Comparison between five peach genetic maps for common markers and anchor points across different linkage groups used to construct a consensus genetic map.

Genetic linkage map and leaf angle QTL identified in four-way cross population.

Junqiang Ding (819208)
Luyan Zhang (636559)
Jiafa Chen (819209)
Xiantang Li (819210)
Yongming Li (584924)
Hongliang Cheng (819211)
Rongrong Huang (819212)
Bo Zhou (15092)
Zhimin Li (367035)
Jiankang Wang (227527)
Jianyu Wu (320734)

October 2015

Genetic linkage map and leaf angle QTL identified in four-way cross population.</p

Table_1_Association Mapping Analysis for Fruit Quality Traits in Prunus persica Using SNP Markers.DOCX

Carolina Font i Forcada (760886)
Verónica Guajardo (745058)
Sebastian Reyes Chin-Wo (6237638)
María Ángeles Moreno (6237641)

January 2019

The identification of genes involved in variation of peach fruit quality would assist breeders to cr...

Sweet cherry SNP RosBREED markers located in different LGs within the sweet cherry high density linkage maps in comparison with the peach genome v1.0.

Carolina Klagges (278516)
José Antonio Campoy (278517)
José Quero-García (278518)
Alejandra Guzmán (278519)
Levi Mansur (278520)
Eduardo Gratacós (278521)
Herman Silva (278522)
Umesh R. Rosyara (110543)
Amy Iezzoni (110563)
Lee A. Meisel (278523)
Elisabeth Dirlewanger (278524)

January 2013

Sweet cherry SNP RosBREED markers located in different LGs within the sweet cherry high density l...

High-density multi-population consensus genetic linkage map for peach

Cassia da Silva Linge (4069960)
Laima Antanaviciute (4860307)
Asma Abdelghafar (6000671)
Pere Arús (17639)
Daniele Bassi (529840)
Laura Rossini (529841)
Stephen Ficklin (4678)
Ksenija Gasic (171078)

November 2018

Highly saturated genetic linkage maps are extremely helpful to breeders and are an essential prerequ...

High-density multi-population consensus genetic linkage map for peach.

Cassia da Silva Linge
Laima Antanaviciute
Asma Abdelghafar
Pere Arús
Daniele Bassi
Laura Rossini
Stephen Ficklin
Ksenija Gasic

January 2018

Highly saturated genetic linkage maps are extremely helpful to breeders and are an essential prerequ...

Linkage map saturation, construction, and comparison in four populations of Prunus

E. Illa
P. Lambert
B. Quilot
J.M. Audergon
E. Dirlewanger
W. Howad
L. Dondini
S. Tartarini
O. Lain
R. Testolin
D. Bassi
P. Ar&#250

January 2009

One of the objectives of the ISAFRUIT Project was to perform genetic analyses in four populations of...

Linkage map saturation, construction, and comparison in four populations of Prunus.

Illa E.
Lambert P.
Quilot B.
Audergon J. M.
Dirlewanger E.
Howad W.
Lain O.
Testolin R.
Bassi D.
Arus P.
DONDINI, LUCA
TARTARINI, STEFANO

January 2009

One of the objectives of the ISAFRUIT Project was to perform genetic analyses in four populations of...

Peach consensus linkage map built using four previously published bi-parental linkage maps, PI91459(‘NJ Weeping’) × ‘Bounty’ (WB) [18], ‘O’Henry’ × ‘Clayton’ (OC) [19], ‘Venus’ × ‘Venus’ (VxV) [20] and ‘Texas’ × ‘Earlygold’ (T×E) [56], and an improved ‘Zin Dai’ × ‘Crimson Lady’2 map developed in this study with LPMerge algorithm.

Cassia da Silva Linge (4069960)
Laima Antanaviciute (4860307)
Asma Abdelghafar (6000671)
Pere Arús (17639)
Daniele Bassi (529840)
Laura Rossini (529841)
Stephen Ficklin (4678)
Ksenija Gasic (171078)

November 2018

Marker names are listed at the right side of each LG and the genetic position (in cM) is listed at t...

The unique and common SNP markers across linkage groups and genetic maps of sunflower.

Zahirul I. Talukder (597049)
Li Gong (205336)
Brent S. Hulke (597050)
Venkatramana Pegadaraju (597051)
Qijian Song (277210)
Quentin Schultz (597052)
Lili Qi (597053)

July 2014

The unique and common SNP markers across linkage groups and genetic maps of sunflower.</p

Construction of genetic linkage map in mulberry exclusively using co-dominant markers.

B. Mathi Thumilan (3138666)
R. S. Sajeevan (3138660)
Jyoti Biradar (3138657)
T. Madhuri (3138654)
Karaba N. Nataraja (153759)
Sheshshayee M. Sreeman (3138663)

September 2016

Construction of genetic linkage map in mulberry exclusively using co-dominant markers.</p

Genetic mapping in crop plants

Temesgen Begna
Husen Yesuf

March 2021

The genetic map is the chromosome linear linkage map that uses the chromosome recombination and exch...

