Bi-Parental QTL Related by Ontology |
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|
Acid phosphatase activity, variable P |
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| |
Acid phosphatase activity, variable P 1-1
|
| |
Acid phosphatase activity, variable P 1-2
|
| |
Acid phosphatase activity, variable P 1-3
|
| |
Acid phosphatase activity, variable P 1-4
|
| |
Acid phosphatase activity, variable P 1-5
|
| |
Acid phosphatase activity, variable P 1-6
|
| |
Acid phosphatase activity, variable P 1-7
|
|
Branching |
---|
| |
Branching 1-1
|
| |
Branching 1-2
|
| |
Branching 1-3
|
| |
Branching 1-4
|
| |
Branching 1-5
|
| |
Branching 1-6
|
| |
Branching 1-7
|
| |
Branching 2-1
|
| |
Branching 3-1
|
| |
Branching 3-2
|
| |
Branching 3-3
|
| |
Branching 3-4
|
| |
Branching 3-5
|
| |
Branching 4-1
|
| |
Branching 4-2
|
| |
Branching 4-3
|
| |
Branching 4-4
|
| |
Branching 5-1
|
| |
Branching 5-2
|
| |
Branching 5-3
|
| |
Branching 5-4
|
|
Canopy height |
---|
| |
Canopy height 1-1
|
| |
Canopy height 1-2
|
| |
Canopy height 2-1
|
|
Canopy width |
---|
| |
Canopy width 1-1
|
| |
Canopy width 1-2
|
| |
Canopy width 1-3
|
|
Carbon isotope discrimination |
---|
| |
Carbon isotope discrimination 1-1
|
| |
Carbon isotope discrimination 1-2
|
| |
Carbon isotope discrimination 1-3
|
| |
Carbon isotope discrimination 1-4
|
| |
Carbon isotope discrimination 1-5
|
|
Cellwall polysacch composition |
---|
| |
Cellwall polysacch composition 1-1
|
|
Drought index |
---|
| |
Drought index 1-1
|
| |
Drought index 1-2
|
| |
Drought index 1-3
|
| |
Drought index 1-4
|
| |
Drought index 1-5
|
| |
Drought index 1-6
|
| |
Drought index 1-7
|
| |
Drought index 1-8
|
| |
Drought index 1-9
|
| |
Drought index 1-10
|
|
Drought tolerance |
---|
| |
Drought tolerance 6-1
|
| |
Drought tolerance 6-2
|
| |
Drought tolerance 6-3
|
| |
Drought tolerance 6-4
|
|
Flood tolerance |
---|
| |
Flood tolerance 1-1
|
| |
Flood tolerance 2-1
|
| |
Flood tolerance 3-1
|
| |
Flood tolerance 3-2
|
| |
Flood tolerance 4-1
|
| |
Flood tolerance 4-2
|
| |
Flood tolerance 4-3
|
| |
Flood tolerance 4-4
|
| |
Flood tolerance 4-5
|
| |
Flood tolerance 4-6
|
| |
Flood tolerance 4-7
|
| |
Flood tolerance 4-8
|
| |
Flood tolerance 4-9
|
| |
Flood tolerance 4-10
|
| |
Flood tolerance 4-11
|
| |
Flood tolerance 4-12
|
| |
Flood tolerance 4-13
|
| |
Flood tolerance 4-14
|
| |
Flood tolerance 6-1
|
| |
Flood tolerance 6-2
|
| |
Flood tolerance 6-3
|
| |
Flood tolerance 6-4
|
| |
Flood tolerance 6-5
|
| |
Flood tolerance 7-1
|
| |
Flood tolerance 7-2
|
| |
Flood tolerance 7-3
|
| |
Flood tolerance 7-4
|
|
Hypocotyl length |
---|
| |
Hypocotyl length 1-1
|
| |
Hypocotyl length 1-2
|
| |
Hypocotyl length 1-3
|
| |
Hypocotyl length 2-1
|
| |
Hypocotyl length 2-2
|
| |
Hypocotyl length 3-1
|
|
Hypocotyl weight |
---|
| |
Hypocotyl weight 1-1
|
| |
Hypocotyl weight 1-2
|
| |
Hypocotyl weight 1-3
|
|
Lateral root size, variable P |
---|
| |
Lateral root size, variable P 1-1
|
|
Node number |
---|
| |
Node number 1-1
|
| |
Node number 1-2
|
| |
Node number 1-3
|
| |
Node number 1-4
|
| |
Node number 1-5
|
| |
Node number 1-6
|
| |
Node number 1-7
|
| |
Node number 1-8
|
| |
Node number 1-9
|
| |
Node number 1-10
|
| |
Node number 1-11
|
| |
Node number 1-12
|
| |
Node number 1-13
|
| |
Node number 2-1
|
| |
Node number 2-2
|
| |
Node number 2-3
|
| |
Node number 2-4
|
| |
Node number 2-5
|
| |
Node number 2-6
|
| |
Node number 2-7
|
| |
Node number 2-8
|
| |
Node number 2-9
|
| |
Node number 2-10
|
| |
Node number 3-1
|
| |
Node number 3-2
|
| |
Node number 3-3
|
| |
Node number 3-4
|
| |
Node number 3-5
|
| |
Node number 3-6
|
| |
Node number 3-7
|
| |
Node number 4-1
|
| |
Node number 4-2
|
| |
Node number 5-1
|
| |
Node number 6-1
|
| |
Node number 7-1
|
| |
Node number 7-2
|
| |
Node number 7-3
|
|
Petiole color, UV-B induced |
---|
| |
Petiole color, UV-B induced 1-1
|
| |
Petiole color, UV-B induced 1-2
|
| |
Petiole color, UV-B induced 1-3
|
| |
Petiole color, UV-B induced 1-4
|
| |
Petiole color, UV-B induced 1-5
|
| |
Petiole color, UV-B induced 1-6
|
| |
Petiole color, UV-B induced 1-7
|
| |
Petiole color, UV-B induced 1-8
|
| |
Petiole color, UV-B induced 1-9
|
|
Plant height |
---|
| |
Plant height 1-1
|
| |
Plant height 2-1
|
| |
Plant height 2-2
|
| |
Plant height 2-3
|
| |
Plant height 2-4
|
| |
Plant height 3-1
|
| |
Plant height 3-2
|
| |
Plant height 3-3
|
| |
Plant height 3-4
|
| |
Plant height 3-5
