Accelerate to discover
Related topics
Identify the quality of any protein in 3 minutes using microliters of sample with Tycho
Jul 19, 2019
Tycho tells you so much about the quality of your protein. It tells you about presence, purity, concentration,...
Expanding patient tumor samples has never been so easy - Discover AVATAR
Jul 10, 2019
The AVATAR Cell Control System lets you fine-tune oxygen and pressure to cater culture conditions to your cell type of...
Jul 4, 2019
Cutting edgce cardiovascular research demands cutting edge technology. 4D imaging brings together dynamic motion and 3D...
CQ1 confocal quantitative image cytometer: fighting colon cancer with killer cells
Jul 2, 2019
Genetically modified immune cells can successfully destroy colon cancer cells. This has been demonstrated for the first...
Assessment of angiotensin II-induced mouse models of abdominal aortic aneurysm
Jun 28, 2019
Are you working with high ultrasound imaging and are you interesting in progression/ regression of abdominal aortic...
Bionano introduce new SP blood and cell culture DNA isolation kit
Jun 26, 2019
This Bionano prep SP blood and cell culture DNA isolation kit, can provide ultra-high molecular weight (UHMW) gDNA in...
Breast cancer‐derived exosomes reflect the cell of origin phenotype
Jun 24, 2019
The qNano Gold measures particles using the Tunable Resistive Pulse Sensing (TRPS) principle. TRPS is the most powerful...
Transcutaneous implantation of valproic acid-encapsulated
Jun 21, 2019
The interest in alternative material systems and delivery methods for treatment of androgenetic alopecia has been...
Mar 15, 2016
Despite recent advances in base-calling accuracy and read length, de novo genome assembly and structural variant analysis using ‘short read’ shotgun sequencing remain challenging. Most resequencing projects rely on mapping the sequencing data to the reference sequence to identify variants of interest. Whole-genome scanning techniques have revealed the prevalence and importance of structural variation. Detecting copy number variation often relies on detection of relative signal intensities by array-based or quantitative PCR-based technologies. However, except for deletions, these methods do not provide positional information regarding the locations of copy number variants, and they cannot detect balanced structural variation, such as inversions or translocations.. The instrumentation presented by BioNano Genomics can improve de novo sequence assembly by providing long labeled DNA contigs with so far unknown structural variations.
Related technologies: Genome mapping
Brand profile
A revolutionary NanoChannel technology for Genome mapping of extremely long DNA without amplification, providing long-range contiguity and eliminating PCR bias.
More info at:
www.bionanogenomics.com
BioFocus newsletter
Register to receive Brand new technology development, Important product updates, Interesting scientific events and more!
BioTech a.s. © 2014
Designed & developed by imagineit
Technologies
