Center for Contemporary Sciences

This week is #InternationalMacaqueWeek- a week dedicated to raising awareness about a persecuted group of primates. Macaques are the most common non-human primates used in research and testing. As a result of the use of these animals, the long-tailed and southern pig-tailed macaque populations have declined between 40-50% over the past few decades. #endangeredspecies #animaltesting #animalresearch #nonhumanprimates #animalexperimentation #wildlifetrade #macaque #wildlifeconservation

How to Make Drugs and Feel Great About Everything is a new documentary featuring Aysha Akhtar, MD, MPH on #animalexperimentation from Keegan Kuhn, co-director of #Cowspiracy and What the Health. See the link for its current Indiegogo campaign and the available trailer: https://lnkd.in/gWa2vY4Q #drugdevelopment #animaltesting #humanhealth #medicine #biomedicalresearch #toxicitytesting

Researchers at Tsinghua University are working on lung cancer assembloids from cells derived from patients’ tumors that can accurately mimic the clinical outcomes of patients. The lung cancer assembloids “reproduce the molecular, cellular, and functional diversity of the original tumors…” and shows the potential of the #cancer assembled being able to predict #personalizedtreatments. https://lnkd.in/ge58eXqk #biomedicalresearch #organoids #lungcancer #tumor #humanrelevant #humanbiology #biotechnology

Faster adoption of alternatives to animals in biomedical research is a worthy goal for both scientific and ethical reasons. Addressing key elements of technology readiness for cell-based alternatives (in vitro NAMs or New Approach Methodologies) will help get these tools out of research and into the hands of users. Check out my article for recommendations to speed the process. #drugdiscovery #NAMs #biomedicalresearch #innovation

"In the landscape of biomedical research, computational models are more than just a technological evolution—they are a paradigm shift. By integrating the digital with the biological, the theoretical with the practical, they enable us to envision and engineer solutions that were once thought impossible." CCS President Florina Gobel expounds on how computational models could help move the needle forward for #biomedical research, #drugdiscovery, #drugtesting, and #humanrelevantresearch. https://lnkd.in/gPezbeAc #insilico #humanrelevantresearch #computermodels #research #biotechnology #science #computationalmodeling #biopharma

CCS is protecting animals used in research by catalyzing the world's transition to human-relevant medical research. Helping to eliminate ineffectual animal experimentation by advancing human-relevant research and testing methods rooted in human biology can lead to better outcomes for humans, animals, and the planet. Support Our Mission: https://lnkd.in/g9GQAE3h #humanrelevantresearch #animaltesting #animalexperimentation #animalsusedinresearch #animalfreeresearch #biotechnology #organchips #organoids #publichealth #humanhealth #science

In March Congress passed the FY2024 Appropriations bills. These bills along with their accompanying report language included some wins for animals and human-relevant research. In our most recent blog post, Public Policy Manager, Mikalah Singer, discusses some of these wins and CCS' role in having the report language included. https://lnkd.in/g4Nv_rwi #appropriations #policy #animalfreeresearch #humanrelevantresearch #publichealth #humanhealth #epa #fda #zoonoticdisease

Happy #EarthDay from CCS! Our organization is dedicated to unlocking the power of science to find solutions that improve the health and well-being of humans, animals, and the planet. 🌎 🌲 Photo credit: Alexander Lee, CCS Content Strategy & Salesforce Solutions Advisor

Check out this great introduction to #3D Cell Culture modeling techniques like #organoids, #spheroids, and #organchips: https://lnkd.in/gA-Fdc-U #biotechnology #humanrelevant #invitro #humanbiology #biomedicalresearch #drugdevelopment

The National Institute of Standards and Technology is developing a #heartonachip that mimics the intricate interactions of cells in the heart. This #technology can help study cardiovascular diseases. https://loom.ly/UCNZ4GU