The phrase "amenable organisms" is correct and usable in written English.
It can be used in contexts related to biology, ecology, or any discussion involving organisms that are responsive or open to influence or change.
Example: "In the study, researchers focused on amenable organisms that could adapt to varying environmental conditions."
Alternatives: "compliant organisms" or "responsive organisms".
Due to their combinatorial nature, the mapping of genetic interactions is highly labor-intensive even in genetically amenable organisms.
This approach represents a significant development that will complement current methods to measure mitochondrial ROS using fluorescent probes (Belousov et al., 2006; Dickinson and Chang, 2008), but which are only applicable to cultured cells or to optically amenable organisms such as zebrafish and C. elegans.
Recent identification of S. cerevisiae Aim23p as the mIF3 ortholog [9] paves the way for in vivo experimentation with this factor in a highly genetically amenable organism.
ϕX174 utilizes its host's replication, transcription and translation machinery in order to reproduce making it an amenable organism for studies of regulatory evolution.
Based on screens for mutant sensitivity against DNA damaging agents a large number of DNA repair and DNA damage checkpoint genes have previously been identified in genetically amenable model organisms.
Genetically amenable model organisms have been extensively subjected to forward genetic screening approaches in which mutant individuals that are defective in a given biological process are isolated.
Through the use of genetically amenable model organisms, such as Drosophila and Zebrafish, we are beginning to unravel the mechanisms of epithelial branching morphogenesis; however, it is still not clear why some tubular organs branch whereas others do not.
Second, that SL interactions, which are defined between two genes when disruption of function of either gene product is viable but disruption of function of both simultaneously results in death, could be screened in genetically amenable model organisms to identify those that may be relevant to the treatment of tumors (Hartwell et al. 1997).
The identification of these homologues will provide a basis for the further characterisation of the role of these conserved proteins in the genetically amenable model organism S. pombe.
In addition, its genome database is available and it is a genetically amenable host organism for which genetic tools are readily available (Fischer et al. 2008).
It is emerging as a genetically amenable model organism for molecular genetic analysis of cyst formation, photosynthesis, phototaxis, and cellular development.
