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gametocidal - like genes(passive) caused byhybrid sterility
incompatibility between genes from different species(passive) can be caused byhybrid sterility
genic ] incompatibilitiesresultingin hybrid sterility
one or more factorscausinghybrid sterility
simple genetic incompatibilitycauseshybrid male sterility
the genes underexpressed in hybrids ... the genetic changescausehybrid sterility
genic factors instead of rearrangements ( table 2 ; Fishman & Willis 2001(passive) can be caused byhybrid sterility
a chromosomal number mismatch ( affecting numerous genesresultsin the hybrid sterility
the mechanism by whichcauseshybrid sterility
" selfish " genetic element(passive) caused byhybrid sterility
anther indehiscence between distantly related rice varieties ' , Euphytica(passive) caused byhybrid sterility
Mismatch or lack of restorer genes for the mitochondrial CMS gene in the hybridswill leadto hybrid sterility
the basis for future high - resolution mapping and ... the interacting genescontributeto hybrid sterility
anther indehiscence between distantly related rice varieties — Okayama University Genic analysis of hybrid sterility caused by anther indehiscence between distantly related rice varieties M. Maekawa , T. Inukai(passive) caused byhybrid sterility
interspecific combinations of nonallelic genes that are unable to undergo synergistic interactions(passive) is caused byHybrid sterility
anther indehiscence between distantly related rice varieties in : Euphytica , ISSN 1573 - 5060(passive) caused byhybrid sterility
only three genetically independent incompatibilitiescausehybrid male sterility
Pollen sterility ... the most important factorscauseintersubspecific hybrid sterility
because underdominant chromosomal rearrangements are only expectedto causehybrid sterility
This preview Chromosomal rearrangements can be UNDERDOMINANTcausinghybrid sterility
The underlying mechanismscausinghybrid sterility
Crosses ... albino seedlings and chromosomal rearrangementsresultin hybrid sterility
epistatic interaction between two novel genes , S24 and S35 , which were identified on rice chromosomes 5 and 1 , respectively(passive) caused byhybrid male sterility
Karyotypic differencesleadingto hybrid sterility
Meisetz ) genecan causehybrid male sterility
differences in the numbers or arrangements of chromosomes(passive) can also be caused byHybrid sterility
the Hst-1 gene in mice(passive) caused byhybrid sterility
the hybrid sterility gene Odysseus(passive) caused byhybrid sterility
The new homeobox gene ... a “ speciation genecauseshybrid male sterility
a peptidase - coding gene called SSPcausesthe hybrid sterility
Prdm9-generated meiotic asynapsis of homologous chromosomes in mouse subspecific hybridscauseshybrid sterility
the evolution , expression patterns , and wild - type function of the Drosophila “ speciation ” gene Odysseus ( Odscauseshybrid male sterility
Sterile hybrids between closely related speciesresultsHybrid sterility
abnormal meiotic chromosome behavior in hybrids ( allodiploids ) between diploid C.(passive) caused byHybrid sterility
pollen abortion(passive) is ... caused byhybrid sterility
Collegiate Communications -- Graduate ) 1preventshybrid sterility
that cause postzygotic reproductive isolationcausinghybrid inviability or hybrid sterility
Genetic interactionsoften causehybrid inviability and sterility
hybridization between YJCWR and cultivated ricemight resultin hybrid sterility
an incompatibility between these substitutionscauseshybrid sterility or hybrid inviability
the movement of genes from one species to the other ... keeping both species distinct ( Keeton 1980preventsthe movement of genes from one species to the other ... keeping both species distinct ( Keeton 1980
the movement of genes from one species to the other ... keeping both species distinct.[5 ] Sterility is often attributed to the different number of chromosomes the two species have , for example donkeys have 62 chromosomes , while horses have 64 chromosomes , and mules and hinnies have 63 chromosomespreventsthe movement of genes from one species to the other ... keeping both species distinct.[5 ] Sterility is often attributed to the different number of chromosomes the two species have , for example donkeys have 62 chromosomes , while horses have 64 chromosomes , and mules and hinnies have 63 chromosomes
the movement of genes from one species to the other ... keeping both species distinct.[9 ] Sterility is often attributed to the different number of chromosomes the two species have , for example donkeys have 62 chromosomes , while horses have 64 chromosomes , and mules and hinnies have 63 chromosomespreventsthe movement of genes from one species to the other ... keeping both species distinct.[9 ] Sterility is often attributed to the different number of chromosomes the two species have , for example donkeys have 62 chromosomes , while horses have 64 chromosomes , and mules and hinnies have 63 chromosomes
from a cross between Scutellaria resinosa and Scutellaria suffrutescensresultingfrom a cross between Scutellaria resinosa and Scutellaria suffrutescens
originally from a cross of D. spatulata x rotundifoliaresultedoriginally from a cross of D. spatulata x rotundifolia
in the Middle East , where it was often planted in Muslim graveyardsoriginatingin the Middle East , where it was often planted in Muslim graveyards
female gamete abortioncausingfemale gamete abortion
from a range of different underlying mechanismsmay originatefrom a range of different underlying mechanisms
from problems with chromosome pairing during meiosisusually resultsfrom problems with chromosome pairing during meiosis
from one crossresultingfrom one cross
which was found(passive) to be caused bywhich was found
when two species experienced different mutations in genes that functionally interactmight resultwhen two species experienced different mutations in genes that functionally interact
hybrid segregation distortion is warranted ( N. Phadnis , personal communicationcausehybrid segregation distortion is warranted ( N. Phadnis , personal communication
from intercrossing genetically divergent populations or taxaresultsfrom intercrossing genetically divergent populations or taxa
from such “ internal genomic conflictsresultingfrom such “ internal genomic conflicts
by the selfish genetic elementcausingby the selfish genetic element
between the indica and japonica subspecies of the cultivated riceresultsbetween the indica and japonica subspecies of the cultivated rice
to hybrid breakdowncould ... contributeto hybrid breakdown
Kimi Raikkonen ( FINleadsKimi Raikkonen ( FIN
from natural selectioncould resultfrom natural selection
The Molecular Basis of Hybrid Sterility(passive) Caused byThe Molecular Basis of Hybrid Sterility