Accession Number : ADA192847
Title : The Effect of Acute Renal Failure on Muscle Protein Turnover in the Rat and Implications for Therapy.
Descriptive Note : Final rept. 15 Mar 82-14 Sep 84, annual rept. 15 Mar 83-14 Sep 84,
Corporate Author : VERMONT UNIV BURLINGTON COLL OF MEDICINE
Personal Author(s) : Kunin, Arthur S
PDF Url : ADA192847
Report Date : 01 Oct 1984
Pagination or Media Count : 37
Abstract : Acute renal failure (ARF) often accompanies and complicates the management of combat casualties suffering from extensive trauma and prolonged hypotension. Despite replacement of blood, fluids and electrolytes, expert surgical care, antibiotics and hemodialysis, the overall mortality has remained high (50-60%). The Underlying cause of death is not renal failure now that dialysis is available, but the associated hypercatabolic state in which wound healing is delayed, increased susceptability to infection is present and nutritional inanition results. Negative muscle protein balance is a major feature in this metabolic setting and there is suggestive evidence that protein catabolism and mortality in acute renal failure may be modified by therapy directed towards reducing muscle protein degradation. This study was designed: 1. To explore, in a model of ARF in the rat, the balance of protein synthesis and degradation in a series of representative muscles: the diaphragm, heart, soleus and extensor digitorum longus. 2. To devise a therapeutic regimen to reduce muscle protein catabolism and enhance muscle protein synthesis.
Descriptors : *CATABOLISM, *KIDNEYS, *MUSCLE PROTEINS, BALANCE, BATTLEFIELDS, BIOSYNTHESIS, CASUALTIES, DEATH, DEGRADATION, DIALYSIS, ELECTROLYTES, FAILURE, HEALING, HYPOTENSION, MANAGEMENT, MUSCLES, PROTEINS, RATS, THERAPY, TRAUMA, WOUNDS AND INJURIES, DIAPHRAGMS(ANATOMY), HEART, HYPERMETABOLISM
Subject Categories : Anatomy and Physiology
Distribution Statement : APPROVED FOR PUBLIC RELEASE