Additional genome biology technologies
Bionano optical mapping
Optical mapping is used to improve the contig continuity of the scaffolds in de novo genome assembly pipeline. Ultra-long gDNA…
De novo genome assembly pipeline
Recent advances in sequencing technologies allow for efficient, highly precise, and cost-efficient genome assemblies of almost any species from scratch. Over the…
Long read technologies
Long-read single molecule DNA sequencing
In contrast to Sanger and Illumina sequencing, DNA molecules are sequenced directly without any amplification step. This allows long…
Automated capillary electrophoresis
for separation of DNA fragments across different scales (100 bp to more than 500 kb) at high resolution and minor input.
The Fragment analyzer is used for…
Bionano Saphyr
to generate optical maps of long and ultra-long genomic DNA molecules.
Optical mapping is used to improve the contig continuity while scaffolding in our de novo genome assembly…
Oxford Nanopore (ONT) PromethION
an alternative strategy for long-read and single molecule sequencing of gDNA, RNA and amplicons:
It supports sequencing of ultra-long genomic DNA (200 kb and more)…
Pacific Biosciences (PacBio) SEQUEL and SEQUEL2
single-molecule real time (SMRT) DNA sequencing on the SEQUEL devices:
PacBio SMRT sequencing is used to sequence various long templates such as…
Sequencing of nucleic acids is one of the basic technologies of molecular biology and is used to study genomes, transcribed RNA, or epigenetics of whole organisms, tissues, single cells, or cell…
Dr. Ignacy Rzagalinski
Contact: rzagalinmpi-cbg.de
Tobias Jumel, M. Sc.
Contact: jumel@mpi-cbg.de
