Jeffrey Alexander Levison
Physician at Kramer St, Mesa, AZ

License number
Colorado 54861
Issued Date
Feb 10, 2015
Renew Date
Feb 10, 2015
Expiration Date
Apr 30, 2017
Type
Physician
Address
Address
963 E Kramer St, Mesa, AZ 85203

Personal information

See more information about Jeffrey Alexander Levison at radaris.com
Name
Address
Phone
Jeffrey Levison, age 62
963 E Kramer St, Mesa, AZ 85203
Jeffrey Alexander Levison, age 62
963 E Kramer St, Mesa, AZ 85203
Jeffrey Alexander Levison, age 62
5046 E Earll Dr, Phoenix, AZ 85018
Jeffrey Levison
3941 Baseline Rd, Gilbert, AZ 85234
(480) 926-6275
Jeffrey Levison
303 Baseline Rd, Phoenix, AZ 85040
(602) 824-4200

Professional information

Jeffrey A Levison Photo 1

Jeffrey A Levison, Mesa AZ

Specialties:
Internist
Address:
840 E Mckellips Rd, Mesa, AZ 85203
Education:
University of Arizona, College of Medicine - Doctor of Medicine
Baylor Clinic & Hospital - Fellowship - Gastroenterology (Internal Medicine)
Board certifications:
American Board of Internal Medicine Certification in Internal Medicine


Jeffrey A Levison Photo 2

Dr. Jeffrey A Levison - MD (Doctor of Medicine)

Hospitals:
Dignity Health Queen Creek Urgent Care
7205 S Power Rd SUITE 101, Queen Creek 85142
Mercy Gilbert Medical Center
3555 South Val Vista Dr, Gilbert 85297
Mountain Vista Medical Center
1301 South Crismon Rd, Mesa 85209
Dignity Health Queen Creek Urgent Care
7205 S Power Rd SUITE 101, Queen Creek 85142
Mercy Gilbert Medical Center
3555 South Val Vista Dr, Gilbert 85297
Mountain Vista Medical Center
1301 South Crismon Rd, Mesa 85209
Education:
Medical Schools
University Of Arizona College Of Medicine
Graduated: 1989


Jeffrey Levison Photo 3

Respiratory Rate Detection Device, System And Method

US Patent:
2012020, Aug 9, 2012
Filed:
Feb 8, 2012
Appl. No.:
13/369160
Inventors:
Jeffrey Alexander Levison - Mesa AZ, US
Michael Brian Frieswyk - Scottsdale AZ, US
International Classification:
A61B 5/08
US Classification:
600537, 600529
Abstract:
A respiration rate measurement device comprising a tubular housing configured to be disposed over a nose and mouth on a face of a subject. The tubular housing comprises a proximal end configured to communicate with the nose and mouth of the subject and receive a transient pressure event from the nose and mouth and a distal end that opens to ambient atmosphere. The tubular housing is configured to guide a flow of air, generated from the transient pressure event, between the proximal end and the distal end. The respiration rate measurement device further comprises a sensor disposed within the housing. The sensor is configured to detect a respiration event by monitoring the flow of air within the tubular housing.