Phytoph 11-7
Controlled vocabulary terms associated with the QTL
| Source | Accession Number |
|---|
| Plant Trait Ontology | TO:0000439 |
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Other related QTL's
References for the QTL
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Maps containing Phytoph 11-7
| This QTL could not be placed on the Composite genetic map. See comments below for more information. |
Loci positively associated with the QTL
| The locus associated with this QTL could not be placed on the Composite genetic map. See comments below for more information. |
| Locus | Parameter | Value |
|---|
| GM19_OSU10 | Parent_1 | 27.1mm length |
| The locus associated with this QTL could not be placed on the Composite genetic map. See comments below for more information. |
| Locus | Parameter | Value |
|---|
| GM19_OSU10 | Parent_2 | 44.7mm length |
| The locus associated with this QTL could not be placed on the Composite genetic map. See comments below for more information. |
| Locus | Parameter | Value |
|---|
| GM19_OSU10 | Phenotypic_R2 | 12.9 |
| The locus associated with this QTL could not be placed on the Composite genetic map. See comments below for more information. |
| Locus | Parameter | Value |
|---|
| GM19_OSU10 | P_value | 0.0001 |
Population types used in identification of the QTL
Parent trait values associated with the QTL
| Parent | Trait |
|---|
| Conrad | Higher resistance |
| Sloan | Lower resistance |
Methods used to identify the QTL
| JoinMap 4.0 |
| MapQTL 5.0 |
| ANOVA |
| IM |
Comments about the QTL
| The marker (GM19_OSU10) reported for this QTL is not on the SoyBase Composite genetic map. Thus the QTL does not appear in the map display. See the publication for additional details |
| QTL was detected for resistance to PT2004C2.S1 isolate of P. sojae using lesion length to quantify resistance. First listed data presented in SoyBase; see publication for additional details |
| P value and R2 obtained by one-way ANOVA |
| Parent_1 is Conrad, Parent_2 is Sloan |
| Trait is reaction to Phytophthora sojae, the causative organism for Phytophthora root and stem rot and Phytophthora seed decay. |
| Funded by the USDA-ARS. Developed by the USDA-ARS SoyBase and Legume Clade Database group at the Iowa State University, Ames, IA |
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