Synonymer & Informasjon om | Engelsk ordet ALLOPOLYPLOIDY


ALLOPOLYPLOIDY

1

Antall bokstaver

14

Er palindrome

Nei

30
AL
ALL
DY
ID
LL
LLO
LO
LOI
LOP
LY
LYP
OI

610
AD
ADI
ADL
ADO
ADP
AI
AID
AIL

Eksempler på bruk av ALLOPOLYPLOIDY i en setning

  • His lab was the first to clone an active TE from plants (1982); to show that classic disease resistance genes in plants are both recombinationally unstable and cell autonomous (1988); to use DNA probes from one grass species to map another genome (maize, sorghum), demonstrating genetic collinearity (1990); to show that DNA TEs preferentially insert into hypomethylated DNAs in or near genes (1995); to demonstrate that the majority of plant genomes is composed of LTR-retrotransposons (1996); to show the microcolinearity of plant genomes (1997), and the nature/rate/origin of exceptions to microcolinearity (1999); to explain the timing and mode of both plant genome expansion (1998) and contraction (2002); to show that plant centromeres are hot spots for recombination but not crossing over (2006); to show apparent site-directed recombination in plants (at a disease resistance gene) (2008); to use centromere gain/loss to determine the origin of plant chromosomes (in maize) (2012); to demonstrate a nuclear gain in a teosinte of about 2 Gb of DNA by TE amplification in less than 2 million years (2013); to demonstrate that errors in mismatch base repair may be the most common origin of DNA double strand breaks in plants (2014); to demonstrate domestication-associated changes in root and rhizosphere microbiomes (2018); and to develop the first universal technique to date the origins of allopolyploidy (2020).
  • Several hypotheses have been proposed to explain the origin of Sequoia's polyploidy: allopolyploidy by hybridization between Metasequoia and some probably extinct taxodiaceous plant; Metasequoia and Sequoiadendron, or ancestors of the two genera, as the parental species of Sequoia; and autohexaploidy, autoallohexaploidy, or segmental allohexaploidy.
  • Hyacinthoides cedretorum is the only tetraploid species in the genus; it is unclear whether it originated by autopolyploidy or allopolyploidy.
  • Øjvind Winge was the first to confirm allopolyploidy in 1917, and a later experiment conducted by Clausen and Goodspeed in 1925 confirmed the findings.



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