the arterial elastances increased significantly during exercise testing.
vascular elastances play a crucial role in determining cardiac function.
pulmonary elastances are often measured to assess respiratory health.
ventricular elastances decrease with age in healthy adults.
the medical team analyzed the cardiac elastances of the patient.
myocardial elastances can be evaluated using advanced imaging techniques.
changes in tissue elastances indicate underlying pathological conditions.
the doctor measured the chamber elastances during the procedure.
arterial elastances are important biomarkers for cardiovascular risk assessment.
mechanical properties including elastances affect blood pressure regulation.
reduced pulmonary elastances contribute to breathing difficulties.
the researchers compared elastances across different patient groups.
the arterial elastances increased significantly during exercise testing.
vascular elastances play a crucial role in determining cardiac function.
pulmonary elastances are often measured to assess respiratory health.
ventricular elastances decrease with age in healthy adults.
the medical team analyzed the cardiac elastances of the patient.
myocardial elastances can be evaluated using advanced imaging techniques.
changes in tissue elastances indicate underlying pathological conditions.
the doctor measured the chamber elastances during the procedure.
arterial elastances are important biomarkers for cardiovascular risk assessment.
mechanical properties including elastances affect blood pressure regulation.
reduced pulmonary elastances contribute to breathing difficulties.
the researchers compared elastances across different patient groups.
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