Discovery Life Sciences’ Post

🧬 Unlock the Potential of Oligonucleotides with Genome X! 🔬 Oligonucleotides have a wide range of powerful applications in modern molecular biology and genetic research. Explore how these versatile molecules can be applied in various fields: ✅ Primers in PCR – Amplify specific DNA sequences for genetic analysis ✅ Gene Therapies – Pave the way for new treatments ✅ Detection and Labeling – Target specific DNA or RNA sequences ✅ DNA Sequencing – Discover new genetic insights ✅ Gene Synthesis – Build genes from scratch ✅ Gene Expression Studies – Understand gene function and regulation At Genome X, we provide expert services in oligonucleotide synthesis to support your research and innovation! 🔗 Visit our website or scan the QR code to learn more about our services. 📞 Contact Us: +92 337 4845 825 🌐 Website: www.thegenomex.com #Oligonucleotides #PCR #GeneTherapy #DNASequencing #GeneSynthesis #MolecularBiology #Genomics #BiotechResearch #GenomeX

Want to learn how to identify which transcriptomics assay is best for your research? From bulk RNA-Seq to single-cell RNA-Seq to spatial transcriptomics, take an in-depth look at various NGS gene expression approaches and their results to make an informed decision with our GENEWIZ Week workshop. Register now: https://hubs.ly/Q02K7ccz0 #GENEWIZWeek #Transcriptomics #GeneExpression #RNASeq #scRNASeq #SpatialTranscriptomics #Genomics

📍 Integrating phylogenies into single-cell RNA sequencing analysis   Church et al. illustrated a tree-based framework for comparing scRNA-seq data across species to reveal links between cellular gene expression and the evolution of cell functions, features, and phenotypes.   Key points ✅ Identification of homologous and comparable groups of genes and cells ✅ Testing hypotheses about the evolution of cellular gene expression ✅ Reconciling species, gene, and cell phylogenies, as well as cell lineages as different representations of the same concept - the tree of cellular life ➡ More details: https://lnkd.in/eWvGjM4a #YaleUniversity #spatialomics #spatialbiology #singlecellanalysis #singlecell

Researchers rely on model organisms such as zebrafish to identify how embryos mature from a single cell into distinct cell types, tissues, and organs. Many of the gene expression programs that direct embryonic growth are similar across fish and people, which means that findings in zebrafish can inform studies on human development and disease. NICHD’s Farrell Lab created Daniocell, a genetic atlas of early zebrafish development. By using single-cell RNA sequencing, researchers identified gene expression programs that are active in the first 5 days of zebrafish development. Read more about their work: https://go.nih.gov/TtGaf6z. National Institutes of Health (NIH): Intramural Research Program (IRP) #NICHDimpact

Boost your variant calling and gene expression analysis with NEXTFLEX™ UMI-UDI barcodes. Perfect for sequencing heterogeneous tumor samples and ctDNA on Illumina® and Element® sequencers. #Genomics #Research #UMIUDI For research use only. Not for use in diagnostic procedures.http://ms.spr.ly/6049m8ORl

How do Custom DNA #Oligos help in #GeneSynthesis and #DNACloning? #Eurofins #EurofinsIndia #EurofinsGenomics #GeneSynthesis #DNACloning #CustomDNA #ResearchInnovation #TestingForLife 

How do Custom DNA #Oligos help in #GeneSynthesis and #DNACloning? Synthetic DNA oligos play a crucial role in modern genetic research. Whether you're constructing new genes or cloning them into vectors for further study or therapeutic applications, #CustomDNAOligos are designed to meet your specific needs. Applications Include: ·      Designing and constructing new genes for functional studies ·      Cloning genes into plasmids or viral vectors for gene therapy ·      Developing novel gene constructs for synthetic biology applications Explore the full potential of gene synthesis and cloning with our state-of-the-art oligos. Let's drive innovation in genetic research together! #EurofinsGenomics #TestingForLife #GeneSynthesis #DNACloning #CustomDNA #ResearchInnovation

🚨 We’re excited to share our first FES-Forward blog post! 🚨 In the first part of a four part series focused on complex DNA sequences we delve into the challenges of synthesizing repetitive DNA sequences—an essential yet often problematic component in genomic research. Repetitive sequences play crucial roles in gene regulation, chromosome structure, and genome stability, but they also present significant obstacles in DNA synthesis and assembly. In this post, we explore innovative solutions that overcome these challenges, making it easier to work with complex sequences like those found building AAV vectors, regulatory elements, and cell models to study disorders associated with repeat expansion.  Read the full post to learn more: https://lnkd.in/gb8gNcf5 #SyntheticBiology #Genomics #DNASynthesis #GeneTherapy #Innovation  #AAV #Biotech #CRISPR #DNAuncompromised #DNA #FES #synbio #geneediting 

#NewBlog #ReporterGene #CellBasedAssays We have a new blog for you! Reporter genes are indispensable tools in molecular biology and genetics, allowing for detailed studies of gene regulation. Used in a wide range of scientific applications, reporter genes inform researchers of changes in the activity of their receptors of interest. In this article, we will explore reporter genes and their use in bioassays! 🔬 Looking into Reporter Gene Assays for your project? Click now to learn about: - Reporter Genes and Reporter Cells - Why Reporter Gene Assays are Used - INDIGO’s Luciferase Reporter Gene Assays Ready to enhance your research? Click below to read the full blog post. We'd love to hear your thoughts and insights on the topic! Feel free to reach out and let us know what you think.  https://hubs.la/Q02CkwHV0

Introducing Elango Genetics's Sanger Sequencing Services! Our offerings: 16S & 18S rRNA Sequencing COI Gene Sequencing rbcL & matK Sequencing Customized Gene Studies Plasmid Sequencing Primer Walking SNP Genotyping Mutational Profiling Micro-Satellite Analysis Why us? ✅ High Quality Reads ✅ Low Background Noise ✅ Reliable Results Boost your research with our precision and reliability. Contact us today! #ElangoGenetics #SangerSequencing #Genomics #Research