Products

High marker discovery efficiency - High-throughput sequencing technology assists SLAF-Seq in discovering hundreds of thousands of tags within the whole genome.

Low dependence on the genome - It can be applied to species either with or without a reference genome.

Flexible scheme design - Single-enzyme, dual-enzyme, multi-enzyme digestion and various types of enzymes, all can be selected to cater different research goal or species. Pre-evaluation in silico is used to assure an optimal enzyme design.

Efficient enzymatic digestion - Pre-experiment was carried out to optimize the conditions, which makes the formal experiment stable and reliable. Fragment collection efficiency can achieve over 95%.

Evenly distributed SLAF tags - SLAF tags are evenly distributed in all chromosomes to the greatest extent, achieving an average of 1 SLAF per 4 kb.

Effective avoidance of repeats - Repetitive sequence in SLAF-Seq data is reduced to lower than 5%, especially in species with high level of repeats, such as wheat, maize, etc.

Extensive experience -Over 2000 closed SLAF-Seq projects on hundreds of species covering plants, mammals, birds, insects, aqua-organisms, etc.

Self-developed bioinformatic workflow - An integrated bioinformatic workflow for SLAF-Seq was developed by BMKGENE to ensure reliability and accuracy of final output.