|
| |
Plant height 4-1
|
| |
Plant height 4-2
|
| |
Plant height 4-4
|
| |
Plant height 5-1
|
| |
Plant height 5-2
|
| |
Plant height 5-3
|
| |
Plant height 5-4
|
| |
Plant height 5-5
|
| |
Plant height 5-6
|
| |
Plant height 5-7
|
| |
Plant height 5-8
|
| |
Plant height 5-9
|
| |
Plant height 5-10
|
| |
Plant height 5-11
|
| |
Plant height 5-12
|
| |
Plant height 5-13
|
| |
Plant height 6-1
|
| |
Plant height 6-2
|
| |
Plant height 6-3
|
| |
Plant height 6-4
|
| |
Plant height 6-5
|
| |
Plant height 6-6
|
| |
Plant height 6-7
|
| |
Plant height 6-8
|
| |
Plant height 6-11
|
| |
Plant height 6-12
|
| |
Plant height 6-14
|
| |
Plant height 7-1
|
| |
Plant height 7-2
|
| |
Plant height 8-1
|
| |
Plant height 8-2
|
| |
Plant height 8-3
|
| |
Plant height 8-4
|
| |
Plant height 9-1
|
| |
Plant height 9-2
|
| |
Plant height 9-3
|
| |
Plant height 10-1
|
| |
Plant height 10-2
|
| |
Plant height 10-3
|
| |
Plant height 10-4
|
| |
Plant height 11-1
|
| |
Plant height 11-2
|
| |
Plant height 11-3
|
| |
Plant height 12-1
|
| |
Plant height 13-1
|
| |
Plant height 13-2
|
| |
Plant height 13-3
|
| |
Plant height 13-4
|
| |
Plant height 13-5
|
| |
Plant height 13-6
|
| |
Plant height 13-7
|
| |
Plant height 13-8
|
| |
Plant height 13-9
|
| |
Plant height 14-1
|
| |
Plant height 15-1
|
| |
Plant height 16-1
|
| |
Plant height 17-1
|
| |
Plant height 17-2
|
| |
Plant height 17-3
|
| |
Plant height 17-4
|
| |
Plant height 17-5
|
| |
Plant height 17-6
|
| |
Plant height 17-7
|
| |
Plant height 17-8
|
| |
Plant height 17-9
|
| |
Plant height 17-10
|
| |
Plant height 17-11
|
| |
Plant height 17-12
|
| |
Plant height 18-1
|
| |
Plant height 18-2
|
| |
Plant height 18-3
|
| |
Plant height 18-4
|
| |
Plant height 18-5
|
| |
Plant height 18-6
|
| |
Plant height 19-1
|
| |
Plant height 19-2
|
| |
Plant height 19-3
|
| |
Plant height 19-4
|
| |
Plant height 19-5
|
| |
Plant height 20-1
|
| |
Plant height 20-2
|
| |
Plant height 20-3
|
| |
Plant height 20-4
|
| |
Plant height 20-5
|
| |
Plant height 20-6
|
| |
Plant height 20-7
|
| |
Plant height 20-8
|
| |
Plant height 20-9
|
| |
Plant height 20-10
|
| |
Plant height 20-11
|
| |
Plant height 20-12
|
| |
Plant height 21-1
|
| |
Plant height 21-2
|
| |
Plant height 21-3
|
| |
Plant height 21-4
|
| |
Plant height 21-5
|
| |
Plant height 21-6
|
| |
Plant height 21-7
|
| |
Plant height 21-8
|
| |
Plant height 22-1
|
| |
Plant height 23-1
|
| |
Plant height 23-2
|
| |
Plant height 23-3
|
| |
Plant height 23-4
|
| |
Plant height 23-5
|
| |
Plant height 23-6
|
| |
Plant height 23-7
|
| |
Plant height 23-8
|
| |
Plant height 24-1
|
| |
Plant height 24-2
|
| |
Plant height 24-3
|
| |
Plant height 24-4
|
| |
Plant height 24-5
|
| |
Plant height 24-6
|
| |
Plant height 24-7
|
| |
Plant height 24-8
|
| |
Plant height 25-1
|
| |
Plant height 25-2
|
| |
Plant height 25-3
|
| |
Plant height 25-4
|
| |
Plant height 25-5
|
| |
Plant height 25-6
|
| |
Plant height 26-1
|
| |
Plant height 26-2
|
| |
Plant height 26-3
|
| |
Plant height 26-4
|
| |
Plant height 26-5
|
| |
Plant height 26-6
|
| |
Plant height 26-7
|
| |
Plant height 26-8
|
| |
Plant height 26-9
|
| |
Plant height 26-10
|
| |
Plant height 26-11
|
| |
Plant height 26-12
|
| |
Plant height 26-13
|
| |
Plant height 26-14
|
| |
Plant height 26-15
|
| |
Plant height 26-16
|
| |
Plant height 26-17
|
| |
Plant height 26-18
|
| |
Plant height 26-19
|
| |
Plant height 26-20
|
| |
Plant height 26-21
|
| |
Plant height 26-22
|
| |
Plant height 27-1
|
| |
Plant height 27-2
|
| |
Plant height 28-1
|
| |
Plant height 29-1
|
| |
Plant height 29-2
|
| |
Plant height 29-3
|
| |
Plant height 29-4
|
| |
Plant height 30-1
|
| |
Plant height 30-2
|
| |
Plant height 30-3
|
| |
Plant height 31-1
|
| |
Plant height 31-2
|
| |
Plant height 32-1
|
| |
Plant height 33-1
|
| |
Plant height 33-2
|
| |
Plant height 33-3
|
| |
Plant height 33-4
|
| |
Plant height 33-5
|
| |
Plant height 33-6
|
| |
Plant height 33-7
|
| |
Plant height 33-8
|
| |
Plant height 34-1
|
| |
Plant height 34-2
|
| |
Plant height 34-3
|
| |
Plant height 34-4
|
| |
Plant height 34-5
|
| |
Plant height 34-6
|
| |
Plant height 34-7
|
| |
Plant height 34-8
|
| |
Plant height 35-1
|
| |
Plant height 35-2
|
| |
Plant height 35-3
|
| |
Plant height 35-4
|
| |
Plant height 35-5
|
| |
Plant height 36-1
|
| |
Plant height 37-1
|
| |
Plant height 37-2
|
| |
Plant height 37-3
|
| |
Plant height 37-4
|
| |
Plant height 37-5
|
| |
Plant height 37-6
|
| |
Plant height 37-8
|
| |
Plant height 37-9
|
| |
Plant height 38-1
|
| |
Plant height 38-2
|
| |
Plant height 38-3
|
| |
Plant height 38-4
|
| |
Plant height 38-5
|
| |
Plant height 38-6
|
| |
Plant height 38-7
|
| |
Plant height 39-1
|
| |
Plant height 40-1
|
| |
Plant height 40-2
|
| |
Plant height 42-1
|
| |
Plant height 43-1
|
| |
Plant height 43-2
|
| |
mqPlant height-001
|
| |
mqPlant height-002
|
| |
mqPlant height-003
|
| |
mqPlant height-004
|
| |
mqPlant height-005
|
| |
mqPlant height-006
|
| |
mqPlant height-007
|
| |
mqPlant height-008
|
| |
mqPlant height-009
|
| |
mqPlant height-010
|
| |
mqPlant height-011
|
| |
mqPlant height-012
|
|
Plant height to Lodging ratio |
---|
| |
Plant height to Lodging ratio 1-1
|
| |
Plant height to Lodging ratio 1-2
|
| |
Plant height to Lodging ratio 1-3
|
| |
Plant height to Lodging ratio 2-1
|
| |
Plant height to Lodging ratio 2-2
|
| |
Plant height to Lodging ratio 2-3
|
| |
Plant height to Lodging ratio 2-4
|
| |
Plant height to Lodging ratio 3-1
|
| |
Plant height to Lodging ratio 3-2
|
| |
Plant height to Lodging ratio 4-1
|
| |
Plant height to Lodging ratio 4-2
|
|
Plant height, variable P |
---|
| |
Plant height, variable P 1-1
|
| |
Plant height, variable P 1-2
|
| |
Plant height, variable P 1-3
|
| |
Plant height, variable P 1-4
|
| |
Plant height, variable P 1-5
|
| |
Plant height, variable P 1-6
|
| |
Plant height, variable P 1-7
|
| |
Plant height, variable P 1-8
|
| |
Plant height, variable P 1-9
|
|
Plant weight |
---|
| |
Plant weight 1-1
|
| |
Plant weight 1-2
|
| |
Plant weight 2-1
|
| |
Plant weight 2-2
|
| |
Plant weight 3-1
|
| |
Plant weight 3-2
|
|
Plant weight, dry |
---|
| |
Plant weight, dry 1-1
|
| |
Plant weight, dry 1-2
|
| |
Plant weight, dry 1-3
|
| |
Plant weight, dry 1-4
|
| |
Plant weight, dry 1-5
|
| |
Plant weight, dry 1-6
|
|
Plant weight, dry, variable P |
---|
| |
Plant weight, dry, variable P 1-1
|
| |
Plant weight, dry, variable P 1-2
|
| |
Plant weight, dry, variable P 1-3
|
| |
Plant weight, dry, variable P 1-4
|
| |
Plant weight, dry, variable P 1-5
|
| |
Plant weight, dry, variable P 1-6
|
| |
Plant weight, dry, variable P 1-7
|
| |
Plant weight, dry, variable P 1-8
|
| |
Plant weight, dry, variable P 1-9
|
| |
Plant weight, dry, variable P 1-10
|
| |
Plant weight, dry, variable P 1-11
|
| |
Plant weight, dry, variable P 1-12
|
| |
Plant weight, dry, variable P 1-13
|
| |
Plant weight, dry, variable P 1-14
|
| |
Plant weight, dry, variable P 2-1
|
| |
Plant weight, dry, variable P 3-1
|
|
Pods per node |
---|
| |
Pods per node 1-1
|
| |
Pods per node 1-2
|
| |
Pods per node 1-3
|
| |
Pods per node 1-4
|
| |
Pods per node 1-5
|
| |
Pods per node 1-6
|
| |
Pods per node 1-7
|
| |
Pods per node 2-1
|
| |
Pods per node 2-2
|
| |
Pods per node 2-3
|
| |
Pods per node 2-4
|
| |
Pods per node 2-5
|
| |
Pods per node 2-6
|
| |
Pods per node 3-1
|
| |
Pods per node 3-2
|
| |
Pods per node 3-3
|
| |
Pods per node 3-4
|
|
Reproductive stage length |
---|
| |
Reproductive stage length 1-1
|
| |
Reproductive stage length 1-2
|
| |
Reproductive stage length 2-1
|
| |
Reproductive stage length 2-2
|
| |
Reproductive stage length 3-1
|
| |
Reproductive stage length 3-2
|
| |
Reproductive stage length 3-3
|
| |
Reproductive stage length 3-4
|
| |
Reproductive stage length 4-1
|
| |
Reproductive stage length 4-2
|
| |
Reproductive stage length 4-3
|
| |
Reproductive stage length 4-4
|
| |
Reproductive stage length 4-5
|
| |
Reproductive stage length 4-6
|
| |
Reproductive stage length 5-1
|
| |
Reproductive stage length 5-2
|
| |
Reproductive stage length 5-3
|
| |
Reproductive stage length 5-4
|
| |
Reproductive stage length 5-5
|
| |
Reproductive stage length 5-6
|
| |
Reproductive stage length 7-1
|
| |
Reproductive stage length 7-2
|
| |
Reproductive stage length 7-3
|
| |
Reproductive stage length 7-4
|
| |
Reproductive stage length 7-5
|
| |
Reproductive stage length 8-1
|
| |
Reproductive stage length 8-2
|
| |
Reproductive stage length 9-1
|
| |
Reproductive stage length 9-2
|
|
Root area |
---|
| |
Root area 1-1
|
| |
Root area 1-2
|
| |
Root area 1-3
|
| |
Root area 2-1
|
| |
Root area 2-2
|
| |
Root area 3-1
|
|
Root area, coarse |
---|
| |
Root area, coarse 1-1
|
|
Root area, fine + Rhizobia |
---|
| |
Root area, fine plus Rhizobia 1-1
|
|
Root area, fine - Rhizobia |
---|
| |
Root area, fine minus Rhizobia 1-1
|
|
Root area, medium |
---|
| |
Root area, medium 1-1
|
| |
Root area, medium 1-2
|
|
Root area, variable P |
---|
| |
Root area, variable P 3-1
|
| |
Root area, variable P 3-2
|
| |
Root area, variable P 3-3
|
|
Root density, lateral |
---|
| |
Root density, lateral 1-1
|
| |
Root density, lateral 2-1
|
| |
Root density, lateral 2-2
|
| |
Root density, lateral 2-3
|
| |
Root density, lateral 2-4
|
| |
Root density, lateral 3-1
|
|
Root length |
---|
| |
Root length 2-1
|
|
Root length, + Rhizobia |
---|
| |
Root length plus Rhizobia 1-1
|
|
Root length, coarse |
---|
| |
Root length, coarse 1-1
|
|
Root length, fine |
---|
| |
Root length, fine 1-1
|
|
Root length, fine + Rhizobia |
---|
| |
Root length, fine plus Rhizobia 1-1
|
|
Root length, medium |
---|
| |
Root length, medium 1-1
|
|
Root length, primary |
---|
| |
Root length, primary 1-1
|
| |
Root length, primary 1-2
|
| |
Root length, primary 1-3
|
| |
Root length, primary 2-1
|
| |
Root length, primary 2-2
|
| |
Root length, primary 2-3
|
| |
Root length, primary 3-1
|
| |
Root length, primary 3-2
|
| |
Root length, primary 3-3
|
| |
Root length, primary 3-4
|
| |
Root length, primary 3-5
|
| |
Root length, primary 4-1
|
| |
Root length, primary 5-1
|
|
Root volume |
---|
| |
Root volume 1-1
|
| |
Root volume 1-2
|
| |
Root volume 1-3
|
| |
Root volume 2-1
|
| |
Root volume 2-2
|
|
Root volume, coarse |
---|
| |
Root volume, coarse 1-1
|
|
Root volume, fine |
---|
| |
Root volume, fine 1-1
|
|
Root volume, fine + Rhizobia |
---|
| |
Root volume, fine plus Rhizobia 1-1
|
|
Root volume, medium |
---|
| |
Root volume, medium 1-1
|
| |
Root volume, medium 1-2
|
|
Root width, primary |
---|
| |
Root width, primary 1-1
|
| |
Root width, primary 2-1
|
|
Row spacing response |
---|
| |
Row spacing response 1-1
|
| |
Row spacing response 1-2
|
| |
Row spacing response 1-3
|
| |
Row spacing response 1-4
|
| |
Row spacing response 1-5
|
| |
Row spacing response 2-1
|
| |
Row spacing response 2-2
|
| |
Row spacing response 2-3
|
| |
Row spacing response 2-4
|
| |
Row spacing response 2-5
|
| |
Row spacing response 3-1
|
| |
Row spacing response 3-2
|
| |
Row spacing response 3-3
|
| |
Row spacing response 3-4
|
| |
Row spacing response 3-5
|
| |
Row spacing response 3-6
|
|
Seed Ala |
---|
| |
Seed Ala 1-1
|
| |
Seed Ala 1-2
|
| |
Seed Ala 1-3
|
| |
Seed Ala 1-4
|
| |
Seed Ala 1-5
|
| |
Seed Ala 1-6
|
|
Seed Arg |
---|
| |
Seed Arg 1-1
|
|
Seed Asp |
---|
| |
Seed Asp 1-1
|
| |
Seed Asp 1-2
|
| |
Seed Asp 1-3
|
| |
Seed Asp 1-4
|
|
Seed Cys |
---|
| |
Seed Cys 1-1
|
| |
Seed Cys 1-2
|
| |
Seed Cys 2-1
|
| |
Seed Cys 2-2
|
| |
Seed Cys 2-3
|
| |
Seed Cys 2-4
|
| |
Seed Cys 3-1
|
| |
Seed Cys 3-2
|
| |
Seed Cys 3-3
|
| |
Seed Cys 3-4
|
| |
Seed Cys 3-5
|
| |
Seed Cys 3-6
|
| |
Seed Cys 3-7
|
| |
Seed Cys 3-8
|
| |
Seed Cys 4-1
|
| |
Seed Cys 5-1
|
| |
Seed Cys 5-2
|
|
Seed Glu |
---|
| |
Seed Glu 1-1
|
| |
Seed Glu 1-2
|
| |
Seed Glu 1-3
|
| |
Seed Glu 1-4
|
| |
Seed Glu 1-5
|
| |
Seed Glu 1-6
|
| |
Seed Glu 1-7
|
|
Seed Gly |
---|
| |
Seed Gly 1-1
|
| |
Seed Gly 1-2
|
| |
Seed Gly 1-3
|
| |
Seed Gly 1-4
|
| |
Seed Gly 1-5
|
|
Seed His |
---|
| |
Seed His 1-1
|
|
Seed Ile |
---|
| |
Seed Ile 1-1
|
| |
Seed Ile 1-2
|
| |
Seed Ile 1-3
|
| |
Seed Ile 1-4
|
| |
Seed Ile 1-5
|
|
Seed Leu |
---|
| |
Seed Leu 1-1
|
| |
Seed Leu 1-2
|
| |
Seed Leu 1-3
|
| |
Seed Leu 1-4
|
| |
Seed Leu 1-5
|
| |
Seed Leu 1-6
|
| |
Seed Leu 1-7
|
|
Seed Lys |
---|
| |
Seed Lys 1-1
|
| |
Seed Lys 1-2
|
| |
Seed Lys 1-3
|
| |
Seed Lys 3-1
|
| |
Seed Lys 3-2
|
|
Seed Met |
---|
| |
Seed Met 1-1
|
| |
Seed Met 1-2
|
| |
Seed Met 1-3
|
| |
Seed Met 2-1
|
| |
Seed Met 2-2
|
| |
Seed Met 2-3
|
| |
Seed Met 3-1
|
| |
Seed Met 3-2
|
| |
Seed Met 3-3
|
| |
Seed Met 3-4
|
| |
Seed Met 3-5
|
| |
Seed Met 3-6
|
| |
Seed Met 3-7
|
| |
Seed Met 3-8
|
| |
Seed Met 4-1
|
| |
Seed Met 4-2
|
| |
Seed Met 4-3
|
| |
Seed Met 4-4
|
| |
Seed Met 5-1
|
|
Seed Met plus Cys |
---|
| |
Seed Met plus Cys 1-1
|
| |
Seed Met plus Cys 1-2
|
| |
Seed Met plus Cys 1-3
|
| |
Seed Met plus Cys 2-1
|
| |
Seed Met plus Cys 2-2
|
| |
Seed Met plus Cys 3-1
|
| |
Seed Met plus Cys 3-2
|
|
Seed Phe |
---|
| |
Seed Phe 1-1
|
| |
Seed Phe 1-2
|
| |
Seed Phe 1-3
|
| |
Seed Phe 1-4
|
| |
Seed Phe 1-5
|
| |
Seed Phe 1-6
|
|
Seed Pro |
---|
| |
Seed Pro 1-1
|
| |
Seed Pro 1-2
|
| |
Seed Pro 1-3
|
| |
Seed Pro 1-4
|
|
Seed Ser |
---|
| |
Seed Ser 1-1
|
| |
Seed Ser 1-2
|
| |
Seed Ser 1-3
|
| |
Seed Ser 1-4
|
| |
Seed Ser 1-5
|
| |
Seed Ser 1-6
|
|
Seed Thr |
---|
| |
Seed Thr 1-1
|
| |
Seed Thr 1-2
|
| |
Seed Thr 1-3
|
| |
Seed Thr 1-4
|
| |
Seed Thr 1-5
|
| |
Seed Thr 3-1
|
| |
Seed Thr 3-2
|
| |
Seed Thr 3-3
|
| |
Seed Thr 3-4
|
|
Seed Trp |
---|
| |
Seed Trp 1-1
|
| |
Seed Trp 1-2
|
| |
Seed Trp 1-3
|
| |
Seed Trp 1-4
|
| |
Seed Trp 1-5
|
| |
Seed Trp 1-6
|
|
Seed Tyr |
---|
| |
Seed Tyr 1-1
|
| |
Seed Tyr 1-2
|
| |
Seed Tyr 1-3
|
| |
Seed Tyr 1-4
|
| |
Seed Tyr 1-5
|
|
Seed Val |
---|
| |
Seed Val 1-1
|
| |
Seed Val 1-2
|
| |
Seed Val 1-3
|
| |
Seed Val 1-4
|
|
Seed abortion |
---|
| |
Seed abortion 1-1
|
| |
Seed abortion 1-2
|
| |
Seed abortion 1-3
|
| |
Seed abortion 1-4
|
| |
Seed abortion 1-5
|
| |
Seed abortion 1-6
|
| |
Seed abortion 1-7
|
| |
Seed abortion 1-8
|
| |
Seed abortion 1-9
|
|
Seed antioxidant content |
---|
| |
Seed antioxidant content 1-1
|
|
Seed fragrance |
---|
| |
Seed fragrance 1-1
|
| |
Seed fragrance 2-1
|
|
Seed number |
---|
| |
Seed number 1-1
|
| |
Seed number 1-2
|
| |
Seed number 2-1
|
| |
Seed number 2-2
|
| |
Seed number 3-1
|
| |
Seed number 3-2
|
| |
Seed number 3-3
|
| |
Seed number 3-4
|
| |
Seed number 4-1
|
| |
Seed number 4-2
|
| |
Seed number 5-1
|
| |
Seed number 6-1
|
| |
Seed number 6-2
|
| |
Seed number 7-1
|
| |
Seed number 7-2
|
|
Seed starch |
---|
| |
Seed starch 1-1
|
| |
Seed starch 1-2
|
| |
Seed starch 1-3
|
| |
Seed starch 1-4
|
| |
Seed starch 1-5
|
| |
Seed starch 1-6
|
| |
Seed starch 1-7
|
|
Seed tocopherol, total |
---|
| |
Seed tocopherol, total 1-1
|
| |
Seed tocopherol, total 1-2
|
| |
Seed tocopherol, total 1-3
|
| |
Seed tocopherol, total 1-4
|
| |
Seed tocopherol, total 1-5
|
| |
Seed tocopherol, total 2-1
|
| |
Seed tocopherol, total 2-2
|
| |
Seed tocopherol, total 2-3
|
| |
Seed tocopherol, total 2-4
|
| |
Seed tocopherol, total 3-1
|
| |
Seed tocopherol, total 3-2
|
| |
Seed tocopherol, total 3-3
|
| |
Seed tocopherol, total 3-4
|
| |
Seed tocopherol, total 3-5
|
| |
Seed tocopherol, total 3-6
|
|
Seed viability |
---|
| |
Seed viability 1-1
|
| |
Seed viability 1-2
|
| |
Seed viability 1-3
|
| |
Seed viability 1-4
|
|
Seed yield to weight ratio |
---|
| |
Seed yield to weight ratio 1-1
|
| |
Seed yield to weight ratio 2-1
|
| |
Seed yield to weight ratio 2-2
|
| |
Seed yield to weight ratio 2-3
|
| |
Seed yield to weight ratio 3-1
|
| |
Seed yield to weight ratio 3-2
|
| |
Seed yield to weight ratio 3-3
|
|
Shoot length |
---|
| |
Shoot length 1-1
|
|
Stem diameter, main |
---|
| |
Stem diameter, main 1-1
|
| |
Stem diameter, main 1-2
|
| |
Stem diameter, main 1-3
|
|
Stem length, main |
---|
| |
Stem length, main 2-1
|
| |
Stem length, main 2-2
|
| |
Stem length, main 2-3
|
| |
Stem length, main 3-1
|
| |
Stem length, main 3-2
|
|
Stem strength, main |
---|
| |
Stem strength, main 1-1
|
| |
Stem strength, main 1-2
|
| |
Stem strength, main 1-3
|
| |
Stem strength, main 1-4
|
| |
Stem strength, main 1-5
|
| |
Stem strength, main 1-6
|
| |
Stem strength, main 1-7
|
| |
Stem strength, main 1-8
|
Papers |
---|
| Abe et al. 2003 "Photoperiod-insensitive Japanese soybean landraces differ at two maturity loci" |
| Alesandrini et al. 2003 "Isolation of a molecular marker of soybean nodule senescence" |
| Almeida and Yamashita 1978 "Effect of the inoculation method of Corynespora cassiicola (Berk & Curt.) Wei on the reaction of three soybean cultivars" |
| Arahana et al. 2001 "Identification of QTLs for Resistance to Sclerotinia sclerotiorum in Soybean" |
| Ariagada et al. 2012 "Bayesian mapping of quantitative trait loci (QTL) controlling soybean cyst nematode resistant" |
| Arias et al. 1996 "Inheritance of resistance of soybean (Glycine max (L.) Merrill) to races 4 and 15 of frogeye leaf spot fungus (Cercospora sojina Hara)." |
| Asakura et al. 2012a "Global gene expression profiles in developing soybean seeds." |
| Bachman et al. 1997 "Brown stem rot resistance in soybean germ plasm from central China" |
| Bai et al. 2020 "Overexpression of soybean GmPLD-gamma enhances seed oil content and modulates fatty acid composition in transgenic Arabidopsis" |
| Baird, et al. 1996 "Characterization and comparison of isolates of Rhizoctonia solani AG-7 from Arkansas, Indiana, and Japan, and select AG-4 isolates." |
| Balasubrahmanyam et al. 1997 "Purification of blackgram mottle virus (BMoV) using magnesium-bentonite" |
| Bashir et al. 2002 "Cowpea aphid-borne mosaic potyvirus: a review" |