Japanese plum consensus genetic map.

Basilio Carrasco (4065091)
Máximo González (6037832)
Marlene Gebauer (6037835)
Rolando García-González (6037838)
Jonathan Maldonado (3495185)
Herman Silva (278522)

December 2018

The numbers indicate the map position of 38 putative orthologous genes in eight linkage groups of Ja...

Linkage map of F2 mapping population segregating for chilling requirement (CR) and bloom date (BD).

Douglas Gary Bielenberg (802931)
Bradley Rauh (802932)
Shenghua Fan (802933)
Ksenija Gasic (171078)
Albert Glenn Abbott (802934)
Gregory Lynn Reighard (802935)
William R. Okie (802936)
Christina Elizabeth Wells (802937)

October 2015

Linkage group numbering corresponds to the peach reference genetic map. Left side of bars are mar...

Genetic lengths and marker distribution in 19 linkage groups of the integrated map.

Jiahui Wang (746367)
Kai Su (548203)
Yinshan Guo (4278640)
Huiyang Xing (4278643)
Yuhui Zhao (297749)
Zhendong Liu (1235259)
Kun Li (277035)
Xiuwu Guo (4278637)

July 2017

Genetic lengths and marker distribution in 19 linkage groups of the integrated map.</p

Identification and mapping of markers linked to the Mi Gene for root-knot nematode resistance in peach

Gillen, A.M.
Bliss, F.A.

January 2005

An F2 population from a single F1 plant from the cross of peach [Prunuspersica (L.) Batsch] rootstoc...

Genetic linkage map and leaf angle QTL identified in four-way cross population.

Junqiang Ding (819208)
Luyan Zhang (636559)
Jiafa Chen (819209)
Xiantang Li (819210)
Yongming Li (584924)
Hongliang Cheng (819211)
Rongrong Huang (819212)
Bo Zhou (15092)
Zhimin Li (367035)
Jiankang Wang (227527)
Jianyu Wu (320734)

October 2015

Genetic linkage map and leaf angle QTL identified in four-way cross population.</p

Table_1_Association Mapping Analysis for Fruit Quality Traits in Prunus persica Using SNP Markers.DOCX

Carolina Font i Forcada (760886)
Verónica Guajardo (745058)
Sebastian Reyes Chin-Wo (6237638)
María Ángeles Moreno (6237641)

January 2019

The identification of genes involved in variation of peach fruit quality would assist breeders to cr...

Sweet cherry SNP RosBREED markers located in different LGs within the sweet cherry high density linkage maps in comparison with the peach genome v1.0.

Carolina Klagges (278516)
José Antonio Campoy (278517)
José Quero-García (278518)
Alejandra Guzmán (278519)
Levi Mansur (278520)
Eduardo Gratacós (278521)
Herman Silva (278522)
Umesh R. Rosyara (110543)
Amy Iezzoni (110563)
Lee A. Meisel (278523)
Elisabeth Dirlewanger (278524)

January 2013

Sweet cherry SNP RosBREED markers located in different LGs within the sweet cherry high density l...

High-density multi-population consensus genetic linkage map for peach

Cassia da Silva Linge (4069960)
Laima Antanaviciute (4860307)
Asma Abdelghafar (6000671)
Pere Arús (17639)
Daniele Bassi (529840)
Laura Rossini (529841)
Stephen Ficklin (4678)
Ksenija Gasic (171078)

November 2018

Highly saturated genetic linkage maps are extremely helpful to breeders and are an essential prerequ...

High-density multi-population consensus genetic linkage map for peach.

Cassia da Silva Linge
Laima Antanaviciute
Asma Abdelghafar
Pere Arús
Daniele Bassi
Laura Rossini
Stephen Ficklin
Ksenija Gasic

January 2018

Highly saturated genetic linkage maps are extremely helpful to breeders and are an essential prerequ...

Linkage map saturation, construction, and comparison in four populations of Prunus

E. Illa
P. Lambert
B. Quilot
J.M. Audergon
E. Dirlewanger
W. Howad
L. Dondini
S. Tartarini
O. Lain
R. Testolin
D. Bassi
P. Ar&#250

January 2009

One of the objectives of the ISAFRUIT Project was to perform genetic analyses in four populations of...

Linkage map saturation, construction, and comparison in four populations of Prunus.

Illa E.
Lambert P.
Quilot B.
Audergon J. M.
Dirlewanger E.
Howad W.
Lain O.
Testolin R.
Bassi D.
Arus P.
DONDINI, LUCA
TARTARINI, STEFANO

January 2009

One of the objectives of the ISAFRUIT Project was to perform genetic analyses in four populations of...

