Claim · model-written summary
lysine was stimulatory for spikelet development in cultured Zea mays tassels.
- Material
- Oh43e0
- Organ / stage
- spikeletst0
- Treatment
- lysinee1
- Outcome
- development of spikeletst0
- Direction
- stimulatorye1
- Setting
- in vitroe0
Zea maysNot reportedGeneCompoundInteractorInteractor roleSecond interactorSecond interactor roleComparatorValueQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
t0“Effects of amino acids on the development of spikelets in cultured tassels of Zea mays”
e0“in vitro cultured tassels of Zea mays inbred line Oh43”
e1“While a few amino acids (arginine, lysine, valine, and proline) were stimulatory”
Title
Effects of amino acids on the development of spikelets in cultured tassels of Zea mays
D. R. Pareddy; R. I. Greyson Canadian Journal of Botany 1989. doi:10.1139/b89-177
Other claims from this paper (18)
- Association arginine was stimulatory for spikelet development in cultured Zea mays tassels.
- Association valine was stimulatory for spikelet development in cultured Zea mays tassels.
- Association proline was stimulatory for spikelet development in cultured Zea mays tassels.
- Association isoleucine was inhibitory for spikelet development in cultured Zea mays tassels.
- Association asparagine was inhibitory for spikelet development in cultured Zea mays tassels.
- Association tryptophan was inhibitory for spikelet development in cultured Zea mays tassels.
- Association glutamic acid was inhibitory for spikelet development in cultured Zea mays tassels.
- Association alanine was inhibitory for spikelet development in cultured Zea mays tassels.
- Association serine was ineffective for spikelet development in cultured Zea mays tassels.
- Association leucine was ineffective for spikelet development in cultured Zea mays tassels.
- Association glycine was ineffective for spikelet development in cultured Zea mays tassels.
- Association threonine was ineffective for spikelet development in cultured Zea mays tassels.
- Association methionine was ineffective for spikelet development in cultured Zea mays tassels.
- Association phenylalanine was ineffective for spikelet development in cultured Zea mays tassels.
- Association histidine was ineffective for spikelet development in cultured Zea mays tassels.
- Association aspartic acid was ineffective for spikelet development in cultured Zea mays tassels.
- Association tyrosine was ineffective for spikelet development in cultured Zea mays tassels.
- Intervention effect A mixture of the stimulatory amino acids at optimal concentrations produced the maximum number of normal spikelets, duplicating the effect of optimum casein hydrolysate.