Claim · model-written summary
f e was associated with very light blue, spotted seeds.
- Taxon
- Flax
Linum usitatissimumt0 - Gene
- f ee0
- Outcome
- very light blue, spotted seedse0
Verbatim
t0“Flax (Linum usitatissimum L.)”
e0“Six genes cause a dilution of the blue color of the flower: wf1 (white), f e (very light blue, spotted seeds), dlb1, dlb3, dlb4 (different intensity of light blue color), ora1 (lighter than blue, orange anthers, yellow speckles on red-brown seeds), and pf (pink flower and seeds with yellow hue).”
Title
Interaction of Genes Controlling Some Morphological Features of Flax (Linum usitatissimum L.)
E. A. Porokhovinova; A. V. Pavlov; S. N. Kutuzova; et al. Russian Journal of Genetics 2019. doi:10.1134/s1022795419110103
Other claims from this paper (12)
- Observation 11 genes was associated with pleiotropic effects on several parts of a flower and sometimes on hypocotyl and seeds.
- Observation s1 was associated with complete stop of anthocyanin synthesis, corolla deformation.
- Observation sfbs1 was associated with inhibition of anthocyanin synthesis in flower, slightly deformed corolla.
- Observation pbc1 and pbc3 was associated with very light blue flower with different degrees of corolla deformation.
- Observation wf1 was associated with white.
- Observation dlb1, dlb3, dlb4 was associated with different intensity of light blue color.
- Observation ora1 was associated with lighter than blue, orange anthers, yellow speckles on red-brown seeds.
- Observation pf was associated with pink flower and seeds with yellow hue.
- Observation The reported gene hierarchy was s1 > sfbs1 > wf1 > pf1 > f e > pbc1 > pbc3 > dlb1 > dlb3 > ora1.
- Observation The reported gene hierarchy was s1 > wf1 ≥ pf1 ≥ f e ≥ dlb3.
- Observation The reported gene hierarchy was pf1 = wf1 > dlb3 > s1 > f e.
- Observation The reported gene hierarchy was pf1 > s1 > f e > wf1 = dlb3.