Fragaria x ananassa

Overview
GenusFragaria
Speciesx ananassa
Common NameStrawberry
AbbreviationF. x ananassa
PloidyOctoploid
Chromosome Number2n=8x=56
Genome Size240 Mb
Available Markers96,910
Available Maps10
Available QTLs474
Available MTLs2
Available Phenotype Data133,270 measurements for 68 descriptors
Available Genotype Data0
Genome Assemblies1
GRIN Taxonomy244
Germplasm
NameType
1158cultivar
1392cultivar
1392breeding_research_material
1392cultivar
232breeding_research_material
232_x_1392population
232_x_1392-F1population
46-4Jbreeding_research_material
5xACbreeding_research_material
5xADbreeding_research_material
5xAFbreeding_research_material
5xAJbreeding_research_material
5xAKbreeding_research_material
5xALbreeding_research_material
5xAMbreeding_research_material
5xANbreeding_research_material
5xAQbreeding_research_material
5xARbreeding_research_material
5xASbreeding_research_material
5xAUbreeding_research_material

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Genomes

Whole Genome Sequences & Annotations for Fragaria x ananassa

Description

Fragaria x ananassa is the primary cultivated strawberry. It is an octoploid (2n=8x=56) that originated from a natural hybridization, believed to have originated in France, between the two octoploid species F. virginiana (North American origin) and F. chiloensis (South American origin). The estimated genome size of a diploid species, Fragaria vesca, is 240 Mb. Fragaria species grow as perennial crowns and can be propagated sexually by seed, and can also be propagated asexually as runners and crown divisions. Strawberry is used for its nutraceutical properties (fruit and leaf) as well as fresh fruit and processed fruit products. Plants are valued for landscaping and several non-fruiting varieties are available through plant nurseries. Focus of general breeding efforts include yield, flavor, fruit firmness, production timing and disease resistance. Whole genome assembly of F. x ananassa from a Japanese variety 'Reikou' (FAN_r1.1) bred in Chiba Prefecture, is available as well as a virtual 'reference genome', which integrates genome sequences of homeologous chromosomes, and was constructed by eliminating heterozygous bases during sequence assembly (FANhybrid_r1.2). Several linkage and quantitative trait locus (QTL) maps are available for the crop and some species. The diploid species, F. vesca, has been sequenced and the annotated genome is available through GDR.

Transcripts
 
Assembly  Name Analysis Name Date Constructed Stats

 

Fragaria x ananassa GDR RefTrans V1

 

Fragaria x ananassa GDR RefTrans V1

 

 

2017-07-21  

 

ESTs: 10,855

Reads: 5.7 billion

RefTrans: 74,947