Microsatellite Genotyping
Description
Microsatellites are repetitive sequence elements usually
a dinucleotide such as (CA)n. There are
tens of thousands of microsatellites in the human genome.
Any one microsatellite locus will have a number of different
alleles, each with a different number of repeat units.
We have earned a strong reputation in microsatellite typing.
Our present operations evolved from the highly regarded HGMP
Linkage Hotel, and we now offer high throughput contract research
as well as data analysis.
Application
Microsatellite typing has been used in thousands of linkage
analyses of Mendelian traits to detect co-segregation of a
distinct phenotype with a particular microsatellite allele
in a family. It has also been used to identify genes in complex
diseases.
- Geneservice has optimised protocols for using ABI
PRISM® Linkage Mapping Sets. These are sets of microsatellite
markers distributed at medium density (10 centiMorgan) and
high density (5cM) across the human genome.
- Geneservice also designs, validates and applies user-defined
microsatellites.
Platforms
- MATRIX Platemate Plus for high throughput liquid handling.
- ABI Prism 3730 and 3100 Genetic Analysers for high throughput PCR product
analysis
- Automated data analysis
Why use Geneservice?
- Quality: Backed by nearly ten years experience and
with a track record of successes in detecting linkage, our
contract research is fast and accurate.
- Pricing: Our high throughputs reduce unit labour and
capital costs meaning that we can offer
exceptional value for money. Furthermore, savings are made
by bulk purchase of reagents.
- Personal Touch: We work with each customer
to ensure optimisation of experimental design. All data
is sent in strictest confidence to you on CD-ROM (or e-mail
if preferred).
- Commitment to improvement: We are continuously
introducing new technologies to reduce costs, shorten timelines
and reduce consumables including your DNA.
Publications
Click
here for publications
Contact
E-mail: Genotyping Team
Tel: +44(0)1223 432608
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