1    In 1872 Lippmann introduced the capillary manometer.

2 contractions were measured by a fluid-filled manometer.

3 essure changes were monitored with a digital manometer.

4  one normal eye set to an IOP of 10 mm Hg by manometer.

5 n whom to measure CSF opening pressure using manometers.

6                                 By tail cuff manometer and arterial catheter in conscious mice, alpha

7 m and infection from the calibrating mercury manometer and the complexity of the calibration task are

8          The airleak test is measured with a manometer as the pressure necessary to generate an audib

9 w velocity were measured with a catheter-tip manometer at rest and during supine exercise in 27 patie

10 sures in mouse lenses using a microelectrode/manometer-based system.

11 ressures were measured with a microelectrode-manometer-based system.

12 essure changes were monitored with a digital manometer connected to the anterior chamber, and leak pr

13 r decrepitation and quantitative capacitance manometer determination.

14 an excellent correlation between TonoLab and manometer IOP.

15             During the bench study, a simple manometer system was set up to test the catheters.

16 cay (tau), as measured with a high-frequency manometer-tipped catheter.

17  measure left ventricular (LV) volume and LV manometers to measure pressure, we determined load-indep

18                          Using the capillary manometer Waller recorded for the first time from body s

19                               A strain gauge manometer was positioned within the proximal segment alo

20 des of the heart with high fidelity pressure manometers were performed in 5 patients with surgically

21 mm Hg (IOP-30 or IOP-45, by anterior chamber manometer), were serially sectioned, 3-D reconstructed,