Ontology of Microbial Phenotypes
309 terms(s) returned
Term Type: | Record: 51 to 100 of 309 Records | Page: 2 of 7, First Previous Next Last | Show Records Per Page |
- increased cell diameter variability
- increased cell division ratio variability
- increased cell fusion
- increased cell fusion during mating
- increased cell growth
- increased cell length
- increased cell length variability
- increased cell lysis
- increased cell perimeter
- increased cell perimeter length variability
- increased cell population growth rate
- increased cell population growth yield
- increased cell population viability
- increased cell population viability upon nitrogen starvation
- increased cell population viability upon starvation
- increased cell size
- increased cell size variability within a cell population
- increased cell surface area
- increased cell surface area variability
- increased cell surface area-to-volume ratio
- increased cell surface area-to-volume ratio variability
- increased cell viability
- increased cell volume
- increased cell volume variability
- increased cell wall chitin level
- increased cell wall protein level
- increased cell-cell self recognition
- increased cellular pigment accumulation
- increased cellular pigment accumulation
- increased chemotaxis
- increased colonization of a host
- increased colonization of host tissue
- increased colonization of mouse tissue
- increased colonization of rabbit tissue
- increased colonization of tissue in an immunocompromised host
- increased colonization of tissue in an immunocompromised mouse
- increased colonization of tissue in an immunocompromised rabbit
- increased colony size
- increased concentration
- increased conjugation
- increased correlation between nucleoid and cell constriction during cell division
- increased cytoskeleton morphology
- increased decarboxylase activity
- increased degree of nucleoid constriction at the onset of cell constriction
- increased diazonium blue B staining
- increased drug-dependence of population growth
- increased duration
- increased endocytosis
- increased endospore formation
- increased enzymatic activity