Genetic Map Search
| Name Sort descending | Description | |
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| 1984 Celery Isozyme 1 | Eight genes of celery (Apium graveolens) were characterized by classical segregation analyses: Adh-1, Adh-2, Pgm-2, Pgm-3, Pgi-3, Mdh-3, Sdh-1, and A-112. Among the pairwise cosegregation tests conducted, three linkages were detected: Adh-1-Pgm-3 (1⊠| |
| 1984 Celery Isozyme 2 | Eight genes of celery (Apium graveolens) were characterized by classical segregation analyses: Adh-1, Adh-2, Pgm-2, Pgm-3, Pgi-3, Mdh-3, Sdh-1, and A-112. Among the pairwise cosegregation tests conducted, three linkages were detected: Adh-1-Pgm-3 (1⊠| |
| 1987 Celery Isozyme | Annual habit in celery is partially dominant over biennial and determined by a single gene designated Hb. Cosegregation studies of this trait with nine isozyme loci and a gene determining petiole anthocyanin pigmentation disclosed the following⊠| |
| 1993 157 Euphytica | Genetic and linkage analysis of marker loci were performed with 4 selfed progenies, derived from single plant (I0/1 lines) of carrot (Daucus carota L. sativus). The analysis of 58 markers included 1 morphological marker, 10⊠|
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| 1993 179 Euphytica | Genetic and linkage analysis of marker loci were performed with 4 selfed progenies, derived from single plant (I0/1 lines) of carrot (Daucus carota L. sativus). The analysis of 58 markers included 1 morphological marker, 10⊠|
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| 1993 189 Euphytica | Genetic and linkage analysis of marker loci were performed with 4 selfed progenies, derived from single plant (I0/1 lines) of carrot (Daucus carota L. sativus). The analysis of 58 markers included 1 morphological marker, 10⊠|
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| 1993 197 Euphytica | Genetic and linkage analysis of marker loci were performed with 4 selfed progenies, derived from single plant (I0/1 lines) of carrot (Daucus carota L. sativus). The analysis of 58 markers included 1 morphological marker, 10⊠|
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| 1993 Celery RFLP | Linkage relationships are reported for 34 markers in celery (Apium graveolens L. var 'dulce') including 21 RFLP, 11 isozyme, and 2 morphological traits. The mapping was carried out in a cross between celery and an annual accession from Thailand,⊠| |
| 1995 Celery RFLP+RAPD | A Fâ population of two celery cultivated types (Apium graveolens L. var. rapaceum A112 celeriac, and A. graveolens L. var. secalinum A143 annual smallage) was used to construct a linkage map consisting of 29 RFLP (restriction fragment length⊠|
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| 1997 9304Ă7262 | The mapping population 9304Ă7262 of 103 Fâ plants was derived from a single Fâ plant of the cross between fertile maintainer inbreds B9304 and YC7262. B9304 had non-purple root phloem, an orange xylem (core) and a⊠|
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| 1997 9304Ă7262JB | The mapping population 9304Ă7262 of 103 Fâ plants was derived from a single Fâ plant of the cross between fertile maintainer inbreds B9304 and YC7262. B9304 had non-purple root phloem, an orange xylem (core) and a⊠|
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| 2000 BrasĂliaĂ6274 AFLP | The segregating population employed in the present study was derived from a cross between the M. javanica resistant inbred line âBrasilia-1252â as female parent and the susceptible inbred line âB6274Bâ as male parent. A single Fâ plant⊠|
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| 2000 BrasĂliaĂ6274 RAPD | The segregating population employed in the present study was derived from a cross between the M. javanica resistant inbred line âBrasilia-1252â as female parent and the susceptible inbred line âB6274Bâ as male parent. A single Fâ plant⊠|
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| 2000 BrasĂliaĂ6274 RAPD STS | The segregating population employed in the present study was derived from a cross between the M. javanica resistant inbred line âBrasilia-1252â as female parent and the susceptible inbred line âB6274Bâ as male parent. A single Fâ plant⊠|
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| 2000 BrasĂliaĂ6274 RAPD(T) 6274 | The mapping population comprised a sub-set of 112 Fâ individuals obtained from a cross between âBrasĂlia-1252â (a line with heat tolerance as well as resistance to root-knot nematodes Meloidogyne javanica, M. incognita, M.⊠|
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| 2000 BrasĂliaĂ6274 RAPD(T) Bsb | The mapping population comprised a sub-set of 112 Fâ individuals obtained from a cross between âBrasĂlia-1252â (a line with heat tolerance as well as resistance to root-knot nematodes Meloidogyne javanica, M. incognita, M.⊠|
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| 2001 B493ĂQAL Ver1 B493 | This mapping population was obtained by self-pollinating a single Fâ hybrid plant which originated from a cross between B493 Ă QAL (inbred line Ă wild carrot) composed of 183 Fâ plants. This map is the Coupling phase map and is composed⊠|
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| 2001 B493ĂQAL Ver1 C+R | This mapping population was obtained by self-pollinating a single Fâ hybrid plant which originated from a cross between B493 Ă QAL (inbred line Ă wild carrot) composed of 183 Fâ plants. This map is the Coupling + Repulsion phase map and⊠|
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| 2001 B493ĂQAL Ver1 QAL | This mapping population was obtained by self-pollinating a single Fâ hybrid plant which originated from a cross between B493 Ă QAL (inbred line Ă wild carrot) composed of 183 Fâ plants. This map is the Coupling phase map and is composed⊠|
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| 2001 BrasĂliaĂHCM Bsb | This mapping population was obtained by self-pollinating a single Fâ hybrid plant which originated from a cross between BrasĂlia Ă HCM (open-pollinated Brazilan cultivar Ă high carotene population) composed of 160 Fâ plants. This map is⊠|
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| 2001 BrasĂliaĂHCM C+R | This mapping population was obtained by self-pollinating a single Fâ hybrid plant which originated from a cross between BrasĂlia Ă HCM (open-pollinated Brazilan cultivar Ă high carotene population) composed of 160 Fâ plants. This map is⊠|
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| 2001 BrasĂliaĂHCM HCM | This mapping population was obtained by self-pollinating a single Fâ hybrid plant which originated from a cross between BrasĂlia Ă HCM (open-pollinated Brazilan cultivar Ă high carotene population) composed of 160 Fâ plants. This map is⊠|
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| 2002 B493ĂQAL Ver2 B493 | The B493 Ă QAL F2 population was used for mapping STS markers. B493 is a dark orange USDA inbred carrot and QAL is a white wild carrot (D. carota var. carota). The population evaluated was derived from crossing a single B493 plant with a single⊠|
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| 2002 B493ĂQAL Ver2 QAL | The B493 Ă QAL F2 population was used for mapping STS markers. B493 is a dark orange USDA inbred carrot and QAL is a white wild carrot (D. carota var. carota). The population evaluated was derived from crossing a single B493 plant with a single⊠|
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| 2004 BJ-Thesis-Fig4.5 | A combined linkage map created using the pooled data from four testcross populations. In three of four testcross populations (P27, P48, P51) Y is placed between NCED1 and CHXE. In one testcross population (P53), no recombination was detected⊠|