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9. Abstract

Author

Firriolo, Joseph M., primary, Ganske, Ingrid M., additional, Taghinia, Amir H., additional, Hamilton, Thomas E., additional, Smithers, C. Jason, additional, Upton, Joseph, additional, Jennings, Russell W., additional, and Labow, Brian I., additional

Published
2017
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10. CDC grand rounds: preventing unsafe injection practices in the U.S. health-care system

Author

Birkhead, Guthrie, Hamilton, Thomas E., Kossover, Rachel, Perz, Joseph, Gangadharan, Denise, and Iskander, John

Subjects
Hypodermic syringes -- Health aspects, Infection -- Care and treatment -- Health aspects, Syringes -- Health aspects, Hypodermic needles -- Health aspects, Health
Abstract

Background Injectable medicines commonly are used in health-care settings for the prevention, diagnosis, and treatment of various illnesses. Examples include chemotherapy, intravenous antibiotics, vaccinations, and medications used for sedation and [...]

Published
2013

11. Restoring esophageal continuity following a failed colonic interposition for long-gap esophageal atresia.

Author

Dionigi, Beatrice, Bairdain, Sigrid, Smithers, Charles Jason, Jennings, Russell W., and Hamilton, Thomas E.

Subjects
ESOPHAGEAL atresia, TREATMENT of esophageal cancer, COLON diseases, SURGICAL anastomosis, PUPILLARY reflex, ENDOSCOPY, PATIENTS
Abstract

The Foker process is a method of esophageal lengthening through axial tension-induced growth, allowing for subsequent primary reconstruction of the esophagus in esophageal atresia (EA). In this unique case, the Foker processwas used to growthe remaining esophageal segment long enough to attain esophageal continuity following failed colonic interpositions for long-gap esophageal atresia (LGEA). Initially developed for the treatment of LGEA in neonates, this case demonstrates that (i) an active esophageal lengthening response may still be present beyond the neonate time-period; and, (ii) the Foker process can be used to restore esophageal continuity following a failed colonic interposition if the lower esophageal segment is still present. [ABSTRACT FROM AUTHOR]

Published
2015
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14. Accessibility of the [14C]Benzylpenicillin Binding Proteins in Membranes of Sporulating Bacilli

Author

Hamilton, Thomas E. and Lawrence, Paul J.

Abstract

Triton X-100 treatment or freeze-thawing damages the membranes of sporulating or vegetative cells as seen by protein leakage from cells. A 40% increase in the specific [14C]benzylpenicillin-binding capacity of detergent-treated or frozen sporulating cells was observed. Neither freezing nor Triton X-100 treatment of vegetative cells produced a detectable effect on their [14C]benzylpenicillin-binding capacity. These data indicate the presence of penicillin-binding sites in intact sporulating bacilli not accessible to penicillin in routine binding assays. The chemical specificity of [14C]benzylpenicillin binding to detergent-treated sporulating cells is similar to that observed with untreated vegetative or sporulating cells.

Published
1975
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