Search
Filter Results
- Resource Type
- Article1
- Book1
- Book Digital1
- Article Type
- Comparative Study1
- Research Support, U.S. Gov't, P.H.S.1
- Result From
- Lane Catalog1
- PubMed1
-
Year
- Journal Title
- Arch Surg1
Search Results
Sort by
year (old to new)
- ArticleKamegashira M, Goodale RL, Borner JW, Dhingra U, Wangensteen OH.Arch Surg. 1977 Feb;112(2):193-7.This controlled study shows that the rabbit is more vulnerable to erosive gastritis after stress of operation, weight loss, and hypersecretion or acute ischemia than is the cat. Rabbit gastric juice also produces more erosions in the Shay rat preparation after four hours than does cat gastric juice (P less than .05). In vitro, rabbit pepsin has 1.5 times greater specific activity and possesses other kinetic differences. The deleterious effect of these qualitative differences on gastric mucosa may also be augmented by quantitative differences. Hypersecretion of pepsin has been reported once the mucosa is damaged. We conclude that demonstration of species-related differences in pepsin activity helps to explain an apparent discrepancy noted by others--namely, why the rabbit is so much more susceptible to stress-produced erosions than the cat or other experimental animals.
- BookDouglas W Arthur, Frank A. Vicini, David E. Wazer, Atif J. Khan, editors.Contents:
PART I: Accelerated Breast Irradiation: History, Rationale, and Controversies
Pathologic Anatomy of Early-Stage Breast Cancer: Defining the Target
The Radiobiology of Accelerated Breast Irradiation
Quality Assurance and Radiation Safety/Medical Events
Surgical Considerations in Partial Breast Irradiation
Impact of Oncoplastic Surgery on adjuvant XRT
Comparison of true cost between modalities in a changing health care system
PART II: Hypofractionated WBI: Patient Selection
Physics of HWBI
Treatment History
PART III: Accelerated Partial Breast Irradiation: Patient Selection
Physics of Accelerated Partial Breast Irradiation
Interstitial brachytherapy
Intracavitary brachytherapy
3D-Conformal external beam radiotherapy
PART IV: Intra-operative Radiation Therapy: Patient Selection
Physics of IORT
50 kV Photons: Targeted Intraoperative Radiotherapy (TARGIT)
Intraoperative Technique with Electrons
PART V: Emerging treatment approaches: Extreme hypofractionation (brachytherapy, Gammapod, UK FAST WBI)
APBI for breast augmentations
Accuboost
APBI for in-breast recurrence following WBI
Preoperative partial breast
Locoregional Hypofractionation
PART VI: Hypofractionation for metastatic disease: Stereotactic treatment for Oligometastatic disease
Hypofractionaton for palliation.