Pac Bio sequencing platforms

GPTKB entity

Statements (52)
Predicate Object
gptkbp:instance_of gptkb:DJ
gptkbp:allows higher error rates compared to short reads
higher initial investment cost
longer run times
gptkbp:analysis can be integrated with other sequencing data
requires specialized bioinformatics tools
gptkbp:application genomics
transcriptomics
metagenomics
gptkbp:benefits detection of structural variants
improved assembly of complex genomes
phasing of haplotypes
gptkbp:collaborations various academic institutions
genomic research projects
gptkbp:competitors gptkb:Oxford_Nanopore_Technologies
Illumina sequencing
gptkbp:data_type BAM and FASTQ
gptkbp:developed_by gptkb:Pacific_Biosciences
gptkbp:features high throughput
real-time sequencing
low bias
no amplification required
gptkbp:first_introduced gptkb:2011
https://www.w3.org/2000/01/rdf-schema#label Pac Bio sequencing platforms
gptkbp:impact advancements in personalized medicine
understanding of genetic diseases
contributions to evolutionary biology
insights into microbial diversity
facilitation of synthetic biology research
gptkbp:input_output long reads up to 30 kb or more
up to 1.5 million reads per SMRT Cell
gptkbp:known_for long-read sequencing
gptkbp:part_of next-generation sequencing (NGS)
gptkbp:performance high accuracy with circular consensus sequencing (CCS)
gptkbp:platform gptkb:Sequel_II_System
RSII
Sequel System
gptkbp:project improvements in accuracy
enhancements in throughput
integration with AI for data analysis
new applications in clinical genomics
gptkbp:seed_dispersal variable depending on application
cost-effective for large genomes
gptkbp:technology gptkb:SMRT_Cell
SMRT Link software
gptkbp:user_base environmental scientists
agricultural scientists
clinical researchers
researchers in genomics
gptkbp:uses gptkb:Single_Molecule,_Real-Time_(SMRT)_sequencing
gptkbp:bfsParent gptkb:Pac_Bio_Sequel_System
gptkbp:bfsLayer 6