Biomatics’ Post

Bridging science and humanity: How systems thinking should shape clinical trial execution Applying a systems thinking approach can create improvements in scientific integrity, operational feasibility and scalability.... https://lnkd.in/eyk6WS_F #BioTech #science

New Post: How local moving companies are riding the life science tidal wave -The hundreds of life science firms in the Boston area need specialists to move, store or monitor equipment and other items, like biological and raw material. Source link The hundreds of life science firms in the Boston area need specialists to move, store or monitor equipment and other items, like biological and raw material. Source link

New Post: How local moving companies are riding the life science tidal wave -The hundreds of life science firms in the Boston area need specialists to move, store or monitor equipment and other items, like biological and raw material. Source link The hundreds of life science firms in the Boston area need specialists to move, store or monitor equipment and other items, like biological and raw material. Source link

Embracing Discovery: On National Science Day, 7Tech honors the spirit of scientific inquiry and innovation, driving progress through technology-enabled solutions. 🔬🌟 #NationalScienceDay #InnovationRevolution #ScienceDay

Distribution of Scientific Project Funds Using Big-Data and Operations Research Methods • Date: Friday, November 22, 2024 • Time: 11:00 AM – 12:00 PM • Location: I201 Peace Room, VinUniversity This talk explores the use of operations research and big-data methods to optimize fund allocation for scientific projects, addressing inefficiencies in manual methods and challenges in balancing diverse fields. Leveraging adaptive similarity fitting and historical project data, an input-output model is developed and aligned with pending projects using scaling factors. By framing fund distribution as a multi-objective optimization problem, the NSGA-II algorithm is applied to enhance allocation. Case studies show significant improvements in research and talent output, with potential reductions in total funding while maintaining output levels.

This pre-print reports the atomic structures of an engineered diffocin, a contractile syringe-like molecular machine that kills the Gram-positive bacterium Clostridioides difficile. Captured in one pre-contraction and two post-contraction states, each structure fashions six proteins in the bacteria-targeting baseplate, two proteins in the energy-storing trunk, and a collar protein linking the sheath with the membrane-penetrating tube. This study offers mechanical insights and principles for designing potent protein-based precision antibiotics. Patrick Grossmann, PhD, MBA https://lnkd.in/eN3Kb4xa

Most scientists and engineers love to find solutions. But what is it we're solving? What question are we answering? I see lots of solid scientific results that I can't argue with, as long as I accept that the question, or hypothesis, was well posed. But most often the question or the hypothesis space was never even formulated clearly. So how can we then judge the relevance of the answer, however "scientific" it was? The tricky part is not finding the solution, the tricky part is identifying the right problem to solve. Scientists and engineers need to spend much more of their time on finding the right problem to solve. If the problem and the hypothesis space are formulated clearly, then the reader can judge whether the scientific answer or solution to that question is in fact relevant at all.

From big picture to details - master the hierarchy of effective life science marketing. #LifeSciencesMarketing #CommunicationStrategy #OrganizeYourMessage https://hubs.la/Q02TqGHs0

LabKey is built with scientists, for scientists, so we love seeing publications come out that mention their use of LabKey. Check them out here: https://hubs.la/Q02pplwz0