Watershed Bio’s Post

🔬🧪I am pleased to share that I participated in the pre-conference workshop on "Innovations in Molecular Biology, Gene Editing, and Protein Workflows" at the International Conference on Innovation and Emerging Technologies 2024, organized by the Faculty of Technology, University of Sri Jayewardenepura on 20th November 2024.  The workshop focused on how advancements in molecular biology, gene editing, and protein workflows are shaping the future of science. It was insightful to learn how these technologies are revolutionizing research efficiency and enabling new possibilities in life sciences.  This experience has broadened my understanding of these cutting-edge innovations, aligning perfectly with my academic and professional goals in emerging technologies.        #MolecularBiology #GeneEditing  #Innovation #EmergingTechnologies #BiosystemsTechnology #ICET2024

Thrilled to engage the workshop on Innovations in Molecular Biology, Gene Editing and Protein Workflows! 🧬🔬🧫 I am excited to share that I recently participated in a Pre-Conference workshop at the International Conference on Innovation and Emerging Technologies (ICIET) 2024, conducted by the Faculty of Technology, University of Sri Jayewardenepura, Sri Lanka, offered valuable insights into the latest advancements in molecular biology. Honored for the opportunity to look forward to acquiring further insights and expertise in this field👨🔬. #MolecularBiology #Biotechonolgy #ICIET2024

Thrilled to have participated in the ICIET Workshop, where I gained invaluable insights into cutting-edge advancement in molecular biology, gene editing and protein networks. This experience has broadened my perspective and equipped me with knowledge that I aim to leverage in my future endeavors. Grateful for the opportunity to learn and connect with experts in the field. This workshop has been a stepping stone in my journey toward contributing meaningfully to scientific research and innovation. #ICIET #biotecnology

🌟 Personal Growth and Learning Journey 🌟 In October 2020, I completed the Molecular Biology and Biochemistry Techniques online training program with EDUFABRICA. This comprehensive course deepened my understanding of essential techniques in molecular biology and biochemistry, which are key areas in the field of life sciences. As part of the course, I also had the opportunity to write a review paper on Gene Therapy, which further honed my research and writing skills while deepening my understanding of therapeutic approaches in biology. Looking forward to applying these insights in future projects. #ThrowbackLearning #MolecularBiology #Biochemistry #ScientificResearch #LifelongLearning #OnlineLearning #EDUFABRICA #CourseCompletion #GeneTherapy #SkillDevelopment #LifeSciences

[Corning Webinar] Many a Little Makes a Mickle - PCR: Genomics Workflow PCR, Polymerase Chain Reaction, is the cornerstone of current molecular biology. Across diverse fields such as drug discovery, developmental biology, and bioinformatics, PCR is a critical method for elucidating gene expression of interest. Whether performed in tubes, strips, or plates, this fundamental technique simply reveals if a gene is activated and to what extent, either qualitatively or quantitatively. Available on-Demand! ✍ Link to watch: https://lnkd.in/gPGJh9h5 📃 For more info please see the flyer or visit the registration link #GeneCraftLabs #TrustedPartnerforLaboratorySolution #Corning #webinar #freewebinar #PCR #molecularbiology #genomics

The #MotherMachine is a #microfluidic device used in #singlecell studies, particularly in #microbiology, to observe the growth, division, and dynamics of individual #bacterialcells under precisely controlled conditions over extended periods of time. It is a widely used tool for studying the behavior and lifecycle of cells in a highly controlled microenvironment. The classical #MotherMachine consists of an array of narrow, dead-end channels (typically around 1 μm in width, the size of a single bacterium) connected to a wider flow channel. Cells are loaded into these narrow channels, with one cell (the "mother cell") at the closed end. Nutrient-rich media continuously flow through the wider channel, diffusing into the narrow channels to feed the cells. You can read more about the Mother Machine concept and how to use it on the homepage of its inventor, prof. Suckjoon Jun: https://lnkd.in/dpwiv5vX  For the past 12 years, ConScience has excelled in the production of Mother Machine molds for numerous research groups at Universities such as Uppsala University Harvard University University of Oxford University of Cambridge, and UC San Diego and many more. We offer an accuracy of less than 30 nm for channel sizes as well as the possibility of multiple channel sizes with square cross-section on one and the same mold - opening up unexplored possibilities for mother machine #microfluidics #cellbiology. https://lnkd.in/dugkxUj3 Examples of Mother Machine Molds from ConScience can be found literature, including in Science Magazine and Nature Portfolio Jones, D. et al. Kinetics Of dCas9 Target Search In Escherichia Coli. Science 2017, 357, 1420-1424. https://lnkd.in/dikFS8qn Hammar, P. et al. Direct Measurement Of Transcription Factor Dissociation Excludes A Simple Operator Occupancy Model For Gene Regulation. Nature Genetics 2014, 46, 405-408. https://lnkd.in/dDWYKJbr

Researchers at Stanford University School of Medicine have made a discovery that challenges a fundamental principle of biology. They have found that inversions, which physically flip segments of DNA, can occur within a single gene, altering its function. The team found that inversions within genes can lead to the activation or deactivation of genes or even the creation of different proteins. The study provides new insights into the genetic diversity and adaptability of bacteria. It also opens up new possibilities for research in synthetic biology and disease treatment. Ami Bhatt Read full article on ScienceDaily https://lnkd.in/dTcJD_88 #biomall #biotechnology #science #research #news #study #medicine #DNA #biology #disease #treatment

🔬 Delving into the World of Nucleases (DNases and RNases)! 🧬 Nucleases are the molecular scissors of the cell, essential for DNA and RNA metabolism. From DNA repair to RNA degradation, these enzymes play a crucial role in maintaining genomic integrity and regulating gene expression. Join me in exploring the diverse functions of nucleases and their significance in molecular biology, biotechnology, and medical research. Let's uncover the latest advancements and applications of these fascinating enzymes. #Nucleases #DNases #RNases #MolecularBiology#AladdinScientific Aladdin Scientific: https://lnkd.in/gVuya29T Aladdin official： https://lnkd.in/g4pW6gnE

🔬 Elevate your research game with SBS Genetech's Mutant M-MLV Reverse Transcriptase! 🚀 Unravel the differences between AMV RT and MMLV RT in cDNA synthesis, and discover how our innovative enzyme streamlines your experiments. With enhanced tolerance to inhibitors and accelerated reaction times, it's time to revolutionize your molecular biology research. Contact us today to explore the possibilities! #SBSGenetech #MolecularBiology #ResearchInnovation 🔬🌟

Current single-cell spatial transcriptomics (sc-ST) technologies are often limited by the number of genes that can be profiled simultaneously, which prevents researchers from exploring the full complexity of biological systems. On August 21 at 10:00 AM CT, Samba Scientific will host a webinar with Dr. Abul Hassan Samee, Assistant Professor in the Integrative Physiology Department at Baylor College of Medicine, to discuss an exciting advancement in spatial transcriptomics that aims to overcome this limitation. Dr. Samee will present scGIST, a novel deep learning tool for sc-ST gene panel design. scGIST enables researchers to move beyond identifying cell types and uncover novel biological insights by including genes that are often overlooked in traditional panel designs. Register now: https://hubs.li/Q02J5X2X0 #SpatialTranscriptomics #PanelDesign #BiotechWebinar #SingleCell #Biotechnology #DeepLearning