Ansa Biotechnologies, Inc.’s Post

🧬 Tired of genome engineering bottlenecks like optimization in PCR-dependent processes? GeneAbacus™, a PCR-free assay, accelerates your CRISPR analysis to just 5 hours! Complementing your existing sequencing methods, it is a shortcut to speed and efficiency. ⏳ Don’t let current workflows slow you down. Embrace the future of CRISPR analysis with GeneAbacus™ now: https://lnkd.in/dUnuUwum. What is included in GeneAbacus™? ✔️ All-in-one kit for editing analysis ✔️ GAIA – Image analysis software that digitally quantifies CRISPR-Cas gene editing efficiency with single nucleotide precision ✔️ Robust customer support  ✔️ Integration with standard lab equipment ⏱️ Make every second of your research discovery count. https://lnkd.in/dUnuUwum #PCRfree #CRISPR #GeneEditing #AnalysisTool #GeneAbacus

Streamline your high-throughput workflows with cutting-edge solutions from Beckman Coulter Life Sciences and Molecular Devices. Embrace the future of synthetic biology where innovation seamlessly integrates with efficiency. 🔬 Why Choose Our Solutions? - Automate critical steps in your workflow - Rational design for complex biological components - Accelerate construct assembly with less time and effort - Increase throughput, reduce costs, and shorten development cycles Discover how to characterise and isolate natural biological systems for engineered pathways. Utilise our advanced technology for gene construction, cloning, and verification through qPCR or NGS. 🔗 Download our flyer now to learn more. #syntheticbiology #scientificresearch #researchexcellence

Just wanted to share this awesome CRISPR art from Francisco J. Enguita 🧬✂️ Follow his profile for more amazing molecular art in your feed! And if you need gene edits in iPS cells? Send me a message to see how Ncardia can help with your project 😊 #CRISPR #drugdiscovery #biotechnology

Anyone working with AI/ML should take note. If you want to maximize the dimensionality of your data and minimize label noise, you have to start with quality data. This is especially true if you're trying to curate data for maximum relevance and minimum redundancy. If your model has poor recall, don't blame your data scientists, look at your chemistry.

What do you want to learn from your multi-omics research? Do samples with similar transcriptome profiles have similar proteome profiles? Is there a correlation between the regulation of target gene and protein? What about at the biological pathway level? PanHunter is the perfect solution for finding these answers! It supports multi-omics data correlation at all levels, from sample to feature to biological pathway. Unlock the biological insights of your multi-omics research today! https://hubs.ly/Q02yq04F0 #researchneverstops #panhunter #transcriptomics #proteomics #omics #dataanalysis #datascience

I recently received training on one of the latest technologies in genome sequencing using Oxford Nanopore technology, specifically their top-end device, the GridION. This is an intriguing piece of equipment for genome analysts. Nanopore sequencing offers rapid, near-finished bacterial assemblies, making it an ideal tool for surveillance and antimicrobial resistance (AMR) analysis of Salmonella isolates. It can quickly and easily distinguish between the 2,600 variations of Salmonella serotypes by providing whole genome sequencing (WGS) data. For more information on how Oxford nanospore technology has evaluated salmonella serotyping , you can refer to the article here. https://lnkd.in/gJyqGNJc As a researcher, it is crucial to stay informed about the latest technologies in your field and to compare the data outcomes from both older and newer technologies. For bacterial genome analysts, sequencing is essential for gene characterization, and Oxford Nanopore provides an excellent option. #genomesequecning #bacterialgenomes #gene #wholegenomesequencing #technology #salmonella #oxfordnanospore #gridion 🧬 📈 📉 🖥️

#Review Strategies for Improving Small-Molecule Biosensors in Bacteria by Corwin A. Miller, Joanne M. L. Ho and Matthew R. Bennett https://lnkd.in/eeTHcxrx MDPI Rice University #bacterialbiosensor #biosensorengineering #proteinengineering #geneticengineering #geneticcircuits #openaccess #Abstract In recent years, small-molecule biosensors have become increasingly important in synthetic biology and biochemistry, with numerous new applications continuing to be developed throughout the field. For many biosensors, however, their utility is hindered by poor functionality. Here, we review the known types of mechanisms of biosensors within bacterial cells, and the types of approaches for optimizing different biosensor functional parameters. Discussed approaches for improving biosensor functionality include methods of directly engineering biosensor genes, considerations for choosing genetic reporters, approaches for tuning gene expression, and strategies for incorporating additional genetic modules.

What do you want to learn from your multi-omics research? Do samples with similar transcriptome profiles have similar proteome profiles? Is there a correlation between the regulation of target gene and protein? What about at the biological pathway level? PanHunter is the perfect solution for finding these answers! It supports multi-omics data correlation at all levels, from sample to feature to biological pathway. Unlock the biological insights of your multi-omics research today! https://hubs.ly/Q02yq3RV0 #researchneverstops #panhunter #transcriptomics #proteomics #omics #dataanalysis #datascience

📄 I am pleased to announce that our valuable article, 'Lipid nanoparticles: The game-changer in CRISPR-Cas9 genome editing,' was recently published. Embarking on an enlightening exploration of genome editing! 🧬 Delve into the pivotal role of lipid nanoparticles in advancing CRISPR/Cas9 delivery. From Polyethylene glycol-phospholipid-modified cationic lipid nanoparticles to solid lipid nanoparticles, discover efficient gene editing possibilities. Navigate strategies for precision, address challenges like off-target effects, and stay informed on recent clinical trials. Engage in the formal discourse shaping the future of CRISPR-Cas9. Ultimately, I would like to express my gratitude to my dear friends and also colleagues and my esteemed professor Dr. Ahmadian who accompanied us. Hoping for future success... Read the full paper in Heliyon journal through this link: https://lnkd.in/euDHVxhn #CRISPR-Cas9 #CRISPR #GenomeEditing #NanoparticleTechnology #BiomedicalResearch #biotechnology

We develop tools for unlocking the natural products of biosynthetic gene clusters, even ones that are cryptic or not expressed under laboratory conditions. In another recent paper out of Christine Beemelmanns' Lab at Universität des Saarlandes and published in Royal Society of Chemistry Advances, the authors examined a cryptic cluster called 'mdk'. Terra Bioforge captured the 36-kb gene cluster using our DNAtrap™ and cloned it to our pDualP expression vector. This dual-inducible expression system activated the mdk cluster, allowing the authors to characterize its green-pigmented product seongomycin. https://lnkd.in/gp7r9tAW