Endogena Therapeutics, Inc.’s Post

In few days I will be presenting our paper (and beyond it!) at Tecniplast 's #DVF3 forum. I am thrilled to collect critical feedback and comments on the concept that a Minimal Metadata Set (MNMS) may enable repurposing of nonclinical in-vivo data on a global scale. Implementation of MNMS will be a quantum leap forward for the #3Rs and #animalwelfare . I will highlight the central role of Core Facilities in the adoption of MNMS and how this adoption will change biomedical research via multi-center studies, therefore boosting external validity and translational power of our findings. Bonus point: few examples from home cage monitoring technologies and behavior discovery! Key Players (in random order!): Stefano Gaburro, PhD, CCP , Eoin O'Connor , Anastasios Moresis , Alexandra Bannach-Brown, PhD , Giorgio Rosati , Michael Tsoory , Gunnar Flik , Fabrizio Scorrano , Sophie Bromilow, COST_TEATIME Paper: https://lnkd.in/eGfSrqp5 DVF3: https://lnkd.in/eCumMBf6 And here is the first slide of my presentation :)

Thank you AZAR Innovations and Animal Free Research UK! The below course follows on nicely from The Organ-on-a-chip JumpStart Lectures (https://lnkd.in/gyhAsXuu) with AZAR Innovations on 29th February 2024. Over the morning with us you will discover the 'Whats, Whys and Hows of Organ-on-a-chip technologies': What organ-on-a-chip technologies are. Why you would need organ on a chip in your research. How to choose the right organ on a chip for your application using available tools. We will also be joined by these leading organ-on-a-chip technology companies, who will share their insights, tips and more real examples of how organ-on-a-chip technology could be working for you; 3Brain AG Emulate, Inc. CN Bio #organonachip

VenturiOne 7.6 is launching soon complete with new features to accelerate both your clinical and research based tasks. Watch this space! #flowcytometry

VenturiOne 7.6 is launching soon complete with new features to accelerate both your clinical and research based tasks. Watch this space! #flowcytometry

Curious about the labs and facilities where Wistar Science happens? Take a virtual tour of the Murphy Lab at The Wistar Institute. Click, drag, and zoom to explore the space and learn about the lab's research about the p53 gene – one of the most important anticancer defenses in the body – along with the people and tools that make new discoveries possible. https://lnkd.in/g6VqFU5u

#Teamscience presented by Childhood Arthritis and Rheumatology Research Alliance (CARRA) and The National Institutes of Health and the Arthritis Foundation - Tune in to hear from the experts - how to make team science ‘win!’

Exploring the World of Science: The Importance of the Meniscus! 🔍 Hello LinkedIn community! 👋✨ Today, let's dive into a fascinating aspect of laboratory work - the meniscus! 🧪 The meniscus, that slight curve you observe in a liquid's surface when measuring in a graduated cylinder, plays a crucial role in accurate volume determination. 📊 At Glasscolabs, we understand that precision is key in scientific endeavors. The meniscus forms due to the capillary action of liquids, allowing for more accurate readings. It's not just a curve; it's a scientific marvel! 🌐💡 For an in-depth look into the significance of the meniscus, we've prepared a detailed document. 📖 Let's keep the conversation going! Share your thoughts and experiences with the #MeniscusMagic. 🚀✨ #Glasscolabs #ScientificPrecision #LabTech #MeniscusAwareness #ScienceInFocus #LabLife #InnovationInScience

50 Years Of FEMS: A Vision For The Century https://lnkd.in/dTZQduv2

Yesterday in Padova we had a kick-off meeting for DELIMIT (Discovering the Effectors of LIfestyle-driven Memory enhancement via InflammaTion), a new project funded by a PRIN Italian grant. The collaboration between three research groups (PIs Mathew Diamond, Marco Mainardi, and serena bovetti) aims at elucidating the precise cellular, molecular and functional mechanisms through which environmental enrichment results in better cognitive performance via modulation of inflammation, paving the way to the design of “enviromimetic” drugs. My contribution to the project will be adapting the complex behavioral task I designed for my Ph.D. research and using it to test the cognitive effects of making animals mentally "older" or "younger" as compared to a standard cohort. Can't wait to start!

🔬 Excited to share the publication on "Novel Techniques and Future Perspective for Investigating Critical-Size Bone Defects". 🥼 Authored by Elijah Ejun Huang, Ph.D., Ning Zhang, Huaishuang Shen, Xueping Li, Masahiro Maruyama, Takeshi Utsunomiya, Qi Gao, Roberto A. Guzman and Stuart B. Goodman, from Stanford University. 🚀 This review first discusses the current animal models to study critical-size bone defects. Then, this review focuses on four novel analytic techniques and discusses their strengths and limitations. Welcome to access the full article freely here 👉 https://lnkd.in/dvWAkfXC. And welcome to follow our LinkedIn account: https://lnkd.in/grPNkBrg. 👏 #bone_defect #mass_cytometry #CyTOF #imaging_mass_cytometry #IMC #scRNAseq #Luminex