The phrase "adapted individually" is correct and usable in written English.
It can be used when discussing modifications or changes made to suit the specific needs or circumstances of an individual.
Example: "The training program was adapted individually to meet the unique requirements of each participant."
Alternatives: "customized for each person" or "tailored to individual needs".
The CBC part is adapted individually to a choice design that uses only the best and worst levels of each attribute identified in the SE phase.
For ligand conjugation, the molar excess of p-SCN-Bn-DOTA (Macrocyclics, Dallas, TX, USA) was adapted individually for each antibody to achieve similar DOTA ligands to mAb ratios.
This study was designed to investigate removal efficiencies of Cu, Pb, Zn, and As in gallery water in a mining area in Keban, Turkey by Lemna gibba L. and Lemna minor L. These plants were placed in the gallery water of Keban Pb Zn ore deposits and adapted individually fed to the reactors.
Fixed therapy intervals might thus not be advisable, but application intervals might have to be adapted individually based on CD19 counts.
Due to the fact that non-invasive methods of posture and spinal assessment are currently available, each patient should be examined prior to therapy and an exercise plan should be adapted individually, concurrent with therapy, to effectively monitor its effects.
Number of sets and repetitions were adapted individually for each participant, such that a subjective rate of perceived exertion of five to seven points on the ten-point Borg scale was reached.
When faced with death, cells adapt individually and as a population.
Results from the study can be extrapolated to other tumor types in the sense that, when the aim is to allocate or adapt individually tailored treatment, a selection of parameters provides the potential for precise tumor characterization and stratification.
Even though the intensity of each exercise was individually adapted, all individuals exercised at a minimum of 60% of HR max.
The experimental results show that the initial brittle behaviour has been completely stabilized by using the silicone pore filler, resulting in improved mechanical properties and significantly higher energy absorption capability of the cellular structure, thus providing unique material properties which could be adapted for individually optimized applications.
Ideally it should be possible to adapt it individually to each species.
