasiga qanday ta’sir etishi — gidroksillanish, halqa ochilishi va CO₂ ajralib chiqishi orqali toksiklikning kamayishi — aniqlab berildi.
Bu ish farmatsevtik chiqindilarni plazma asosida ekologik xavfsiz tozalash texnologiyalarini ishlab chiqishda muhim qadam bo‘ldi.
O'zlarini qimmatli g'oyalari bilan tadqiqotimizda ishtirok etgan Prof Dingxin Liu, Vikas Rathore, Yuantao Zhang va Nosir Matyakubovga minnatdorchilik bildiramiz.

[EN] 📢 New Publication Alert!
Proud to share the latest achievement from our research group! 🎉
Our student Davronjon Abduvokhidov has published a paper on the computational investigation of plasma-induced degradation of the anticancer drug Methotrexate (MTX) — a major step toward understanding how non-thermal plasma (NTP) can be used for the environmentally friendly removal of pharmaceutical contaminants from water. 🌊⚡
💡 The study combines reactive molecular dynamics simulations with experimental insights to reveal how reactive oxygen species (ROS) attack MTX molecules, leading to hydroxylation, ring opening, and fragmentation processes that reduce toxicity.
This integrated computational–experimental approach helps develop plasma-based advanced oxidation technologies for sustainable wastewater treatment.
We would like to thank Prof. Dingxin Liu, Vikas Rathore, Yuantao Zhang, and Nosir Matyakubov for their valuable ideas and contributions to our research.

🔗 https://doi.org/10.1088/1361-6463/ae159e
#PlasmaScience #EnvironmentalChemistry #WastewaterTreatment #ComputationalChemistry #NonThermalPlasma #MTXDegradation #Research #UzbekScience

[Uz] 📢 Navbatdagi ilmiy maqolamiz Plasma Processes and Polymers jurnalida chop etildi! 🎉
🧪 Maqola Sarlavhasi:
Application of Plasma-Activated Mist for the Control of Plant Insect Pests
(O‘simlik zararkunandalarini nazorat qilishda plazma bilan faollashtirilgan tumandan foydalanish)
Bu tadqiqot Xitoyning Xi’an Jiaotong universiteti 🇨🇳 olimlari Prof. Guo Li va Prof Dingxin Liu jamoasi bilan samarali hamkorligimiz natijasidir.
Plazma bilan faollashtirilgan tuman (Plasma Activated Mist - PAM) texnologiyasining ekologik toza, samarali va xavfsiz yo‘l bilan zararkunandalarga qarshi kurashish imkonio‘rganildi. 🌱
🔍 Asosiy natijalar:
✨ PAM Myzus persicae (shaftoli shirasi) va Helicoverpa armigera (paxta qurti) lichinkalari hamda tuxumlarini samarali yo‘qotdi.
⚡️ Zararkunandalarda oksidlovchi stress ko‘rsatkichlarini oshirib, barglarda faqat oz miqdorda nitrat qoldiqlari qoldirdi.
🌿 PAM bilan ishlov berish o‘simlik o‘sishi va tashqi ko‘rinishiga salbiy ta’sir ko‘rsatmadi.
✅ Ushbu tadqiqot plazma qishloq xo‘jaligining ekologik toza va istiqbolli texnologiya ekanini yana bir bor tasdiqlaydi 🌾
[En] 📢 Our latest research paper has been published in the Plasma Processes and Polymers journal! 🎉
🧪 Title of the paper:
Application of Plasma-Activated Mist for the Control of Plant Insect Pests
This study is the result of our fruitful collaboration with scientists from Xi’an Jiaotong University 🇨🇳, including Prof. Guo Li and Prof. Dingxin Liu and their research team.
The research explored the potential of Plasma-Activated Mist (PAM) technology as an eco-friendly, effective, and safe approach for pest control in agriculture. 🌱
🔍 Key findings:
✨ PAM successfully inactivated Myzus persicae adults and Helicoverpa armigera larvae and eggs.
⚡️ It triggered oxidative stress responses in pests, yet left only minimal nitrate residues on leaves.
🌿 Even after 50 days of treatment, Malabar spinach showed no negative effects on growth or appearance.
✅ This research once again confirms that plasma agriculture is a clean, sustainable, and promising technology for the future of farming. 🌾
#PlasmaAgriculture #Research #Innovation #XiAnJiaotongUniversity #Sustainability #ScienceUz #TIIAME #PlasmaScience Tashkent Institute of Irrigation and Agricultural Mechanization Engineers
https://onlinelibrary.wiley.com/doi/abs/10.1002/ppap.70091