Blog
September 21, 2017
Data and Software Release: Target Capture and SMRT Sequencing for Alzheimer’s Disease Genes
We’re pleased to release a new data set along with an allele phasing GitHub software workflow for those interested in exploring SMRT Sequencing data from an Alzheimer’s disease candidate gene…
September 19, 2017
New Diploid Avian Reference Genomes to Establish Quality Standards for G10K, B10K
A new publication from scientists at The Rockefeller University and PacBio presents reference-grade, phased diploid genome assemblies for two important avian models for vocal learning, Anna’s hummingbird and zebra finch….
September 13, 2017
New Insights in Soil Ecology: SMRT Sequencing Powers Genome Assembly of Parthenogenetic Arthropod
In a recent BMC Genomics paper, scientists in the Netherlands report a high-quality genome assembly for Folsomia candida, a soil-dwelling arthropod. The organism, which is known for reproducing parthenogenetically (and…
September 6, 2017
CRISPR/Cas9 and SMRT Sequencing Yield New Phenotype Association for SCA10 Repeat Expansion Disorder
A compelling new paper from scientists at the Parkinson’s Institute and Clinical Center, Houston Methodist Research Institute, and several other organizations demonstrates the importance of fully sequencing repeat expansion regions…
September 5, 2017
Medical-Grade Psychotropic May Be Feasible Thanks to New Genomics Study
A recent paper in the journal Angewandte Chemie describes using SMRT Sequencing to characterize biosynthesis of a psychotropic product in Psilocybe carpophores, better known as magic mushrooms. Scientists from the Hans…
August 24, 2017
Software Tools Optimized for Long Reads Improve Detection of Complex Structural Variants
[Update April 30, 2018: This paper is now published in Nature Methods.] Sniffles and NGMLR, structural variant detection and alignment algorithms developed in the Schatz lab for long-read sequence data,…
August 15, 2017
In Bake-Off, SMRT Sequencing Generates Highest-Quality, Cost-Effective Bacterial Assembly
Scientists from the University of Hong Kong recently reported results of a head-to-head comparison of long-read and short-read platforms for sequencing and assembly of a bacterial genome. They determined that…