]> 2026-07-31T11:51:07+00:00 WBR1105 0 en 150 mL 150mL is approximately the normal physiologic dead space, but the dead space in this patient is increased as the volume can be determined by the Bohr equation to be 180 mL. 175 mL The dead space in this patient is increased as the volume can be determined by the Bohr equation to be 180 mL. 180 mL Although the approximately normal physiologic dead space is 150 mL, the patient has an unusual anatomy that may increase the volume of her physiologic dead space. The dead space in this patient is increased as the volume can be determined by the Bohr equation to be 180 mL. 190 mL The dead space in this patient is increased as the volume can be determined by the Bohr equation to be 180 mL. 225 mL The dead space in this patient is increased as the volume can be determined by the Bohr equation to be 180 mL. Physiology A 35-year-old female immigrant presents to the physician's for shortness of breath that occurs when she travels to the farm. Upon further questioning, the patient informs the physician that she belongs to the Kayan tribe of Burma that is known for a tradition in which the women gradually extend the length of their necks with coils. Prior to performing a methacholine challenge test, the physician obtains baseline measurements for the following: * Tidal volume = 600mL * PaCO ₂ = 40 mmHg * P _expired CO ₂ = 28 mmHg * Respiratory Rate = 16/min Which of the following represents the physiologic dead space in this patient? C Pulmonology 2020-10-28T02:37:32Z 2459150.6093982 WBR1105