The phrase "ability of the organisms" is correct and usable in written English.
It can be used when discussing the capabilities or skills of living organisms in a scientific or academic context.
Example: "The ability of the organisms to adapt to their environment is crucial for their survival."
Alternatives: "capability of the organisms" or "organisms' capacity".
Mutation, gene flow, and genetic drift are random processes with respect to adaptation; they change gene frequencies without regard for the consequences that such changes may have in the ability of the organisms to survive and reproduce.
The adhesion ability of the organisms to hydrocarbons is used as a measure of their hydrophobicity.
Some of these mutations may have a positive or negative effect on the ability of the organisms to survive and reproduce, but others may have no effect at all.
This suggests that critical thermal limits may describe more closely the locomotor ability of the organisms to cope with diurnal changes in temperature and functional performance, and perhaps that CTL's are probably a better method for linking laboratory acclimation results with field performance (and see discussion in Chidawanyika and Terblanche in press).
Both strains are highly similar in genome sequence, and we tried to see whether some particular features might be correlated with the surviving ability of the organisms in certain environment, allowing us to uncover processes that might be important for the transition between a commensal life style, and a pathogenic behavior.
This is because family-centric ranking methods may fail to detect moonlighting proteins [ 35] that are active in multiple processes, which could reduce the global correlation of their absence/presence profiles with the ability of the organisms to perform the target process.
Without the ability of the organism to take up, integrate, and express the lab-made construct, there would be no synthetic biology.
The response of macrophages to the microenvironment changes is of key importance in the ability of the organism to cope with dangers (eg an infection).
The frequency distribution for the occurrence of misorientation angles within supergrains reflects the ability of the organism to maintain homoepitaxial crystallization over a certain length scale.
Patenting of life forms is however different from that of mechanical inventions and pose unique problems such as establishing the "inventive" nature and difficulties in preventing infringements due to the ability of the organism to self-replicate.
Tolerance in this manner is attributed to the ability of the organism to respond with environmental cues vis-à-vis condition-mediated changes in ASE behaviors.
