Wednesday-Thursday, August 30-31, from 8:00 am – 5:00 pm (l unch provided if registered). NGS technologies have opened the door to multiple genome analyses and an increased understanding of the variations present in populations. To date, most of the germplasm analyses have relied on the comparison of sequence reads to one reference genome assembly, limiting our understanding of genomic variation. NRGene has developed novel analytics and approaches to efficiently de- novo assemble genomes and describe the relevant variation across germplasm using a pan-genome approach. Using this approach, we are able to perform critical analyses including, haplotype imputation from sequence based genotyping and marker selection for array design to aid in molecular breeding and gene discovery. Refreshments will be provided – please RSVP to David Neuman Moving beyond a single reference genome: GenoMAGIC, a novel solution to describe and manage genomic variation. NRGene Seminar Wednesday, November 8th from 2:00-4:00 PM in the Stephens Room (3503 Thomas Hall). We will profile several customer projects and discuss how improvements in their assemblies led to better science and new discoveries.
#QIAGEN CLC GENOMICS WORKBENCH RNA SEQ FIGURES UPDATE#
To date, we have completed more than 400 projects, spanning many classes of organisms from plants to reptiles, amphibians, fish, mammals, birds, insects and more. Using our two complementary scaffolding methods, Chicago and Dovetail Hi-C, we are dramatically increasing the contiguity and accuracy of genome assemblies, enabling true, full-chromosome-length scaffolding. This talk will provide an update on our most current technologies. A high-quality genome assembly will make any downstream analyses, like gene annotation, synteny, comparative genomics and population genetics far easier and more reliable. Dovetail Genomics is the leading service provider for high quality genome assemblies. Wednesday, February 14th 10:30 – 11:30 PM (Stephens Room – 3503 Thomas Hall)Ī contiguous and accurate genome assembly is a crucial first step in fully understanding the biology of any organism.
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