The phrase "anatomical base" is correct and usable in written English.
It can be used in contexts related to biology, anatomy, or medical discussions, referring to the foundational structure of an organism or body part.
Example: "The anatomical base of the skull provides crucial support for the brain and attachment points for various muscles."
Alternatives: "structural foundation" or "anatomical foundation".
To analyze casualties from firearm and explosives injuries who were admitted to the Intensive Care Unit in the Spanish ROLE-2E from December 2005 to December 2008 and to evaluate which damaging agent had produced the highest morbidity-mortality in our series using score indices with anatomical base (ISS and NISS).
Preservation of the length of the first ray including the STT joint is preferable and ought to provide an anatomical base for better thumb function.
As in rodent testes, CX43 immunoreactivity was generally present between Leydig cells (LCs) (Pérez-Armendariz et al., 1994) and, within the seminiferous epithelium, CX43 was found to form an integral component of the Sertoli cell (SC -SC junctional complexeSC -SC represent the anatomical base of the blood-testis barrier (BTB) (Risley et al., 1992).
In this article, we aim to review the anatomical bases and approaches for arthrography of upper and lower limbs as well as of facet joints of the spine.
This finding is consistent with the hypothesis that semantic knowledge associated with natural and artifactual domains is represented in separate subsystems with presumably different anatomical bases.
Our results provide the anatomical bases for the physiological models of signal-polarity resolution by the lateral line.
Three telling conclusions can be drawn: (a) that the anatomical bases of bipolar disorder and schizophrenia are intimately related.
Although PDGFR- β -knockout (KO) mice displayed socio-emotional deficits associated with parvalbumin (PV- immunoreactive (IR) neurons, their anatomical bases in the SC were unknown.
To the best of our knowledge, this is the first study to reveal the anatomical bases underlying two aspects of achievement motivation: SFAM and CAM.
Visual inspection of the individual profiles of atrophy in PNFA and semantic dementia patients (Fig. 2) suggests possible anatomical bases for the group-level differences and within-group variation in auditory performance.
These works deal with different strategies for approaching the segmentation task, including image-driven algorithms[10 13], probabilistic atlases[14, 15], fuzzy clustering[16], deformable models[17 19], neural networks[20], active appearance models[21, 22], anatomical-based landmarks[23], or level set and its variations[24, 25].
