UP Faculty of Natural and Agricultural Sciences’ Post

🌿 Breaking Ground in Plant Science! 🌱 Recently, Zhang Dangquan and the research team at Henan Agricultural University achieved a remarkable feat – constructing a high-quality genome of a rosemary variety known for its exceptional resistance. Their study delved into the molecular basis of rosemary's high content of potent antioxidant compounds and its coping mechanisms in adverse environments. 📚 Research Breakthrough: This significant research has been published online in"Plant Biotechnology Journal" (IF: 13.80). It offers fresh insights into enhancing both the resistance and quality of rosemary, opening new avenues for improvement in this valuable plant species. Read the full article here: https://lnkd.in/dQmQt86q 🔬 Contributing to Innovation: 💡 #BMKGENE contributed to the sequencing and analysis work of this project, gaining invaluable experience with this species. If you would also consider getting help in your next sequencing project, contact us now to discuss your needs: https://lnkd.in/dEwG33Jd 🎉 Celebrating Success: 🚀 Congratulations to Zhang Dangquan, the team at Henan Agricultural University, and all involved in this groundbreaking research! #PlantScience #SuccessfulCase #GenomeAssembly #MultiOmics

🌿 Breaking Ground in Plant Science! 🌱 Recently, Zhang Dangquan and the research team at Henan Agricultural University achieved a remarkable feat – constructing a high-quality genome of a rosemary variety known for its exceptional resistance. Their study delved into the molecular basis of rosemary's high content of potent antioxidant compounds and its coping mechanisms in adverse environments. 📚 Research Breakthrough: This significant research has been published online in"Plant Biotechnology Journal" (IF: 13.80). It offers fresh insights into enhancing both the resistance and quality of rosemary, opening new avenues for improvement in this valuable plant species. Read the full article here: https://lnkd.in/dQmQt86q 🔬 Contributing to Innovation: 💡 #BMKGENE contributed to the sequencing and analysis work of this project, gaining invaluable experience with this species. If you would also consider getting help in your next sequencing project, contact us now to discuss your needs: https://lnkd.in/dEwG33Jd 🎉 Celebrating Success: 🚀 Congratulations to Zhang Dangquan, the team at Henan Agricultural University, and all involved in this groundbreaking research! #PlantScience #SuccessfulCase #GenomeAssembly #MultiOmics

Prof. Dr. Mehran Shariatpanahi,  Deputy Director General for Research at the Agricultural Biotechnology Research Institute of IRAN (ABRII), introduces our cutting-edge research facilities!  In this video, he explains the innovative haploid laboratories and showcases the advanced technologies that drive our research forward. Discover our six dedicated research departments and three regional branches, designed to empower scientists and researchers from around the world. This is an exciting opportunity to learn about our capabilities and infrastructure, fostering international collaboration in agricultural biotechnology.  Watch now and explore the future of sustainable agriculture with us!  www.abrii.ac.ir

Stress-free concentration operations! - There is no waiting time. - DMSO can be volatilized smoothly. - The use of any container of your choice. - There is no need to worry about dropping the flask into the water bath. #SmartEvaporator

We’re proud to share Pivot Bio’s latest peer-reviewed research and our first paper on PROVEN 40, which was just published in Scientific Reports in collaboration with researchers at Purdue University and the University of Wisconsin-Madison. Using labeled nitrogen gas, the researchers document our microbes converting nitrogen and putting it in corn plants. Field studies also confirmed that PROVEN 40 could fix and supply nitrogen comparable to up to 40 pounds of synthetic nitrogen fertilizer per acre with similar yields. This breakthrough research is clear proof that biological nitrogen fixation will be a foundational part of nitrogen plans moving forward. https://bit.ly/4fo6kfp

🎉The #10th paper was published in the specialissue "Plant #Biotechnology: Applications in In #Vitro Plant #Conservation and #Micropropagation" 🎓Guest Editors: Dr. Vasiliy A. Chokheli and Dr. Rupesh Kumar Singh 👉Please find all published papers at: https://lnkd.in/dn7iFsTH #academic #publishing #MDPI #horticulture #science #scientific

"This research paper on the biotechnological applications of endophytic fungi is both comprehensive and enlightening. It meticulously explores the diverse roles these fungi play in agriculture, medicine, and environmental sustainability. The detailed examination of their potential in biocontrol and bioactive compound production highlights the innovative strides being made in biotechnology. The depth of research and clarity in presentation make this paper a valuable contribution to the field." https://lnkd.in/dQXHS59k

Admission Open 2024 with last chance in 🔥 BS Hons. in Biotechnology🎒 Exploring the dynamic world of Biotech: 1. Genetic Engineering - Blue 2. Agricultural Biotechnology - Green 3. Medical Biotechnology - Red 4. Industrial Biotechnology - Gray 5. Environmental Biotechnology - Forest Green 6. Blue Biotechnology (Marine Biotechnology) - Navy Blue 7. Food Biotechnology - Gold 8. Nanobiotechnology - Purple

Doing my masters double degree in Agricultural and Environmental Biotechnology from the university of Perugia, Italy and university of MATE, Hungary is a great choice. I am learning so much new technologies and methodologies regarding plant improvement in Italy as well as in Hungary. I came across many projects where they are working on CRISPR CAS9 to make transgenic plants as well as knocking out genes. On the other hand they are doing great about plant microbiome interactions for improving the plant varieties and helping the plants to cope up with environmental stresses. I want to ask the plant scientist and other Biotechnologist out there that what's the future topic that is good to work on and start research on. What do you people suggest for beginners to start their future in....... #biotechnologist #microbiomeinterations #plantscientist #CRISPRCAS9 #researchtopics

I am in the midst of preparing a manuscript that explores the use of rice wastewater as feedstock for biotechnology to reduce water pollution and the production of biopolymer and biomass. This project is the culmination of extensive research and countless hours of dedication in the field of Molecular Biology and Biotechnology. This study has been an incredible journey of research and discovery, and I can't wait to contribute new insights to our field. Here's a sneak peek into what I'm working on: 🌟 Innovative Research: Exploring groundbreaking concepts in producing biodegradable polymer. 🧠 In-Depth Analysis: Employing advanced methodologies and cutting-edge techniques to ensure the highest level of scientific rigour and accuracy. 📊 Comprehensive Data: Presenting a robust dataset with insightful findings that aim to contribute significantly to the academic and professional community. 🎯 Real-World Applications: Highlighting the practical implications and potential applications of this research in Biotechnology, paving the way for future innovations and developments.  #ManuscriptInProgress #Research #ScientificWriting #InnovativeScience