Calico Life Sciences’ Post

Lehigh University researcher and BioE/MSE professor Xuanhong Cheng is a member of a global team currently investigating molecular and cellular changes in muscle tissue to discover links to disease. With funding from The National Institutes of Health, the multidisciplinary team's research could potentially lead to breakthroughs in diagnosing and treating complex conditions such as #chronicfatiguesyndrome and similar conditions like #longCOVID that affect millions. Learn more about Cheng and current research here: https://lnkd.in/e5vVff5g #BioE #CFS #engineering #medicalresearch #healthcare #bioengineering

🧬 Scientists are uncovering what could be a critical breakthrough in the fight against antibiotic-resistant bacteria! 🦠 This discovery might just be the key to curbing these superbugs—how do you think it could reshape the future of medicine? 💡 Read on to learn how innovation in the lab might finally give us the upper hand. 📓https://bit.ly/4edxXGl #AntibioticResistance #FutureOfMedicine #LabDiscoveries

Whether it be resistive or induction heating technology, the reductions in biomarkers of exposure are comparable between the two. This is relevant for the adult smoker since the reduction of the overall exposure is likely to lead to the reduction of risk. We invite you to watch Dr. Christelle Haziza explain further on this topic at the Open Science event held last week ➡️ http://spr.ly/6044gua2k #OpenScience #TechnologyInnovation #ScienceInnovation #ScienceEvidence

🧬LAB-TO-MARKET BREAKTHROUGH: Diagnosing multiple diseases with the precision of lab testing and the simplicity of a rapid test is no longer a distant vision. UNSW Professor Ewa Goldys has developed an innovative diagnostic tool using CRISPR technology and Nanocircles. 🔬 This groundbreaking test amplifies genetic signals, producing a visible color change when a disease is detected. 🌈 It combines lab-level accuracy with the convenience of at-home use, bridging the gap between cutting-edge science and everyday healthcare. This advancement represents more than just a scientific breakthrough—it’s a step toward transforming global health. 🌍💡 👉 Click the link in comments to watch our inspiring conversation with Professor Ewa Goldys. #ConversationsShapingOurFuture #FutureOfHealth #MedTech #Technology #UNSWInnovationCommunity Dax Kukulj Jamie Conyngham Maria Halasz Leo Stevens Beste Onay Eric Xiaojia Wei Robert Love

CTSI Translational Spotlight: The new NCATS Strategic Plan, which was created with input from stakeholders including the #UBuffalo CTSI, will guide efforts to turn research observations into health solutions through translational science. https://lnkd.in/e2adSGvS

The Journey of a Biospecimen: From Donor to Researcher #Biospecimens, the biological materials collected from individuals, are the unsung heroes of medical research, playing a crucial role in advancing scientific knowledge and improving human health. From #blood and #tissuesamples to urine and saliva, these specimens hold invaluable insights into the molecular mechanisms underlying diseases and serve as the foundation for groundbreaking discoveries. However, the journey of a biospecimen from donor to researcher is a complex and fascinating process, marked by ethical considerations, meticulous handling, and transformative impact. #Clinicalspecimen #Biospecimens #Biospecimensourcing #Garnerbio #Clinicalresearch

🚀 Introducing π-HuB: Shaping the Future of Human Biology! Understanding the human body's proteome is like unlocking a biological treasure chest, with trillions of cells in diverse states. Until now, these complexities remained elusive, beyond the grasp of current technology. Enter π-HuB, a groundbreaking project designed to map the proteomic landscape of the human body. With the help of cutting-edge proteomic technology and powerful computational tools, we're set to achieve unprecedented insights into human biology. From enhancing disease diagnosis to discovering new drug targets and tailoring therapeutic strategies, π-HuB is on a mission to revolutionize healthcare worldwide. This collaborative effort unites top minds across academia, industry, and government for a common goal: advancing proteomics-driven medicine. Join us as we embark on this extraordinary journey to redefine human biology and healthcare! 🌟 Read Research 👉🏻 https://lnkd.in/dUmHzESz #research #pubmed

Imagine a future where healthcare is tailored precisely for you, right down to the molecules deep inside your cells. At the core of this future are "omics" technologies, which measure and analyze various molecules at multiple levels within human organisms, cells and tissues, where many diseases originate. Building on this foundational science, Mayo Clinic’s Center for Individualized Medicine has launched a new "omics" strategy designed to integrate precision medicine into everyday clinical practice. Learn more: https://mayocl.in/4byqIYz

Trace Sensing Manuscript Milestone! 🌟 "Sensors for the Detection of Ammonia as a Potential Biomarker for Health Screening," an article published by our founders, Peter Ricci III and Otto Gregory, has surpassed 10k accesses! The Scientific Reports article highlights the use of breath ammonia as a predictive biomarker for several conditions and describes foundational research on the non-invasive thermodynamic sensor platform that is at the heart of every TRACE-E device. Interested in learning more? Please see our key points below and read the full article in Scientific Reports: https://lnkd.in/eF__UKYV

Unlocking the secrets of Chaga's disease with RSM+: Explore how ECG markers and machine learning redefine diagnosis stages. Groundbreaking research awaits! #RSM+ #ResearchInnovation #BioTech #Science