CD Genomics: A Leading Provider of Microbial Genomics Services and Solutions, Slides of Genomics

Download CD Genomics: A Leading Provider of Microbial Genomics Services and Solutions and more Slides Genomics in PDF only on Docsity! Introduction to MicrobioSeq MicrobioSeq represents the microbial genomics division of CD Genomics headquartered in New York, USA. CD Genomics, established in 2004, is a genomics service company with good reputation in providing reliable resequencing, genotyping, microarray, and bioinformatics services. Based on extensive experience in microbial genomics, CD Genomics is further developed with the mission to accelerate the entire microbiome industry toward breakthrough discoveries. Through years of efforts, CD Genomics has been an internationally leading provider of microbial sampling products, microbial testing services, microbial genomics services, and integrated bioinformatics services for hospitals, food, diagnostics, pharma, agriculture, biotechnology, and research institutes. CD Genomics key features: • Free online consulting and experiment design • Validated and up-to-date experimental processes • Custom and flexible experimental processes • Comprehensive and custom bioinformatics analysis • Secure and privacy-compliant • Saves time and reduces variability • Versatile and automated microbial genomics platforms • Experienced and high-quality expert team CD Genomics key advantages: Versatile Technology Platforms Meet All of Your Demands CD Genomics is at the center of a scientific revolution, using its unmatched, powerful, and precise technology platforms to uncover how microbe impacts environment and human life. Our microbial platform rapidly directs us to the best microbial solutions. It investigates the genome of individual microorganism, gene expression levels, and taxonomic composition of microbiomes from environmental, agricultural, industrial, and clinical samples. We accomplish this by utilizing short-read, long-read, and full-length sequencing technologies and characterizing microbial genomes from genomics, transcriptomics, and phenotype levels.