The new year provides a fresh start to reevaluate your gene synthesis provider! ENFINIA DNA is full-length, high-complexity DNA built completely cell-free and shipped NGS-verified in 6-8 days, eliminating most cloning needs. Spend more time discovering & less time cloning: https://bit.ly/4gzTXgQ #EnfiniaDNA #cellfreecloning #genesynthesis
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We’re not your grandfather’s gene synthesis provider. ELEGEN's DNA is different. We build up to 7 kb high-complexity DNA – completely cell-free – and ship it NGS-verified in 6-8 days, eliminating most cloning needs. Ready to spend more time learning and less time cloning? You decide: https://bit.ly/4biog8H #genesynthesis #EnfiniaDNA #cellfreesynthesis #DNAinnovation
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Achieve consistent and optimal gene silencing in RNAi experiments!🧬 Read our latest article on how using complex pools of siRNAs (siPOOLs) can improve interpretability and efficiency. German version available: https://buff.ly/3ysC828 . #RNAi #GeneSilencing
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Genes and Alleles A gene is a portion of DNA that determines a certain trait. An allele is a specific form of a gene. Genes are responsible for the expression of traits. Alleles are responsible for the variations in which a given trait can be expressed. Youtube video: https://lnkd.in/d38F6BFq #nikolaysgeneticslessons
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🧬 Trivia Question: In CRISPR-Cas9 gene editing, what is the primary role of the PAM sequence? A) It provides the Cas9 enzyme with the necessary structural stability for cutting DNA. B) It acts as a recognition site for the guide RNA to bind to the target DNA sequence. C) It is required for the repair of the DNA strand after the cut has been made. D) It enables the differentiation of the target sequence from off-target sequences. #CRISPR #GeneEditing #Biotechnology #ScienceTrivia Sciqst, Precise References in Medicine. www.sciqst.com
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Learn about the advantages of CRISPR interference (CRISPRi) for gene target identification. http://ms.spr.ly/6041lvxb1 #RevvUpResearch #CRISPRmod #CRISPRa #CRISPRi
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The expanding cell and gene therapy market is bottlenecked by shortage of long-chain, high-quality DNA strands for knock-in applications. At gxstrands, our proprietary fermentation technology enables the mass production of DNA single-strands up to 10,000 nucleotides, for example as donors for facilitating large-scale gene knock-ins. Here's how it works: https://lnkd.in/gT5hMbiF
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New Business Development, Strategic Partnerships, Alliance Management, Out-licensing, Commercial Supply
Have you tried the GeneArt Dashboard for designing and ordering gene synthesis❔ It's the easiest way to get the custom DNA you need as sequence-verified linear fragments or clones.🧬 And if you get stuck 🆘 there are quick tutorials < 5mins to help you along the way. Check out the GeneArt Dashboard and - hot tip 🔥 - it's where you'll find our best prices! 🛍️ - https://lnkd.in/gv_DwYa7 #GeneArt #GeneSynthesis #ilovemolbio #readyforthefuture
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Enabling researchers make the world healthier, cleaner and safer with innovative Life Science solutions
Have you tried the GeneArt Dashboard for designing and ordering gene synthesis❔ It's the easiest way to get the custom DNA you need as sequence-verified linear fragments or clones.🧬 And if you get stuck 🆘 there are quick tutorials < 5mins to help you along the way. Check out the GeneArt Dashboard and - hot tip 🔥 - it's where you'll find our best prices! 🛍️ - https://lnkd.in/gv_DwYa7 #GeneArt #GeneSynthesis #ilovemolbio #readyforthefuture
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What's Gene Delivery? What's a Vector/Plasmid? 🤔 Watch the full video, "How to Create Effective Vectors for Gene Delivery," to accelerate your research: https://lnkd.in/gQEt43Vi 🧬
