The phrase "accessible organisms" is correct and usable in written English.
It can be used in contexts discussing organisms that are easy to reach, study, or interact with, often in scientific or educational settings.
Example: "In our research, we focused on accessible organisms that could be easily observed in their natural habitats."
Alternatives: "easily reachable organisms" or "readily available organisms".
Therefore the functions of nucleomorph-encoded proteins must be elucidated indirectly by application of methods in genetically accessible organisms.
However, due to the lack of a method of transfecting cryptophytes, we are studying homologs of the nucleomorph genes and their encoded proteins in genetically accessible organisms in order to identify the functions of the cryptophytic proteins indirectly.
Nevertheless, it is known that some biases exist in the composition of databases (which are rich in sequences from common, cultivable and easily accessible organisms), but it is uncertain how big this bias is and how it can influence the analysis of real data, that is, how accurately the databases are describing the global diversity.
But colleagues conducted lab tests "and it was realised that it was making the oil more toxic because it was accessible to organisms".
Forward genetic screens in genetically accessible model organisms such as Drosophila and C. elegans can help to identify new regulators of fat storage and metabolism.
In contrast, the fruit fly Drosophila melanogaster is one of the most genetically and experimentally accessible model organisms in biology.
This sophisticated motor program is evidence for a form of rapid, visually mediated motor planning in a genetically accessible model organism.
The macroaggregates affect soil carbon storage by occluding organic residues, making them less accessible to degrading organisms and their enzymes (Six et al. 2000).
Together with the rapid evolution of sequence information, transcriptomics is becoming more widely accessible also to organisms of ecological relevance that have not (yet) reached the status of a model organism in ecotoxicology.
Dominated by operational goals, it emphasizes conceptual and methodological approaches that are readily accessible today: reference organisms supported by individual-based traditional ecotoxicological data.
Most enrichment tools derive gene-sets from Gene Ontology (GO) annotations [11], because they are readily accessible for many organisms and cover many genes, yet many other sources of gene-sets exist and are used by some tools in addition to GO [7], [12], [13].
