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Normal pressure range (in mmHg) [5] Central venous pressure: 3–8 Right ventricular pressure: systolic: 15–30 diastolic: 3–8 Pulmonary artery pressure: systolic: 15–30 diastolic: 4–12 Pulmonary vein/ Pulmonary capillary wedge pressure. 2–15 Left ventricular pressure: systolic: 100–140 diastolic: 3–12
Normal pressure range (in mmHg) [4] Central venous pressure: 3–8 Right ventricular pressure: systolic: 15–30 diastolic: 3–8 Pulmonary artery pressure: systolic: 15–30 diastolic: 4–12 Pulmonary vein/ Pulmonary capillary wedge pressure. 2–15 Left ventricular pressure: systolic: 100–140 diastolic: 3–12
Normal pressure range (in mmHg) [36] Central venous pressure: 3–8 Right ventricular pressure: systolic: 15–30 diastolic: 3–8 Pulmonary artery pressure: systolic: 15–30 diastolic: 4–12 Pulmonary vein/ Pulmonary capillary wedge pressure. 2–15 Left ventricular pressure: systolic: 100–140 diastolic: 3–12
Normal pressure range (in mmHg) [11] Central venous pressure: 3–8 Right ventricular pressure: systolic: 15–30 diastolic: 3–8 Pulmonary artery pressure: systolic: 15–30 diastolic: 4–12 Pulmonary vein/ Pulmonary capillary wedge pressure. 2–15 Left ventricular pressure: systolic: 100–140 diastolic: 3–12
Typical values for the viscosity of normal human plasma at 37 °C is 1.4 mN·s/m 2. [3] The viscosity of normal plasma varies with temperature in the same way as does that of its solvent water [4];a 3°C change in temperature in the physiological range (36.5°C to 39.5°C)reduces plasma viscosity by about 10%. [5]
A 1996 systematic review concluded that a high jugular venous pressure makes a high central venous pressure more likely, bu does not significantly help confirm a low central venous pressure. The study also found that agreement between doctors on the jugular venous pressure can be poor. [3]
More than 800 people have lost their lives in jail since July 13, 2015 but few details are publicly released. Huffington Post is compiling a database of every person who died until July 13, 2016 to shed light on how they passed.
If details about the patient's body mass index (size); core temp, Systolic, diastolic, central venous pressure CVP (measured from the atrium by the third lumen simultaneously) and pulmonary artery pressure are input, a comprehensive flow vs pressure map can be calculated.