Table S2. Summary of QTLs described in other studies that map in similar intervals to those detected here. (PDF 80 kb
Candidate genes searched from the regions of five significant QTLs (interval < 5 cM). These five QTL...
During the last seven years, the fruit quality differences based on a collection of near-isogenic li...
QTL and QTL coincidence region distributions on the genetic map. QTLs located in the coincidence reg...
Figure S1. Distribution of the quantitative traits evaluated in the parental lines PS, Ved and Hyb. ...
Table S1. Markers obtained with GBS. (A) All markers; (B) Selected markers; (C) All bins; (D) Select...
Figure S2. Distribution of the quantitative traits evaluated in the RIL population for each block (T...
Table S3. (a) Candidate genes for fruit morphology in the melon genome annotation v4.0. (b). Candida...
Figure S5. RILs 172 (a) and 140 (b) from 2016, showing transgressive segregation in fruit size in co...
Figure S4. LOD scores for SSC in the QTL mapping experiment using the mean values for a QTL region i...
Figure S3. Examples of complicated cases to phenotype. a. Mottled rind (MOT) is partially masked in ...
Background: Melon shows a broad diversity in fruit morphology and quality, which is still underexplo...
Frequency distribution diagrams of fruit quality traits in an F1 population derived from ‘Jonathan’ ...
TASSEL software parameters used for SNP calling and filtering. Table S2. Types of substitutions repr...
Combined quantitative trait loci (QTL) and expression-QTL (eQTL) mapping analysis was performed to i...
[Key message]: Loci on LGIV, VI, and VIII of melon genome are involved in the control of fruit domes...
Candidate genes searched from the regions of five significant QTLs (interval < 5 cM). These five QTL...
During the last seven years, the fruit quality differences based on a collection of near-isogenic li...
QTL and QTL coincidence region distributions on the genetic map. QTLs located in the coincidence reg...
Figure S1. Distribution of the quantitative traits evaluated in the parental lines PS, Ved and Hyb. ...
Table S1. Markers obtained with GBS. (A) All markers; (B) Selected markers; (C) All bins; (D) Select...
Figure S2. Distribution of the quantitative traits evaluated in the RIL population for each block (T...
Table S3. (a) Candidate genes for fruit morphology in the melon genome annotation v4.0. (b). Candida...
Figure S5. RILs 172 (a) and 140 (b) from 2016, showing transgressive segregation in fruit size in co...
Figure S4. LOD scores for SSC in the QTL mapping experiment using the mean values for a QTL region i...
Figure S3. Examples of complicated cases to phenotype. a. Mottled rind (MOT) is partially masked in ...
Background: Melon shows a broad diversity in fruit morphology and quality, which is still underexplo...
Frequency distribution diagrams of fruit quality traits in an F1 population derived from ‘Jonathan’ ...
TASSEL software parameters used for SNP calling and filtering. Table S2. Types of substitutions repr...
Combined quantitative trait loci (QTL) and expression-QTL (eQTL) mapping analysis was performed to i...
[Key message]: Loci on LGIV, VI, and VIII of melon genome are involved in the control of fruit domes...
Candidate genes searched from the regions of five significant QTLs (interval < 5 cM). These five QTL...
During the last seven years, the fruit quality differences based on a collection of near-isogenic li...
QTL and QTL coincidence region distributions on the genetic map. QTLs located in the coincidence reg...
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