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Your uncle, whose shoe size is 16EEE, has the following hemodynamic data: RA sat is 56%

SVC is 54%

IVC is 58%

PA is 57%

PCW is 98%

AO is 97%

FA is 96%

Hb is 12 gm/dl

BSA is 3.3

HR = 69 bpm

PCW = 30/28/26

LVEDP = 10

DFP = .55 sec.  

Use the Gorlins Formula to find Mitral Valve Area in cm[sup]2[/sup].

Ms. Caroline A. North, a relay runner in the Raleigh Road Rally, has the following cath date: height is 157 cm,  weight is 84 kg,  hemoglobin is 9.4. 

IVC = 54%

SVC = 50% 

RA = 53% 

PA = 52% 

AO =  96%

Mean aortic valve pressure gradient = 49 mm Hg       

SEP = 0.33 sec 

HR = 74.  

Calculate her aortic valve area:

Dr. Ella Fonteyne, a veterinarian and renowned expert in pachydermatology, has the following data: CO = 7.2 L/min, DFP = 0.8 sec, HR = 50, LV/PCW diastolic gradient is 4 mmHg.  Calculate her mitral valve area.

Ms. Lilly White, owner of the White Elephant Emporium and Souvenir shop, has just had a right and left heart catheterization.  Her Fick Cardiac Output = 3.75 L/min, DFP = .36 sec/beat, RA = 33/25/29, RV = 29/3/10 and heart rate = 69 bpm.  Calculate her tricuspid valve area.

Mr. R.V. Sayles, a Winnebago dealer known as RV Harvey, has the following data upon catheterization: PA = 25/10/15,  RV = 45/2/5,  stroke volume = 78,  SEP = 0.33 sec,  BSA = 4 M[sup]2[/sup].  Using the Gorlins Formula, calculate his pulmonic valve area.