Integrated DNA Technologies’ Post

Researchers present a new algorithm, FLSHclust, for efficient and rapid clustering of millions of sequences from large databases, leading to the discovery of 188 previously unknown CRISPR-associated systems with diverse biochemical activities. These findings, including novel types of CRISPR systems and their potential applications in biotechnology, highlight the untapped potential of RNA-guided mechanisms in genomic research and technology development. #CRISPR #Algorithms #FLSHclust https://lnkd.in/e-bqcEZd

🧬Avidity sequencing🧬 🧬🔍A new method for DNA sequencing that optimizes how we read DNA. By using specialized chemistry, we can identify nucleotides more efficiently. This approach uses unique nucleotide compounds to create strong bonds with DNA copies, lowering the amount of chemicals needed and improving accuracy. Avidity sequencing achieves impressive accuracy rates, with minimal errors even during challenging sequences. This breakthrough method promises more reliable and precise genetic analysis. 🔍🧬 #DNASequencing #Genomics #Biotechnology #Innovation #Sequencing #LifeSciences Ref: https://lnkd.in/g-XWV2q8

What we are reading... Synthetic Biology is not just the next big thing but the “current big thing”! Dr. Emily Leproust's insights on how this field transforms drug discovery are inspiring. The accessibility of DNA sequencing, synthesis, & CRISPR empowers faster innovation. Find out more about how these advancements have accelerated the design-build-test-learn cycle in synthetic biology. Follow the ETSU RC for more updates. #Innovation #SynBio #Biotech

Hi everyone! 🌟 I'm excited to share my latest video, 'Biotechnology Breakthroughs: A Crash Course for Aspiring Scientists and Industry Professionals.' Whether you're a biology graduate, a professional in the life sciences, or simply someone fascinated by the latest in biotechnology, this video is for you! In this crash course, I cover: - The revolutionary impact of CRISPR and gene editing - The rapid advancements in mRNA vaccines - The transformative role of AI in bioinformatics Join me as we explore these groundbreaking innovations and their implications for the future of science and healthcare. Let's dive into the world of biotechnology together! #Biotechnology  #GeneEditing  #CRISPR  #mRNAVaccines  #Bioinformatics  #LifeSciences  #HealthcareInnovation  #ScientificResearch  #ThermoFisherScientific  #BiotechTrends  #FutureOfMedicine  #PersonalizedMedicine  #AIinBiotech  #TechInHealth  #GeneticResearch  #BiotechBreakthroughs  #Pharmaceuticals  #MedicalResearch  #BiotechCareers  #InnovativeScience

We are excited to introduce Quantabio’s latest application note, "Fast and Efficient cDNA Synthesis and PCR Amplification for Molecular Cloning". This comprehensive guide demonstrates a rapid and efficient method to generate high-quality dsDNA for seamless cloning. In this application note, we dive into the use of the qScript Ultra Flex Kit and repliQa HiFi ToughMix, which enable the quick synthesis of first-strand cDNA and high-fidelity PCR amplification of DNA fragments. Whether you're working on gene function studies, recombinant protein production, or exploring other molecular cloning applications, this technical note can help you streamline your current workflows. Download now ➡️ https://lnkd.in/dj-syrx4 Contact us today at whitesci@whitesci.co.za to talk to a specialist! 🛒 Visit our webshop and shop our Quantabio range online ➡️ https://lnkd.in/ddPPnxwJ #whiteheadscientific #DNA #molecular #science #biotech

Whitehead Scientific We are excited to introduce Quantabio’s latest application note, "Fast and Efficient cDNA Synthesis and PCR Amplification for Molecular Cloning". This comprehensive guide demonstrates a rapid and efficient method to generate high-quality dsDNA for seamless cloning. In this application note, we dive into the use of the qScript Ultra Flex Kit and repliQa HiFi ToughMix, which enable the quick synthesis of first-strand cDNA and high-fidelity PCR amplification of DNA fragments. Whether you're working on gene function studies, recombinant protein production, or exploring other molecular cloning applications, this technical note can help you streamline your current workflows. Download now ➡️ https://lnkd.in/dj-syrx4 Contact us today at whitesci@whitesci.co.za to talk to a specialist! 🛒 Visit our webshop and shop our Quantabio range online ➡️ https://lnkd.in/ddPPnxwJ hashtag #whiteheadscientific hashtag #DNA hashtag #molecular hashtag #science hashtag #biotech

This Genetic Engineering & Biotechnology News article explores how “Organoids Evolve from Academic Marvel to Industrial Tool,” with game-changing technology, including from Molecular Devices. Read on to learn about the innovations that are: 🤖 Increasing automation ⚖️ Making organoids by the millions, and 🧪 Putting OOC technologies to the test Access the full article here: https://ow.ly/9KHp50Qa8j7 #organoids #3dbiology #drugdiscovery #highcontentscreening

In case you missed the news late last year, Tome Biosciences has been making waves in the biotech space with more than $200 million in investments from major VCs. While those numbers are impressive, what’s driving that interest is more exciting: the use of #CRISPR technology to insert new genes in a process called programmable genomic integration (PGI). This new approach modifies the CRISPR process – which up until now has been primarily used to edit existing genes – and combines it with enzymes that can insert entirely new genetic code into DNA. This could give doctors and scientists far more control over genetic therapies and open the door for new treatments and even cures for genetically driven diseases. The basis of the PGI research comes from this fascinating paper in Nature Biotechnology: https://lnkd.in/ekqRGnBn Figure 1 shows the schematic of the novel Cas fusion protein that is enabling this new technology. The team behind this work wrote a paper about it two years ago and I’m eager to see what the Tome team does with that foundation as they move towards a commercial launch. Perhaps #HPLC chromatography and #lcms mass spectrometry will play a role in characterizing and performing release testing on future drug substances and products. #LifeatWaters #WatersInnovation

Alpha Lifetech Inc. is experienced in cell line construction. We are committed to providing high-quality stable cell line construction services to customers worldwide. Our services are proven and trusted. Stable cell lines are widely used in various research applications. Cell lines can maintain expression levels during a prolonged culture process. Currently, laboratory technologies of maintaining live cell lines separated from their original tissue source have become robust, such as primary cell and recombinant cell culture, but the stability of those cell lines to produce a high level of bioproduct can be a blockbuster. The opportunity exists to explore new technologies to increase clonal stability while minimizing clonal variation. Factors that contribute to instability include gene copy number, position effect, insertion mutagenesis, and post-transcriptional and post-translational modifications. https://lnkd.in/gbfvCcZD #AlphaLifetech #celllineconstruction #highqualityservices #stablecelllines #researchapplications #primarycells #recombinantcells #bioproducts #clonalstability #genecopynumber #posttranslationalmodifications #researchservices #laboratorytechnologies #celllineculture #celllinemaintenance #researchinnovations #sciencetechnology #cellbiology #biotechnology

Advancing Biotechnology and Genetic Engineering with McGinty Equation (MEQ) and Quantum Time Flip Integration Project Description: Skywise.ai proposes a collaborative project with leading biotechnology and genetic engineering firms to integrate the McGinty Equation (MEQ) technology with recent advancements in quantum time flip experiments. This collaboration aims to develop innovative biotechnological applications and genetic engineering techniques that leverage the principles of MEQ and quantum time flip to enhance precision, efficiency, and outcomes in biomedical research and therapeutic development. The project will focus on creating advanced genetic manipulation tools, optimizing biotechnological processes, and exploring commercial applications in healthcare and agriculture.