alisphenoidal (Meaning)
alisphenoidal (a.)
Pertaining to or forming the wing of the sphenoid; relating to a bone in the base of the skull, which in the adult is often consolidated with the sphenoid; as, alisphenoid bone; alisphenoid canal.
Synonyms & Antonyms of alisphenoidal
No Synonyms and anytonyms found
alisphenoidal Sentence Examples
- The alisphenoidal bone in the skull plays a crucial role in providing structural support.
- Researchers conducted a detailed study on the alisphenoidal region to understand its developmental patterns.
- The alisphenoidal process connects various components of the skull, contributing to its overall stability.
- Pathological conditions affecting the alisphenoidal structure can have significant implications for cranial function.
- Evolutionary changes in the alisphenoidal region are essential for adapting to different environmental pressures.
- Radiographic images revealed abnormalities in the alisphenoidal bone, prompting further investigation.
- Comparative anatomy studies often focus on variations in the alisphenoidal region among different species.
- Surgical procedures may involve manipulation of the alisphenoidal process to address specific medical conditions.
- The alisphenoidal articulation influences the mobility and flexibility of adjacent skull components.
- Anatomists carefully examine the alisphenoidal features to gain insights into the overall cranial architecture.
FAQs About the word alisphenoidal
Pertaining to or forming the wing of the sphenoid; relating to a bone in the base of the skull, which in the adult is often consolidated with the sphenoid; as,
No synonyms found.
No antonyms found.
The alisphenoidal bone in the skull plays a crucial role in providing structural support.
Researchers conducted a detailed study on the alisphenoidal region to understand its developmental patterns.
The alisphenoidal process connects various components of the skull, contributing to its overall stability.
Pathological conditions affecting the alisphenoidal structure can have significant implications for cranial function.
