Claim · model-written summary
Most m4 reversion happened early, producing fully pigmented in vitro plants and large in planta sectors.
- Gene
- m4e0
- Outcome
- completely pigmented in vitro revertants, and in large sectors on in planta revertantse0
Not reportedTaxonMaterialCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentComparatorSettingDirectionValueQualifier
Verbatim
e0“Most m4 reversion occurs relatively early in development and results in completely pigmented in vitro revertants, and in large sectors on in planta revertants”
Title
Alfalfa transposable elements and variegation
E. T. Bingham; W. M. Clement Developmental Genetics 1989. doi:10.1002/dvg.1020100614
Other claims from this paper (13)
- Observation Unstable anthocyanin pigmentation was independently found six times.
- Observation All six unstable stocks traced to a mutable C2 allele.
- Observation m1, m2 and m3 showed similar variegation with recessive-to-dominant reversion.
- Observation Reversion produced pigment streaks and sectors in otherwise white petals and seeds.
- Observation Reversion could occur at different development times and produce periclinal chimeras.
- Observation c2‐m4 arose during tissue culture, unlike the other mutables found in populations.
- Observation m4 was very stable in plants and rarely made sectored flowers.
- Observation m4 was unstable in vitro, with about 23% revertant regenerated plants.
- Observation m5 and m6 were phenotypically and genetically similar.
- Observation m5 and m6 flowers were purple with white streaks, indicating dominant-to-recessive mutation.
- Observation White progeny of m5 and m6 were stable, with no observed white-to-purple reversion.
- Mechanism Absolute stability of m5 white derivatives favored a deficiency model.
- Mechanism Recurring mutations in mutable populations were speculated to result from transposable-element movement.