PEPITEM counteracts key changes caused by osteoporosis and promotes angiogenesis (growth of capillaries from pre-existing blood vessels) in bone.
Paper at https://t.co/7o86KtsKSC
@McGettrickLab @VersusArthritis @InflamAge_UoB @unibirm_MDS @ndorms@The_MRC@DrJamesEd
Study shows three amino acids, applied topically in an emollient cream, may reduce the severity of psoriasis.
Press release – https://t.co/bCKq2LUq35
Paper - https://t.co/QyNK2yVr4s
@news_UB@unibirm_CMH@UoBinfectionsch@McGettrickLab@DrAJIqbal
Üniversitemiz Eczacılık Fakültesi, Farmasötik Teknoloji Anabilim Dalı Araştırma Görevlisi Dr. Özlem Akbal Dağıstan’ın vefat haberini derin bir üzüntüyle öğrendik.
Merhumeye rahmet, ailesine ve sevenlerine başsağlığı diliyoruz.
In the 20 years since the term “microplastics” was first coined, a rapidly growing body of research has consistently shown how pervasive and problematic the pollutants have become.
A new Science Review provides an overview of this research and the progress made in understanding #microplastics. https://t.co/QqcqlwDD9Z
💬 Honored to present at the FEPS&SECF 2024 Conference in #Granada! 📷 My talk focused on how nano & microplastics accumulate in organs and disrupt memory & leukocyte trafficking 📷📷. Amazing to share insights with fellow researchers!
#PEPITEM could protect against #inflammageing
The team is seeking collaborative partners, licensees and/or investors.
Paper: https://t.co/tqwrHouQch
Press release: https://t.co/mPEQFRUEhj
Thrilled to announce my promotion to Professor of Inflammation Biology! A huge thank you to all my past and present colleagues for their unwavering support- this achievement wouldn’t have been possible without you. #Gratitude#Promotion @ICVS_UoB
Excited to announce our paper "FUDJ: Flexible User-defined Distributed Joins" at #ICDE2024! 🎉 We introduce a model to implement optimized distributed join algorithms with minimal code. Thanks to Glenn Galvizo for presenting for us! #BigData#DistributedComputing#Database
A 2022 Review evaluated research that suggests tumors enforce embryonic-like gene expression in their growing blood vessels to evade immunity, potentially explaining why anti-angiogenesis drugs work well with #cancer immunotherapy. https://t.co/BuB0pOM2iV #WeekendReads
The immune cell census in the human body!
These ~2 trillion cells collectively weigh ~1.2 kg, 40% are lymphocytes, 10% macrophages
https://t.co/hITB3E2MNO
@PNASNews by @RonSender and colleagues @WeizmannScience
It was an honor to have @SirGeoffPalmer deliver our keynote talk at the @unibirm_MDS BHM panel event. It was a great discussion and
also important to hear and learn from the experiences of Black researchers and clinicians. Thank you to everyone involved in making this a success!