ANATOLY I KREMER
Medical Practice in Huntingdon Valley, PA

License number
Pennsylvania MD066717L
Category
Medicine
Type
Medical Physician and Surgeon
Address
Address
Huntingdon Valley, PA 19006

Personal information

See more information about ANATOLY I KREMER at radaris.com
Name
Address
Phone
Anatoly Kremer, age 63
1245 Leedom Rd, Huntingdon Vy, PA 19006
(267) 250-6124
Anatoly Kremer
Huntingdon Valley, PA
(215) 914-0564
Anatoly I Kremer, age 63
1245 Leedom Rd, Huntingdon Vy, PA 19006
(215) 914-0564
(215) 914-0835
Anatoly I Kremer
8900 Roosevelt Blvd, Philadelphia, PA 19115
(215) 934-6392
Anatoly Kremer
1245 Leedom, Moreland, PA 19006
(215) 914-0564

Professional information

See more information about ANATOLY I KREMER at trustoria.com
Anatoly Kremer Photo 1
Anatoly Kremer - Huntingdon Valley, PA

Anatoly Kremer - Huntingdon Valley, PA

Work:
Lehigh Anesthesia Associates
Attending Anesthesiologist
Haverford Anesthesia Associates - Philadelphia, PA
Attending Anesthesiologist
Consultants, P.C - Edgemont, PA
Attending Anesthesiologist
Hahnemann University - Philadelphia, PA
Attending Anesthesiologist
St. Christopher's Hospital - Philadelphia, PA
Medical Technician
Resuscitation Department - Kishinev, RU
Anesthesiologist
City Maternity - Kishinev, RU
Anesthesiologist
Emergency Hospital - Kishinev, RU
Anesthesiologist
Education:
Hahnemann University Hospital - Philadelphia, PA
Anesthesiology Resident
Albert Einstein Medical Center - Philadelphia, PA
Anesthesiology Resident
Kishinev State Medical Institute
Diploma


Anatoly Kremer Photo 2
Kremer's Oral Airway

Kremer's Oral Airway

US Patent:
2007026, Nov 22, 2007
Filed:
Jan 19, 2005
Appl. No.:
10/905731
Inventors:
Anatoly Kremer - Huntingdon Valley PA, US
Boris Primak - Brooklyn NY, US
Alexander Fridman - Yardley PA, US
International Classification:
A61M 16/00, A62B 9/06
US Classification:
128207140, 128200260
Abstract:
An oral airway device comprising an outer channel housing an oxygen delivery tube and a carbon dioxide exhalation tube connected to the interior of the channel. Channel is shaped for insertion via mouth and to its internal end adjacent to the oropharynx when inserted. A bite block is attached to the channel and positioned between the internal and external ends of the channel for proper positioning of the channel when inserted. External end of channel includes oxygen delivery adaptor on the end of the oxygen delivery tube for connection to external oxygen source, and carbon dioxide monitoring adaptor on the end of the carbon dioxide exhalation tube for connection to carbon dioxide monitoring device.