Continuous infusion and chronic catheter access in laboratory animals

Lab Animal

Volumn 27, Issue 7, 1998, Pages 37-46

  Jacobson, Andrew ^a  

^a Setters Life Sciences   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 3743152071     PISSN: 00937355     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Article

References (51)

1. Altrogge, D. Continuous intravenous ambulatory infusion in cynomolgus monkeys with programmable micropumps. Abstracts of 1996 Laboratory Animal Long-Term Access Roundtable; 1996.
2. Adams, M.R., et al. Persistent sympathetic nervous system arousal associated with tethering in cynomolgus macaques. Laboratory Animal Science; 38(3):279-281, 1988.
3. Bailie, M.B., et al. Vascular-access-port implantation for serial blood sampling in conscious swine. Laboratory Animal Science; 36(4):431-433, 1986.
4. Perry-Clark, L.M. and Meunier, L.D. Vascular access ports for chronic serial infusion and blood sampling in New Zealand White rabbits. Laboratory Animal Science; 41(5):495-497, 1991.
5. Wojnicki, F.H., et al. Use of subcutaneous vascular access ports in rhesus monkeys. Laboratory Animal Science; 44(5):491-494, 1994.
6. Webb, A.I., et al. Use of vascular access ports in the cat. Laboratory Animal Science; 45(1):110-114, 1995.
7. Mann, WA, et al. A simple procedure for direct blood pressure measurements in conscious dogs. Laboratory Animal Science; 37(1):105-108, 1987.
8. Garner, D. and Laks, M.M. New implanted chronic catheter device for determining blood pressure and cardiac output in conscious dog. American Journal of Physiology, 249(18):H681-684, 1988.
9. Garner, D., et al. A new method for direct measurement of systolic and diastolic pressures in conscious rats using vascular-access-ports. Laboratory Animal Science; 38(2):205-207, 1988.
10. Meunier, LD., et al. A chronic access port model for direct delivery of drugs into the intestine of conscious dogs. Laboratory Animal Science; 43(5):466-470, 1993.
11. Kwei, G.Y., et al. Chronic catheterization of the intestines and portal vein for absorption experimentation in beagle dogs. Laboratory Animal Science; 45(6):683-685, 1995.
12. Gehret, J.R. The use of subcutaneous vascular access ports for total bile collection in unrestrained dogs. Abstracts of 1996 Laboratory Animal Long-Term Access Roundtable; 1996.
13. Walton, B. Gall bladder cannulation with vascular occluders. Abstracts of 1996 Laboratory Animal Long-Term Access Roundtable; 1996.
14. Hoang, H.D. and Becker, B.D. Long-term bile duct cannulation in rats. Abstracts of 1996 Laboratory Animal Long-Term Access Roundtable; 1996.
15. Bacher, J.D., et al. Cerebral subarachnoid sampling of cerebrospinal fluid in the rhesus monkey. Laboratory Animal Science; 44(2):148-152, 1994.
16. Rockar, R.A., et al. Cerebrospinal fluid retrieval in the conscious dog: a methods development study. Journal of Investigative Surgery, 8:85-94, 1995.
17. Tissot Van Patot, M.C., et al. Catheterization of the subarachnoid space in rabbits using a vascular access port. Journal of Investigative Surgery, 8:371-379, 1995.
18. Mendenhall, H.V. Chronic catheterization of the lateral ventricle in cynomolgus monkeys. Abstracts of Society of Toxicology 1996 Annual Meeting; 257, 1996.
19. Mendenhall, H.V. Surgical catheterization of the urinary bladder to allow for multiple direct infusions of test articles or urine collection over an extended period in conscious swine. Abstracts of Society of Toxicology 1997 Annual Meeting; 52, 1997.
20. Mendenhall, H.V. Surgical catheterization of the urinary bladder to allow for multiple direct infusions of test articles or urine collection over an extended period in conscious rats. Abstracts of Society of Toxicology 1997 Annual Meeting; 52-53, 1997.
21. Remedies, A.M. and Duke, T. Chronic epidural implantation of vascular access catheters in the cat lumbosacrum. Laboratory Animal Science; 43(3):262-264, 1993.
22. DeWeert, T.M., et al. Long-term epidural catheterization of rhesus macaques: loss of resistance technique. Laboratory Animal Science; 45(1):94-97, 1995.
23. Iliff, S.A. Use of vascular access ports for oviductal access in the nonhuman primate. Abstracts of 1997 Laboratory Animal Long-Term Access Roundtable; 2, 1997.
24. Hauss, D.J., et al. Chronic collection of mesenteric lymph from conscious, tethered rats. Contemporary Topics in Laboratory Animal Science; 37(3):56-58, 1998.
25. Landi, M., et al. A survey of vascular access port infection in cynomolgus monkeys. Scandanavian Journal of Laboratory Animal Science; 23(1):441-448, 1996.
26. Tschirhart, J.M. and Minoo, K.R. Mechanism and management of persistent withdrawal occlusion. American Surgeon; 54:326-328, 1988.
27. Lawson, M. Partial occlusion of indwelling central venous catheters. Journal of Intravenous Nursing; 14(3):157-159, 1991.
28. Holcombe, B.J., et al. Restoring patency of long-term central venous access devices. Journal of Intravenous Nursing; 15(1):36-41, 1992.
29. Stone, J., et al. Treatment of central venous catheter occlusions with urokinase and hydrochloric acid in rhesus macaques. Abstracts of 1996 Laboratory Animal Long-Term Access Roundtable; 1996.
30. Schulman, R.J., et al. Use of hydrochloric acid to clear obstructed central venous catheters. Journal of Parenteral and Enteral Nutrition; 12(5):509-510, 1988.
31. Goodwin, M.L. