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Triazine resistance in Senecio vulgaris parental and nearly isonuclear backcrossed biotypes is correlated with reduced productivity
William B. McCloskey, Jodie S. Holt
Plant Sciences, School of
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peer-review
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Dive into the research topics of 'Triazine resistance in Senecio vulgaris parental and nearly isonuclear backcrossed biotypes is correlated with reduced productivity'. Together they form a unique fingerprint.
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Medicine & Life Sciences
Aconitate Hydratase
13%
Atrazine
43%
Biomass
11%
Chloroplasts
51%
Electron Transport
10%
Enzymes
5%
Genome
12%
Growth
13%
Herbicides
24%
Inbreeding
13%
Isoenzymes
9%
Paraquat
12%
Pollen
10%
Senecio
100%
Triazines
85%
Water
6%
Weights and Measures
17%
Agriculture & Biology
aconitate hydratase
2%
assimilation (physiology)
1%
atrazine
7%
backcrossing
2%
biomass production
1%
biotypes
58%
chloroplasts
6%
duration
1%
electron transport chain
2%
enzymes
0%
greenhouses
1%
herbicides
1%
isozymes
1%
leaf area
3%
leaf extracts
1%
leaves
0%
meters (equipment)
4%
nuclear genome
3%
paraquat
2%
planting
4%
pollen
1%
reciprocal crosses
2%
Senecio vulgaris
84%
shoots
3%
triazine herbicides
3%
triazines
69%
water
0%