As a Team we mainly focus on investigation on cell response to IFNs, pathogenesis of atherosclerosis and inhibition of STATs and IRFs as a treatment strategy
Join us via Teams on Friday 10th November at 9:15 for @UAM_IBMiB seminar on the insights in the grammar of small #RNA secretion from #machineLearning by Ali Sharifi-Zarchi from Sharif University of Technology, Tehran, Iran! Link: https://t.co/pM1QLmT9fo
🙌🏼 A heartfelt thank you to our amazing authors, reviewers, and editors! Your hard work and expertise have brought us closer to unraveling the mysteries of IFN-I and IFN-II responses. 🌟🔬🙏🏼✨ #ScienceCommunity#gratitude
📢 It is out!➡️ https://t.co/pZf4pC3U1G📚 Our latest article delves into the intricate world of IFN-I and IFN-II responses. 🧬Using RNAseq-ChIPseq integration approach, we unveil the time-dependent transcriptional steps behind IFNα and IFNγ-induced gene expression.🧪 #IFNResearch
🔁 Moreover, our findings highlight the vital function of STAT1, STAT2, and IRF9 as functional composite genes in a positive feedback loop, perpetuating the cellular response to different types of IFNs and enhancing antiviral activity. 🔄🔝 #CellularMechanisms#AntiviralResponse
🔬Don't miss out on an exclusive talk by Dr. Tang @tangming2005, Director at Immunitas Therapeutics! He unravels the mysteries of single-cell analysis, diving into the exciting unsolved problems in the field. 💡Join us at https://t.co/xqk0mnLTjf organized by @UAM_IBMiB
This and more you can find in our recently deposited preprint in @RS_Preprints. This high-quality work was done here in @UAM_IBMiB@UAM_Poznan in cooperation with School of Medical Sciences @UnivFukui_offl 💪
What is more, STAT1, STAT2 and IRF9 also display the characteristic of the composite genes laying the foundations for the long-term IFN response regulated through the positive feedback loop!
Congratulations to our freshly baked Doctor!! 💐🏆That was a real good PhD thesis defense! Well done @real_lab_duck and good luck with your future plans 🍀 #PhDone@UAM_IBMiB@UAM_Poznan
Confronting our expertise about targeting #STAT with possible therapeutic strategies against #COVID19 . Our comprehensive review is finally here! Thanks to all who contributed! @FrontImmunol@UAM_IBMiB
New Research: Dysregulated Interferon Response and Immune Hyperactivation in Severe COVID-19: Targeting STATs as a Novel Therapeutic Strategy: A disease outbreak in December 2019, caused by a novel coronavirus SARS-CoV-2, was named COVID-19.… https://t.co/ks3IBLhTSb #immunology
#PhDone 🎓 I am still a bit overwhelmed but so proud of me! I did it! 💪🏻 I am very grateful to everyone who was involved in this success - one thread would be not enough! 🥰 Thank you! Looking forward to new adventures! 👩🏻🎓@UAM_IBMiB@HumanMolecular@UAM_Poznan