heteromyaria Antonyms
No Synonyms and anytonyms found
Meaning of heteromyaria
heteromyaria (n. pl.)
A division of bivalve shells, including the marine mussels, in which the two adductor muscles are very unequal. See Dreissena, and Illust. under Byssus.
heteromyaria Sentence Examples
- Non-human mammalian hearts exhibit heteromyaria, characterized by a distinct distribution of muscular layers.
- The inner myocardial layer of heteromyaria consists of irregular interlacing fibers, providing strength and support.
- Heteromyaria allows for efficient contraction and relaxation in the heart, enabling proper blood flow.
- The right ventricle of the heart typically possesses a thicker heteromyaria than the left ventricle, reflecting its higher workload.
- Heteromyaria provides a unique arrangement of myocardial fibers, optimizing cardiac function.
- In heteromyaria, the outermost layer consists of longitudinal fibers, responsible for coordinated heart contractions.
- The myocardial fibers in heteromyaria are arranged in a crisscross pattern, ensuring efficient force transmission.
- Heteromyaria allows for localized contractions within the heart, contributing to overall cardiac efficiency.
- Understanding heteromyaria is crucial for deciphering cardiac mechanics and pathologies.
- Heteromyaria contributes to the rhythmic and powerful contractions of the heart, ensuring proper circulatory function.
FAQs About the word heteromyaria
A division of bivalve shells, including the marine mussels, in which the two adductor muscles are very unequal. See Dreissena, and Illust. under Byssus.
No synonyms found.
No antonyms found.
Non-human mammalian hearts exhibit heteromyaria, characterized by a distinct distribution of muscular layers.
The inner myocardial layer of heteromyaria consists of irregular interlacing fibers, providing strength and support.
Heteromyaria allows for efficient contraction and relaxation in the heart, enabling proper blood flow.
The right ventricle of the heart typically possesses a thicker heteromyaria than the left ventricle, reflecting its higher workload.