Peach consensus linkage map built using four previously published bi-parental linkage maps, PI91459(‘NJ Weeping’) × ‘Bounty’ (WB) [18], ‘O’Henry’ × ‘Clayton’ (OC) [19], ‘Venus’ × ‘Venus’ (VxV) [20] and ‘Texas’ × ‘Earlygold’ (T×E) [56], and an improved ‘Zin Dai’ × ‘Crimson Lady’2 map developed in this study with LPMerge algorithm.

Cassia da Silva Linge (4069960)
Laima Antanaviciute (4860307)
Asma Abdelghafar (6000671)
Pere Arús (17639)
Daniele Bassi (529840)
Laura Rossini (529841)
Stephen Ficklin (4678)
Ksenija Gasic (171078)

November 2018

Marker names are listed at the right side of each LG and the genetic position (in cM) is listed at t...

The unique and common SNP markers across linkage groups and genetic maps of sunflower.

Zahirul I. Talukder (597049)
Li Gong (205336)
Brent S. Hulke (597050)
Venkatramana Pegadaraju (597051)
Qijian Song (277210)
Quentin Schultz (597052)
Lili Qi (597053)

July 2014

The unique and common SNP markers across linkage groups and genetic maps of sunflower.</p

Construction of genetic linkage map in mulberry exclusively using co-dominant markers.

B. Mathi Thumilan (3138666)
R. S. Sajeevan (3138660)
Jyoti Biradar (3138657)
T. Madhuri (3138654)
Karaba N. Nataraja (153759)
Sheshshayee M. Sreeman (3138663)

September 2016

Construction of genetic linkage map in mulberry exclusively using co-dominant markers.</p

Genetic mapping in crop plants

Temesgen Begna
Husen Yesuf

March 2021

The genetic map is the chromosome linear linkage map that uses the chromosome recombination and exch...

Japanese plum consensus genetic map.

Basilio Carrasco (4065091)
Máximo González (6037832)
Marlene Gebauer (6037835)
Rolando García-González (6037838)
Jonathan Maldonado (3495185)
Herman Silva (278522)

December 2018

The numbers indicate the map position of 38 putative orthologous genes in eight linkage groups of Ja...

Linkage map of F2 mapping population segregating for chilling requirement (CR) and bloom date (BD).

Douglas Gary Bielenberg (802931)
Bradley Rauh (802932)
Shenghua Fan (802933)
Ksenija Gasic (171078)
Albert Glenn Abbott (802934)
Gregory Lynn Reighard (802935)
William R. Okie (802936)
Christina Elizabeth Wells (802937)

October 2015

Linkage group numbering corresponds to the peach reference genetic map. Left side of bars are mar...

Genetic lengths and marker distribution in 19 linkage groups of the integrated map.

Jiahui Wang (746367)
Kai Su (548203)
Yinshan Guo (4278640)
Huiyang Xing (4278643)
Yuhui Zhao (297749)
Zhendong Liu (1235259)
Kun Li (277035)
Xiuwu Guo (4278637)

July 2017

Genetic lengths and marker distribution in 19 linkage groups of the integrated map.</p

Identification and mapping of markers linked to the Mi Gene for root-knot nematode resistance in peach

Gillen, A.M.
Bliss, F.A.

January 2005

An F2 population from a single F1 plant from the cross of peach [Prunuspersica (L.) Batsch] rootstoc...

Genetic linkage map and leaf angle QTL identified in four-way cross population.

Junqiang Ding (819208)
Luyan Zhang (636559)
Jiafa Chen (819209)
Xiantang Li (819210)
Yongming Li (584924)
Hongliang Cheng (819211)
Rongrong Huang (819212)
Bo Zhou (15092)
Zhimin Li (367035)
Jiankang Wang (227527)
Jianyu Wu (320734)

October 2015

Genetic linkage map and leaf angle QTL identified in four-way cross population.</p

Table_1_Association Mapping Analysis for Fruit Quality Traits in Prunus persica Using SNP Markers.DOCX

Carolina Font i Forcada (760886)
Verónica Guajardo (745058)
Sebastian Reyes Chin-Wo (6237638)
María Ángeles Moreno (6237641)

January 2019

The identification of genes involved in variation of peach fruit quality would assist breeders to cr...

Sweet cherry SNP RosBREED markers located in different LGs within the sweet cherry high density linkage maps in comparison with the peach genome v1.0.

Carolina Klagges (278516)
José Antonio Campoy (278517)
José Quero-García (278518)
Alejandra Guzmán (278519)
Levi Mansur (278520)
Eduardo Gratacós (278521)
Herman Silva (278522)
Umesh R. Rosyara (110543)
Amy Iezzoni (110563)
Lee A. Meisel (278523)
Elisabeth Dirlewanger (278524)

January 2013

Sweet cherry SNP RosBREED markers located in different LGs within the sweet cherry high density l...

Comparison between five peach genetic maps for common markers and anchor points across different linkage groups used to construct a consensus genetic map.

Abstract

Extracted data

Comparison between five peach genetic maps for common markers and anchor points across different linkage groups used to construct a consensus genetic map.

Abstract

Extracted data

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