DR. WILLIAM HAMMACK GOODSON, MD
Radiology at Webster St, San Francisco, CA
License number
California G28869
Category
Radiology
Type
Surgery
Address
Address
2100 Webster St #401, San Francisco, CA 94115
Phone
(415) 923-3925
(415) 776-1977 (Fax)
(415) 776-1977 (Fax)
Personal information
See more information about WILLIAM HAMMACK GOODSON at radaris.comName
Address
Phone
5757 Cypress Ave APT 218, Carmichael, CA 95608
37537 Cloverwood Ct, Palmdale, CA 93552
4610 Cove St, Hemet, CA 92545
375 Ranger Rd, Fallbrook, CA 92028
13763 Hunters Run Ct, Corona, CA 92880
Professional information
See more information about WILLIAM HAMMACK GOODSON at trustoria.com
William Hammack Goodson, San Francisco CA
William Hammack Goodson, San Francisco CA
Specialties:
Surgeon
Address:
2333 Buchanan St, San Francisco, CA 94115
2100 Webster St, San Francisco, CA 94115
2100 Webster St, San Francisco, CA 94115
Education:
Harvard Medical School - Doctor of Medicine
Children's Hospital Boston - Residency - Surgery
University Hospitals - Case Medical Center - Residency - Surgery
Children's Hospital Boston - Residency - Surgery
University Hospitals - Case Medical Center - Residency - Surgery
Board certifications:
American Board of Surgery Certification in Surgery
Method Of Direct Tissue Gas Tension Measurement And Apparatus Therefor
Method Of Direct Tissue Gas Tension Measurement And Apparatus Therefor
US Patent:
4512349, Apr 23, 1985
Filed:
May 13, 1983
Appl. No.:
6/494173
Inventors:
Thomas K. Hunt - San Francisco CA
William H. Goodson - San Francisco CA
Ning Chang - San Francisco CA
David R. Knighton - San Francisco CA
Finn Gottrup - Hojbjerg, DK
Richard Firmin - London, GB2
William H. Goodson - San Francisco CA
Ning Chang - San Francisco CA
David R. Knighton - San Francisco CA
Finn Gottrup - Hojbjerg, DK
Richard Firmin - London, GB2
Assignee:
Regents of the University of California - Berkeley CA
International Classification:
A61B 500
US Classification:
128632
Abstract:
A new method of tissue oxygen tension measurement which is suitable for human use utilizes an implanted Silastic tube which is inserted through four to five cm of subcutaneous tissue leaving the ends exposed. With the tube filled, for example, with a saline solution, reference and oxygen electrodes are inserted at the exposed ends and by the use of a polarographic potential the amount of oxygen which permeates through the tube from the tissue into the saline solution may be measured on a continuous real-time basis.