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Heterosis as a consequence of regulatory incompatibility
Rebecca H. Herbst
, Dana Bar-Zvi
, Sharon Reikhav
, Ilya Soifer
, Michal Breker
,
Ghil Jona
, Eyal Shimoni
,
Maya Schuldiner
,
Avraham A. Levy
*
,
Naama Barkai
*
*
Corresponding author for this work
Department of Molecular Genetics
Department of Plant and Environmental Sciences
Life Sciences Core Facilities
Department of Chemical Research Support
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Keyphrases
Heterosis
100%
Saccharomyces Cerevisiae
33%
Budding Yeast
33%
Yeast Hybrids
33%
Regulatory Mechanism
16%
Genetic Screening
16%
Performance Improvement
16%
Growth Rate
16%
Deleterious mutations
16%
Regulatory Process
16%
Cell Growth
16%
DNA Damage
16%
Fast-growing
16%
Biomass Yield
16%
Interspecific Hybridization
16%
Enhanced Growth
16%
Heterozygote
16%
Respiration
16%
Superior Performance
16%
Condition-dependent
16%
Reduced Growth
16%
Cell Cycle Checkpoint
16%
Novel Phenotypes
16%
Growth Biomass
16%
Ethanol Stress
16%
Fragmented Knowledge
16%
Growing Conditions
16%
Hybrid Incompatibility
16%
Biochemistry, Genetics and Molecular Biology
Heterosis
100%
Allele
50%
Saccharomyces cerevisiae
33%
Budding Yeast
33%
Genetic Screen
16%
DNA Damage
16%
Cell Growth
16%
Interspecific Hybrid
16%
Genetic Carrier
16%
Heterozygote
16%
Cell Cycle Checkpoint
16%
Immunology and Microbiology
Allele
50%
Budding Yeast
33%
Saccharomyces cerevisiae
33%
DNA Damage
16%
Cell Growth
16%
Interspecific Hybrid
16%
Cell Cycle Checkpoint
16%
Heterozygote
16%