| Bastien et al. 2013a "Genome Wide Association Mapping of Sclerotinia sclerotiorum Resistance in Soybean with a Genotyping-by-Sequencing Approach" |
| Benitez et al. 2010 "A Major QTL Controlling Seed Cadmium Accumulation in Soybean" |
| Benitez et al. 2012 "Single-Base Substitution in P1B-ATPase Gene Is Associated with a Major QTL for Seed Cadmium Concentration in Soybean" |
| Bione et al. 2002B "A new and distinctive male-sterile, female-fertile desynaptic mutant in soybean (Glycine max)" |
| Bione et al. 2003 "Further cytological characteristics of a male-sterile mutant in soybean affecting cytokinesis and microspore development" |
| Boland and Hall 1986 "Growthroom evaluation of soybean cultivars for resistance to Sclerotinia sclerotiorum." |
| Bowen and Schapaugh 1989 "Relationships among charcoal rot infection, yield, and stability estimates in soybean blends." |
| Bowers 1990 "Registration of 'Crockett' soybean." |
| Bravo et al. 1999 "Family and line selection for elevated palmitate of soybean" |
| Braxton and Gilreath 1988 "Differential injury by lesser cornstalk borer (Lepidoptera: Pyralidae) in soybeans of different growth stages." |
| Broadway and Duffey 1986 "Plant proteinase inhibitors: mechanism of action and effect on the growth and digestive physiology of larval Heliothis zea and Spodoptera exiqua." |
| Burden and Norris 1992 "Role of the isoflavonoid coumestrol in the constitutive antixenosic properties of Davis soybeans against an oligophagous insect, the Mexico bean beetle." |
| Cao et al. 2017a "Identification of Major Quantitative Trait Loci for Seed Oil Content in Soybeans by Combining Linkage and Genome-Wide Association Mapping" |
| Carneiro et al. 1999 "Carbon partitioning in soybean infected with Meloidogyne incognita and M. javanica" |
| Chappell et al. 1995 "Mechanisms of resistance to Sclerotinia minor in selected peanut genotypes" |
| Chen et al. 2001B "Soybean cyst nematode population development and associated soybean yields of resistant and susceptible cultivars in Minnesota" |
| Chen et al. 2003 "A tissue culture method for the preservation of Soybean mosaic virus strains" |
| Chen et al. 2011 "Quantitative trait loci analysis of stem strength and related traits in soybean" |
| Chen et al. 2020 "Soybean AP1 homologs control flowering time and plant height" |
| Cheng et al. 2017 "Fine mapping of a Phytophthora-resistance gene RpsWY in soybean (Glycine max L.) by high-throughput genome-wide sequencing" |
| Cheng et al. 2019 "CRISPR/Cas9-mdiated targeted mutagenesis of GmLHY genes alters plant height and internode length in soybean" |
| Chun et al. 1987 "Laboratory and field assessment of resistance in soybean to stem rot caused by Sclerotinia sclerotiorum" |
| Copley et al. 2018a "Identification of novel loci associated with maturity and yield traits in early maturity soybean plant introduction lines" |
| Cui et al. 2019A "GmWRKY40, a member of the WRKY transcription factor genes identified from Glycine max L., enhanced the resistance to Phytophthora sojae" |
| Danielson et al. 2000A "Parasitoids of the bean leaf beetle (Coleoptera : Chrysomelidae) found in Nebraska soybean fields" |
| Dastmalchi and Dhaubhadel 2015A "Soybean chalcone isomerase: evolution of the fold, and the differential expression and localization of the gene family" |
| de Ronne et al. 2019 "Integrated QTL mapping, gene expression and nucleotide variation analyses to investigate complex quantitative traits: a case study with the soybean-Phytophthora sojae interaction" |
| Dhanapal et al. 2015a "Association Mapping of Total Carotenoids in Diverse Soybean Genotypes Based on Leaf Extracts and High-Throughput Canopy Spectral Reflectance Measurements" |
| Diatloff et al. 1993 "Non-destructive methods of detecting Curtobacterium flaccumfaciens pv. flaccumfaciens in mungbean seeds" |
| Dinkins et al 2001 "Increased sulfur amino acids in soybean plants overexpressing the maize 15 kDa zein protein" |
| Dong et al. 1997 "Genetics of soybean-Heterodera glycines interactions." |
| Dorrance et al. 2003B "Effect of partial resistance on phytophthora stem rot incidence and yield of soybean in Ohio" |
| Kong et al. 2010 "Two coordinately regulated homologs of Flowering Locus T are involved in the control of photoperiodic flowering in soybean." |
| Duc Do et al. 2016A "Ncl Synchronously Regulates Na+, K+, and Cl? in Soybean and Greatly Increases the Grain Yield in Saline Field Conditions" |
| Duressa et al. 2010b "Identification of Aluminum Responsive Genes in Al-Tolerant Soybean Line PI 416937" |
| Ellis et al. 2012 "Identification of soybean genotypes resistant to Fusarium graminearum and genetic mapping of resistance quantitative trait loci in the cultivar Conrad" |
| Elmore et al. 1998 "Soybean genetic resistance and benomyl for phomopsis seed decay control." |
| Eskandari et al. 2013b "Genetic control of soybean seed oil: II. QTL and genes that increase oil concentration without decreasing protein or with increased seed yield" |
| Espina et al. 2018a "Development and Phenotypic Screening of an Ethyl Methane Sulfonate Mutant Population in Soybean" |
| Ferdous et al. 2006 "QTL Analysis of Resistance to Soybean Cyst Nematode Race 3 in Soybean Cultivar Toyomusume" |
| Fett 1985 "Relationship of bacterial cell surface hydrophobicity and charge to pathogenicity, physiologic race, and immobilization in attached soybean leaves." |
| Fontes and Cox 1998 "Iron deficiency and zinc toxicity in soybean grown in nutrient solution with different levels of sulfur." |
| Ge et al. 2010a "Global transcriptome profiling of wild soybean (Glycine soja) roots under NaHCO3 treatment." |
| Gene ID: 100170649 "salicylic acid methyl transferase-like protein" |
| Gene ID: 100170650 "salicylic acid methyl transferase-like protein" |
| Gene ID: 100194417 "matrix metalloproteinase" |
| Gene ID: 100783569 "putative methylmalonate-semialdehyde dehydrogenase [acylating]" |
| Gene ID: 100791508 "putative methylmalonate-semialdehyde dehydrogenase [acylating], mitochondrial" |
| Gene ID: 100792443 "gamma-tocopherol methyltransferase" |
| Gene ID: 100795567 "ATP-dependent zinc metalloprotease FTSH 8, chloroplastic-like" |
| Gene ID: 100801460 "calcineurin-like metallophosphoesterase transmembrane protein" |
| Gene ID: 100804517 "sterol 24-C methyltransferase 2-1" |
| Gene ID: 100807811 "divalent metal ion transporter NRAMP1a" |
| Gene ID: 100809484 "probable metal-nicotianamine transporter YSL7-like" |
| Gene ID: 100811544 "putative methylmalonate-semialdehyde dehydrogenase [acylating], mitochondrial" |
| Gene ID: 110631420 "type 3 metallothionein MT3" |
| Gene ID: 547501 "type 4 metallothionein MT4" |
| Gene ID: 548001 "MMP2 matrix metalloproteinase MMP2" |
| Ghosh and Islam 2016A "Genome-wide analysis and expression profiling of glyoxalase gene families in soybean (Glycine max) indicate their development and abiotic stress specific response." |
| Giesler et al. 2002 "Bean pod mottle virus: A threat to U.S. soybean production" |
| Glover and Scott 1998 "Heritability and phenotypic variation of tolerance to phytophthora root rot of soybean." |
| Goldberg et al. 2012b "Methylation Changes in Soybean Early Maturation Seed Compartments Using LCM" |
| Goldberg et al. 2012c "Methylation Changes in Soybean Early Maturation Seed Parts" |
| Goldberg et al. 2014a "Methylation Changes in Soybean Cotyledon Stage Seed Parts" |
| Goldberg, R.B. et al. 2011a "Methylation Changes During Soybean Seed Development" |
| Goldberg, R.B. et al. 2012a "Methylation Changes in Soybean Early Maturation Seed Parts" |
| Goncalves et al. 2002 "Genetics of resistance to powdery mildew (Microsphaera diffusa) in Brazilian soybean populations" |
| Goos and Johnson 2000 "A comparison of three methods for reducing iron-deficiency chlorosis in soybean" |
| Gray et al. 1999 "Production and toxicity of 2,3-dihydro-5-hydroxy-2-methyl-4H-1-benzopyran-4-one by Phialophora gregata" |
| Griffin 1990 "Importance of Pythium ultimum in a disease syndrome of cv. Essex soybean." |
| Guo et al. 2006 "Identification of QTLs associated with resistance to soybean cyst nematode races 2, 3 and 5 in soybean PI 90763" |
| Gutierrez-Gonzalez et al. 2009 "Genetic control of soybean seed isoflavone content: importance of statistical model and epistasis in complex traits" |
| Ha et al. 2013 "Genetic mapping of quantitative trait loci conditioning salt tolerance in wild soybean" |
| Hammond and Pedigo 1981 "Effects of artificial and insect defoliation by the green cloverworm Plathypena scabra on water loss from excised soybean leaves." |
| Hart et al. 1988 "Comparison of three techniques to evaluate advanced breeding lines of soybean for leaf-feeding resistance to corn earworm (Lepidoptera: Noctuidae)." |
| Hartman et al. 1985 "Identification of Meloidogyne species on the basis of differential host test and perineal-pattern morphology" |
| Hayes and Maroof 2000 "Targeted resistance gene mapping in soybean using modified AFLPs" |
| Hegeman and Grabau 2001 "A Novel Phytase with Sequence Similarity to Purple Acid Phosphatases Is Expressed in Cotyledons of Germinating Soybean Seedlings" |
| Hina et al. 2020 "High-Resolution Mapping in Two RIL Populations Refines Major QTL Hotspot Regions for Seed Size and Shape in Soybean (Glycine max L.)" |
| Hnetkovsky et al. 1996 "Genetic mapping of loci underlying field resistance to soybean sudden death syndrome (SDS)." |
| Holmes and Barrett 1997 "Japanese beetle (Popillia japonica) dispersal behavior in intercropped vs. monoculture soybean agroecosystems" |
| Honna et al. 2016 "Molecular, physiological, and agronomical characterization, in greenhouse and in field conditions, of soybean plants genetically modified with AtGolS2 gene for drought tolerance." |
| Huang et al. 1993 "Light intensity, row spacing, and photoperiod effects on expression of brachytic stem in soybean." |
| Hunt et al. 2000 "A re-examination of economic injury levels for potato leafhopper (Homoptera : Cicadellidae) on soybean" |
| Hwang et al. 2015A "Confirmation of delayed canopy wilting QTLs from multiple soybean mapping populations " |
| Hwang et al. 2016a "Meta-analysis to refine map position and reduce confidence intervals for delayed-canopy-wilting QTLs in soybean" |
| Hyten et al 2010A "High-throughput SNP discovery through deep resequencing of a reduced representation library to anchor and orient scaffolds in the soybean whole genome sequence" |
| Ilarslan et al. 1999 "Genetics and cytology of a new male-sterile, female-fertile soybean mutant." |
| Iqbal et al. 2002 "Resistance locus pyramids alter transcript abundance in soybean roots inoculated with Fusarium solani f.sp. glycines" |
| Iquira et al. 2015 "Association mapping of QTLs for sclerotinia stem rot resistance in a collection of soybean plant introductions using a genotyping by sequencing (GBS) approach" |
| Islam et al. 2019 "Genomic changes and biochemical alterations of seed protein and oil content in a subset of fast neutron induced soybean mutants." |
| Jegadeesan et al. 2010 "Mapping and validation of simple sequence repeat markers linked to a major gene controlling seed cadmium accumulation in soybean [Glycine max (L.) Merr]" |
| Ji et al. 2021 "Cloning and functional identification of phospoethanolamine methyltransferase in soybean (Glycine max)" |
| Johnk and Jones 2001 "Differentiation of three homogeneous groups of Rhizoctonia solani anastomosis group 4 by analysis of fatty acids" |
| Johnson et al. 1998A "Linkage analysis of a nonfluorescent root mutant (fr2) with five isozymes in soybean." |
| Jones and Sullivan 1978 "Susceptibility of certain soybean cultivars to damage by stink bugs [primarily Nezara viridula, Acrosternum hilare, and Euschistus spp.]" |
| Jun et al. 2013 "Genetic mapping of three quantitative trait loci for soybean aphid resistance in PI 567324" |
| Kandel et al. 2018a "Soybean Resistance to White Mold: Evaluation of Soybean Germplasm Under Different Conditions and Validation of QTL" |
| Keeling et al. 1980 "Response of soybean strains to artificial inoculation with Nematospora coryli Yeast spot disease." |
| Kenty et al. 1996 "Inheritance of resistance to the soybean looper in soybean." |
| Khan et al. 2008 "QTL analysis of cleistogamy in soybean" |
| Kojima and Tamada 1976 "Purification and serology of soybean dwarf virus" |
| Komatsu et al. 2005 "QTL Mapping of Antibiosis Resistance to Common Cutworm (Spodoptera litura Fabricius) in Soybean" |
| Korir et al. 2013a "Association mapping combined with linkage analysis for aluminum tolerance among soybean cultivars released in Yellow and Changjiang River Valleys in China" |
| Kovinich et al. 2010a "Combined analysis of transcriptome and metabolite data reveals extensive differences between black and brown nearly-isogenic soybean (Glycine max) seed coats enabling the identification of pigment isogenes." |
| Kovinich et al. 2012A "Identification of Two Anthocyanidin Reductase Genes and Three Red-Brown Soybean Accessions with Reduced Anthocyanidin Reductase 1 mRNA, Activity, and Seed Coat Proanthocyanidin Amounts" |
| Krishnamurthy et al. 2020 "Reconstruction of the evolutionary histories of UGT gene superfamily in legumes clarifies the functional divergence of duplicates in specialized metabolism" |
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