John Francis DiTraglia
Medical Practice at 5 St, Portsmouth, OH
License number
Kentucky 46401
Issued Date
Sep 19, 2013
Expiration Date
Feb 28, 2018
Category
Pediatrics
Type
Private Practice
Address
Address
717 5Th St, Portsmouth, OH 45662
Education
UMDNJ, New Jersey Medical School, Newark, 1978
Phone
(740) 354-6605 (Work)
Professional information
Dr. John F Ditraglia, Portsmouth OH - MD (Doctor of Medicine)
Specialties:
Pediatrics
Address:
John F Ditraglia MD
717 5Th St, Portsmouth 45662
(740) 354-6605 (Phone)
717 5Th St, Portsmouth 45662
(740) 354-6605 (Phone)
Certifications:
Pediatrics, 1988
Awards:
Healthgrades Honor Roll
Languages:
English, French
Hospitals:
John F Ditraglia MD
717 5Th St, Portsmouth 45662
Southern Ohio Medical Center
1805 27Th St, Portsmouth 45662
717 5Th St, Portsmouth 45662
Southern Ohio Medical Center
1805 27Th St, Portsmouth 45662
Education:
Medical School
University of Medicine And Dentistry of New Jersey / Newark
Graduated: 1978
Grady-Emory U Hosp
Tex Chldns/Baylor U Hosps
University of Medicine And Dentistry of New Jersey / Newark
Graduated: 1978
Grady-Emory U Hosp
Tex Chldns/Baylor U Hosps
John Francis Ditraglia, Portsmouth OH
Specialties:
Pediatrician
Address:
717 5Th St, Portsmouth, OH 45662
Education:
University of Medicine and Dentistry of New Jersey, New Jersey Medical School - Doctor of Medicine*
Texas Children's Hospital - Fellowship - Ambulatory Pediatrics*
Grady Health System - Residency - Pediatrics*
Texas Children's Hospital - Fellowship - Ambulatory Pediatrics*
Grady Health System - Residency - Pediatrics*
Board certifications:
American Board of Pediatrics Certification in Pediatrics*
Blood Glucose Level Sensing
US Patent:
4822336, Apr 18, 1989
Filed:
Mar 4, 1988
Appl. No.:
7/164473
Inventors:
John DiTraglia - Portsmouth OH
International Classification:
A61M 500
US Classification:
604 50
Abstract:
A method of sensing blood glucose levels in the steps of passing glucose from a peritoneal fluid through a semi-permeable membrane and into a closed chamber, metabolizing the passed glucose in the closed chamber with a yeast suspension to produce a level of carbon dioxide and detection of the level of carbon dioxide, and controlled insulin infusion into blood as a consequence of detected carbon dioxide level. Implantable apparatus is also provided for carrying out the method within a body of live tissue.