Fission Yeast Phenotype Ontology
10593 terms(s) returned
| Term Type: | Record: 6951 to 7000 of 10593 Records | Page: 140 of 212, First Previous Next Last | Show Records Per Page |
- increased mitochondrial fusion
- increased mitochondrial genome maintenance
- increased mitochondrial membrane potential
- increased mitochondrial pre-mRNA level
- increased mitochondrial-associated microtubule fraction during mitotic interphase
- increased mitophagy
- increased mitophagy during nitrogen starvation
- increased mitophagy during stationary phase
- increased mitotic DNA damage checkpoint activation
- increased mitotic DNA replication initiation from inefficient origin
- increased mitotic DNA replication initiation from late origin
- increased mitotic G2/M phase transition
- increased mitotic cohesin ssDNA (lagging strand) loading
- increased mitotic index
- increased mitotic recombination
- increased mitotic recombination at centromere
- increased mitotic recombination at rDNA
- increased mitotic recombination with crossover formation at centromere
- increased mitotic sister chromatid bridge formation during replication fork processing
- increased monopolar index
- increased mycelial expansion
- increased ncRNA level during vegetative growth
- increased negative regulation of transcription by glucose
- increased negative regulation of transcription by zinc
- increased non functional ncRNA level
- increased nuclear RNA level during vegetative growth
- increased nuclear envelope SPB fenestra size
- increased nuclear movement velocity during mitotic telophase
- increased nuclear polyadenylated mRNA level during vegetative growth
- increased nuclear pore complex clustering
- increased nuclear protein level during cellular response to hydrogen peroxide
- increased nuclear protein level during vegetative growth
- increased nucleophagy during G0
- increased nucleoside diphosphate kinase activity
- increased nucleosome occupancy
- increased nucleosome occupancy at CENP-A boundary
- increased nucleosome occupancy at CRE site
- increased nucleosome occupancy at FLEX element
- increased nucleosome occupancy at MCB promoters
- increased nucleosome occupancy at highly transcribed RNA polymerase II genes
- increased nucleosome occupancy at subtelomere
- increased nucleosome occupancy at transcription start site
- increased nucleosome occupancy in gene body
- increased nucleus:cytoplasm ratio
- increased number of Brc1 foci
- increased number of DNA breakpoint junctions
- increased number of DNA breakpoint junctions during stationary phase
- increased number of Holliday junctions
- increased number of Kms1 foci
- increased number of Kms1 foci during response to DNA damage
