UFFxa01E03 (genetic_marker) Fragaria ananassa

Marker Overview
NameUFFxa01E03
Genbank IDAJ870458
TypeSSR
SpeciesFragaria x ananassa
GermplasmFestival
Source TypeEST
Repeat Motif(CAC)10
Direct
PCR ConditionFinal reaction volume of 12.5ul comprising 1.5ul template DNA, 1x PCR buffer, 1.5mM Mg2+, 200 M dNTPs, 0.2uM each primer and 0.25U Taq polymerase. PCR cycles: initial denaturation step of 94oC (2min), then 10 cycles of 94oC (30s), 55-50oC annealing temperature decreasing by 0.5oC per cycle (45s) and 72oC (1min), followed by 25 cycles of 94oC (30s), 50oC (45s) and 72oC (1min), and a final elongation step of 72oC (5min)
Primer 1UFFxa01E03.Forward: ACCCCATCTTCTTCAAATCTCA
Primer 2UFFxa01E03.Reverse (no gttt): GACAAGGCCAGAGCTAGAGAAG
Primer 3UFFxa01E03.UFFxa01E03F: ACCCCATCTTCTTCAAATCTCA
Primer 4UFFxa01E03.UFFxa01E03R: GACAAGGCCAGAGCTAGAGAAG
Publication[view all]
ContactD. Sargent
Eric van de Weg
Contact
NameDetails
D. Sargent
First name:Dan
Last name:Sargent
Institution:East Malling Research
Address:New Road, East Malling, Kent ME19 6BJ, UK
Email:dan.sargent@emr.ac.uk
Phone:+44 1732 523747
Eric van de Weg
First name:Eric
Last name:van de Weg
Title:researcher
Institution:Wageningen-UR Plant Breeding, Wageningen University and Research Centre
Address:P.O. Box 16, 6700 AA Wageningen, The Netherlands
Country:The Netherlands
Email:eric.vandeweg@wur.nl
Keywords:allo-octoploid strawberry
Germplasm
Stock NameType
Festivalaccession
Map Positions
#Map NameLinkage GroupBinPositionLocusMapViewer
1Fragaria-815x903-BC1VIN/A19.56UFFxa01E03View
2Fragaria-FVxFN-F2-2010FG6N/A85.61UFFxa01E03View
3Strawberry-HK-F1LG6AN/A83.5UFFxa01E03View
4Strawberry-HK-F1LG6BN/A94UFFxa01E03View
5Strawberry-HK-F1LG6CN/A83.3UFFxa01E03View
6Strawberry-HK-F1LG6DN/A78UFFxa01E03View
7Strawberry-NF-F2-2017Fvb6N/A144.4UFFxA01E03-HEXView
Sequence
>UFFxa01E03 ID=UFFxa01E03; Name=UFFxa01E03; organism=Fragaria x ananassa; type=genetic_marker; length=185bp
ACCCCATCTTCTTCAAATCTCAAAACCCACAAACGGTGGTCTGTGTTCCC
CTACTGCCCTCCATGTCTCAACAAGCTTCTCCTCACCACCACCACCACCA
CCACCACCACCACCAAGAACAATCCATTCTCGCTTGCTCTCGACTCGTTG
CTCATTCTCTGCACTTCTCTAGCTCTGGCCTTGTC