Lee

Germplasm Overview
NameLee
AliasN/A
GRIN IDPI 539525
TypeCultivar
SpeciesCitrus reticulata
DescriptionN/A
Origin CountryN/A
Origin DetailN/A
PedigreeN/A
Maternal ParentN/A
Paternal ParentN/A
Maternal Parent ofLee_×_Orlando [view all 2]
Paternal Parent ofN/A
Phenotypic Data[view all 29]
SSR Genotype DataN/A
SNP Genotype DataN/A
MapN/A
DNA LibraryN/A
SequenceN/A
CommentsClementine mandarin x Orlando tangelo
Reference[view all 3]
Phenotypic Data
Phenotypic Data
Total 29 trait scores
Download Table
# Dataset Descriptor Value
1Citrus.ACP.2010acpadultm0.4
2Citrus.ACP.2010acpadultr283.3
3Citrus.ACP.2010acpeggm0.7
4Citrus.ACP.2010acpeggr281.9
5Citrus.ACP.2010acpnymphm1
6Citrus.ACP.2010acpnymphr277.4
7Citrus.CLM.2010leafminerm1.3
8Citrus.CLM.2010leafminerr246.1
9Citrus.FruitJuiceData.92aroma1
10Citrus.FruitJuiceData.92epicarpadh3
11Citrus.FruitJuiceData.92epicarptex2
12Citrus.FruitJuiceData.92fruitaxmat2
13Citrus.FruitJuiceData.92fruitaxrip2
14Citrus.FruitJuiceData.92fruitcolor6
15Citrus.FruitJuiceData.92fruitlngth5.5
16Citrus.FruitJuiceData.92fruitshape1
17Citrus.FruitJuiceData.92fruitwidth5.8
18Citrus.FruitJuiceData.92juicecolor3
19Citrus.FruitJuiceData.92noseedwp4
20Citrus.FruitJuiceData.92oilglands3
21Citrus.FruitJuiceData.92pulpcolor6
22Citrus.TreeData.89leafform2
23Citrus.TreeData.89leafmargin1
24Citrus.TreeData.89leafshape1
25Citrus.TreeData.89leaftype1
Page
1
Alias
Synonym
CRC 3851
Maternal Parent Of
Germplasm Name Description Type
Lee_×_Orlandopopulation
Nou-5accession
Publications
YearPublication
2016Hong JH, Chae CW, Choi KJ, Kwon YS. A database of simple sequence repeats (SSR) marker based DNA profiles of Citrus and related cultivars and germplasm. Korean Journal of Horticultural Science and Technology. 2016; 34(1):142-153.
2006Barkley N, Roose M, Krueger R, Federici C. Assessing genetic diversity and population structure in a citrus germplasm collection utilizing simple sequence repeat markers (SSRs). Theoretical and applied genetics. 2006; 112(8):1519-1531.
2010John-Karuppiah K, Burns JK. Degreening behavior in ‘Fallglo' and ‘Lee×Orlando' is correlated with differential expression of ethylene signaling and biosynthesis genes. Postharvest biology and technology. 2010; 58(3):185-193.