PATRICIA A. NAHORMEK, MD
Osteopathic Medicine at Hartford Rd, Hampton, VA
License number
Virginia 0101033232
Category
Osteopathic Medicine
Type
Cardiovascular Disease
Address
Address
2
2112 Hartford Rd SUITE B, Hampton, VA 23666
856 J Clyde Morris Blvd SUITE A, Newport News, VA 23601
856 J Clyde Morris Blvd SUITE A, Newport News, VA 23601
Phone
(757) 827-7754
(757) 827-0995 (Fax)
(757) 827-0995 (Fax)
Personal information
See more information about PATRICIA A. NAHORMEK at radaris.comName
Address
Phone
22 Amy Brooks Dr, Newport News, VA 23606
2112 Hartford Rd, Hampton, VA 23666
2115 Executive Dr, Hampton, VA 23666
22 Amy Brooks Dr, Newport News, VA 23606
Mathews, VA
Organization information
See more information about PATRICIA A. NAHORMEK at bizstanding.comPatricia Nahormek MD
2112 Hartford Rd, Hampton, VA 23666
Industry:
Cardiologist, Internist
Registration:
1981
Phone:
(757) 827-7754 (Phone)
Patricia Alice Nahormek
Open Hours:
Mon 09.00 AM - 04.00 PM, Tue 09.00 AM - 11.30 AM, Wed 09.00 AM - 04.00 PM, ...
Features:
Emergency Service
Senior discount:
No
Professional information
See more information about PATRICIA A. NAHORMEK at trustoria.com
Method And Apparatus For Non-Invasive Evaluation Of Diaphragmatic Function
Method And Apparatus For Non-Invasive Evaluation Of Diaphragmatic Function
US Patent:
5448995, Sep 12, 1995
Filed:
Feb 14, 1994
Appl. No.:
8/195500
Inventors:
William T. Yost - Newport News VA
Juliette L. Wait - Dallas TX
Patricia A. Nahormek - Newport News VA
John H. Cantrell - Tabb VA
Juliette L. Wait - Dallas TX
Patricia A. Nahormek - Newport News VA
John H. Cantrell - Tabb VA
Assignee:
The United States of America as represented by the Administrator of the
National Aeronautics and Space Administration - Washington DC
National Aeronautics and Space Administration - Washington DC
International Classification:
A61B 800
US Classification:
12866007
Abstract:
A method for non-invasive evaluation of diaphragmatic function in humans measures the thickness of the diaphragm in real time with an ultrasonic device, and displays the variations of diaphragm thickness versus time. Formulae are given for calculating a quantitative value for the reserve fatigue capacity of a patient's diaphragm from data obtained by measuring the time limits for maintaining a constant breathing pattern on the display at two different pressure differentials in series with the patient's airways. An apparatus for displaying the diaphragm thickness in real time is also described. The method can be used both on healthy patients and on patients with so severe breathing dysfunctions that they require breathing support from respirators.