Cambrium’s Post

How can we make bioeconomy thrive with the power of global collaboration in this new era? “China has the most efficient supply chains and one of the largest market. You can't miss it.” Quote from Haotian Guo Ailurus’ CEO, “But it is becoming harder and harder for companies (especially startups) to operate in multiple countries today.” Ailurus has a mission to advance and democratize biological technology. Since day one in 2021, we have an international team colleagues in 7 different time zones at most. We have actively participated in building bioeconomy in China, and have learnt a lot about its ecosystem, and market landscape. In 2021, we even organized the first “unconference” #Synbiopunk in Shanghai. Please join this webinar with SynBioBeta hosted by John Cumbers to learn more about the syn bio industry in China, where Haotian Guo will share some of his experiences, together with Rui Ma from FreeS Fund 峰瑞资本 , Chantal Shen from BGI Group , and Bruce Li from TJX Bioengineering ! #syntheticbiology #synbio #bioeconomy #china #worldeconomy #globalization

👩🔬 Interim report by Deutsche Forschungsgemeinschaft (DFG) - German Research Foundation-funded project NFDI4Chem updates about the progress made over three years of work towards integration of #data-centric approach within the #chemistry community. 🔗 Read the full report: https://lnkd.in/dP4CUbPv. Authors include: Steffen Neumann, Ann-Christin Andres, Felix Bach, Christian Bonatto Minella, Tillmann Fischer, Shashank Shekhar Harivyasi Sonja Herres-Pawlis Johannes Liermann Matthias Razum Oliver Koepler Christoph Steinbeck #fairdata #opendata #researchdata #datamanagement #research #chemists #scientists #scientific #project #euprojects #digitalization #digitalisation #metadata #cheminformatics

The “dark matter” in our genomes could have exciting potential for bioengineering. Karmella Haynes is leading a National Science Foundation (NSF) project to illuminate some of the 98% of genes that don’t give instructions for building proteins. It’s a large, multi-institutional effort steered by 3 Black women — a rarity, Haynes says. How they’ll work to flip the switch on dark regions of our genome: b.gatech.edu/3KYifDf #biomedicalengineering #biotechnology #bioengineering #engineering #coulterbme #georgiatech

Join the applause for Albert Heck of Utrecht University, Netherlands, Proteomics Centre and KNAW - Koninklijke Nederlandse Akademie van Wetenschappen who has made The Analytical Scientist Power List 2023 👏🏼 “A successful interdisciplinary collaboration should be a multi-directional process. Educate and be educated, present and listen, and trust each other as experts in your chosen field.” A true inspiration in pushing scientific boundaries! 🌟🔬🏆 Read the Power List > https://brnw.ch/21wBQHf #AnalyticalScientistPowerList #ScienceInnovation

"Synthetic biology can create structures and systems that do not exist in nature" – explained Prof. Dr. Karlheinz Friedrich As one of the main figures in the FutureLab, he postulated that synthetic biology will revolutionize biological research and protrude into every facet of our lives. In his talk at the GIP AG Xyna conference 2019, he gave a quick glimpse into synbio applications from artificial blood to data memory. Now, years later the XOLLX FutureLab is an official sponsor of a student initiative in creating “designer blood” using #synbio methods for the largest worldwide synbio competition - iGEM Competition Innovations we only theorized about years ago are now brought to life by extraordinary, young scientists. Great to see visions coming alive and pioneers taking the next steps toward innovative future solutions. What next steps can me make to enable young minds to make visions come to life? More on the student project creating “designer blood” here: https://lnkd.in/ecf6284J

How have ten important life science techniques developed over the last 40 years? Find out in this infographic, created to celebrate BioTechniques’ 40th anniversary! Check it out >>> https://bit.ly/45P6VB7 #40YearsOfBioTechniques

Congrats Ana Chávez, for this nice achievement. The same applies to the co-authors Edgar López-López, Fernanda Saldivar González. We invite our colleagues to read the #openaccess paper "Chemical Multiverse: An Expanded View of Chemical Space" here 👉 https://lnkd.in/edre7vUj This is an extension of the concept of #chemicalspace, emphasizing the convenience of using multiple molecular representations. #compchem #chemoinformatics

🔬 Excited to share a cutting-edge method for studying #ProteinDegradation! A new enzymatically enhanced pull-down approach by Pierluigi Scalia MD PhD and Stephen J. Williams, Ph.D. at The ISOPROG-Somatolink EPFP Research Network and Temple University, streamlines the study of degron domains and associated protein degradation complexes, shedding light on the role of post-translational modifications in this process. 🧪 Intrigued? Read 👉 https://lnkd.in/dXEBsRsu Follow Bio-protocol to stay updated on latest technologies and relevant Life science protocols! 🧪 #PostTranslationalModifications #molecularbiology #bioprotocol #reproduciblescience #openaccess

Science spotlight: Computational cytometry methods provide an increasingly efficient mechanism to conduct independent, complimentary analysis to standard manual analysis. This poster from Ozette Computational Biologist Malisa Smith and Ozette Co-Founder Evan Greene, PhD VP of Quantitative Methods showcases how the team applied cutting-edge techniques to ICS data and reanalyzed a published Intracellular Cytokine Staining (ICS) dataset, shedding light on additional antigen-specific subsets. See the full poster and explore all our research at https://lnkd.in/g_XyuKQ8

Join our webinar on Mar. 26th that compares mechanical vs. enzymatic shearing methods with low input and degraded #FFPE samples and the impact on whole exome #sequencing results. #NGS #genomics