Respiratory and neurovascular adaptation to physiological stress

心脏、循环、肺和胸壁以高度协调的方式共同作用。虽然单独研究每个系统可以提供有价值的信息，但研究这些系统如何协同工作可以更全面地理解基本生理学。我的计划试图利用人体模型来加深我们对这些系统之间的解剖和生理关系的理解。在探索心肺相互作用时，生物性别很少被考虑，然而，现在已经确定了重要的差异。例如，骨骼肌的疲劳性在性别之间是不同的。女性在单肢收缩时通常比男性更不容易疲劳，但对呼吸肌肉系统疲劳性的性别差异知之甚少。这个

The heart, circulation, lungs, and chest wall act together in a highly coordinated fashion. While studying each system in isolation can provide valuable information, examining how these systems work together provides a more comprehensive understanding of basic physiology. My program seeks to further our understanding of the anatomic and physiological relationships between these systems using a human model. Biological sex has been rarely considered when exploring cardiorespiratory interactions however, important differences have now been identified. For example, skeletal muscle fatigability differs between the sexes. Women are usually less fatigable than men during single-limb contractions but little is known about sex differences in the fatigability of the respiratory musculature. The