The phrase "anatomical measures" is correct and usable in written English.
It can be used in contexts related to biology, medicine, or health sciences when discussing physical dimensions or characteristics of the body.
Example: "The study focused on the anatomical measures of the participants to assess their overall health."
Alternatives: "body measurements" or "physical dimensions".
Anatomical measures are used to assess the progression of pathologies related to low back pain and to screen patients for surgical treatment options.
The aim of the study was to establish a basic data set of combined functional and anatomical measures of aged sheep larynges using ex vivo models.
The combination of functional responses from cortex and anatomical measures in the white matter provides an overview of how the written word is encoded and communicated along the ventral occipital-temporal circuitry for seeing words.
Most previous research has assessed masculinity either with subjective ratings or with simple anatomical measures.
To identify anatomical factors that may account for these local within site differences, differences in channel impedances between adjacent segments were compared to differences in ultrasound-derived anatomical measures.
Coronary artery stenosis and other gross anatomical measures, including heart weight, ventricular wall thickness, valvular circumferences, valvular calcifications and myocardial infarct number and volume were determined at autopsy.
The finding that a single anatomical measure accounts for a large proportion of variability in hemispheric lateralization calls for further research into the intrinsic properties and connectivity patterns of the planum temporale region.
When using an anatomical measure of connectivity (DW-MRI), we also observed a significant relationship between the level of atrophy of each region and its geodesic distance to the SN (r = −0.28, p < 0.003).
Our own data have found a closer relationship between cognitive function and micro-anatomical measures in association cortex than with total brain size [ 9] (see below).
This project aims at investigating neural mechanisms underlying CFS symptoms and its changes after CBT by collection anatomical MRI measures, functional MRI measures, behavioral measures and blood, saliva and hair sampling.
Data postprocessing and analysis included registration of all outcome measures into one anatomical standard space to enable voxel-wise statistical comparisons on group level and the calculation of probability maps of infarction for each group.
