loading...| Preferred Name |
mutant phenotype evidence |
|
| Synonyms |
|
|
| Definitions |
Note that mutations need not be negative. Changes to DNA sequence (mutations) may be detrimental, have no impact, or be beneficial. The allele that encodes the phenotype most common in a particular natural population is referred to as the wild type allele, while any other form of that allele is known as the mutant form. A type of experimental phenotypic evidence in which an observable phenotypic difference results from a change or mutation in DNA. |
|
| ID |
http://purl.obolibrary.org/obo/ECO_0000015 |
|
| comment |
Note that mutations need not be negative. Changes to DNA sequence (mutations) may be detrimental, have no impact, or be beneficial. The allele that encodes the phenotype most common in a particular natural population is referred to as the wild type allele, while any other form of that allele is known as the mutant form. |
|
| definition |
A type of experimental phenotypic evidence in which an observable phenotypic difference results from a change or mutation in DNA. |
|
| has_obo_namespace |
eco |
|
| IAO_0000112 |
Indeed, the GroEL protein appears to be more abundant in the LM3 wild type strain compared to the LM3-2 mutant strain, suggesting the involvement of the CcpA protein in the positive regulation of its expression. |
|
| id |
ECO:0000015 |
|
| label |
mutant phenotype evidence |
|
| notation |
ECO:0000015 |
|
| prefLabel |
mutant phenotype evidence |
|
| treeView | ||
| subClassOf |