Automated Fragile X Analysis of Triplet CGG Repeats & Percent MethylationCompletely integrated analysis from genotyping through reporting provides: Faster, reduces analysis time by up to 50% Reduced Errors, no data transfer Accurate Fragile X Analysis
Multiplex Ligation-dependent Probe Amplification (MLPA) is a rapid, high-throughput technique for detecting copy number changes, with both general and clinical researchapplications. Kits are commercially available through MRC Holland. GeneMarker® software provides an entire module dedicated to MLPA analysis in house, no internet needed. The MLPA analysis application is linked directly to the program, allowing the user to process raw data, normalize samples , and perform MLPA analysis all in one program - eliminating unnecessary data transfers.
GeneMarker® software DNA analysis software is compatible with all major CE genetic-analyzers, and is an excellent alternative to Coffalyser.Net, GeneMapper®, Genotyper™, GeneScan®, and CEQ™ Fragment Analysis Software for MLPA® for detecting genetic deletions and duplications associated with various diseases and cancers.
software accepts all major CE output files, including: ABI-PRISM® (*.FSA,*AB1,*.ABI), SCF, MegaBace® (*.RSD,*.ESD), Beckman-Coulter files (*.CEQ) for aneuploidy/trisomy analysis. Aneuploidy occurs from non-disjunction during meiosis I or meiosis
Importing ABI®PRISM, Beckman-Coulter® orMegaBACE® CE data to into GeneMarker software provides user friendly, accurate genotyping with a linked Haplotype Analysis application (avoids potential errors from data transfer from one software to another),
GeneMapper®, Genotyper™, GeneScan®, MegaBACE Genetic Profiler, CEQ™ Fragment Analysis Software; is directly linked to the main analysis screen and is an excellent tool for analysis from kits such as the
Amplified Fragment Length Polymorphism is a PCR based genetic fingerprinting technique developed by KeyGene. AFLP technology has the capability to detect various polymorphisms in different genomic regions simultaneously,
T-RFLP is a PCR based genetic fingerprinting technique for the study of microbial community structure based on variation in the 16S rRNA gene. These DNA fragments are commonly separated using capillary electrophoresis.
Microsatellites (also known as simple-sequence-repeats, simple-tandem-repeats, variable-nucleotidetandem-repeats in eukaryote research; and Multiple-Loci-VNTR-Analysis in microbial research) are widely used to determine the genotype of organisms based onnaturally occurring variation.
13. 自然种群的亲缘关系分析及数据库:GeneMarker® software, genotyping software for DNA fragment data from ABI PRISM®,Beckman CEQ™ or MegaBACE™ capillary electrophoresis, includes a linked Kinship Analysis and database search module which enables ecologists, and other wildlife researchers to easily identify kinships in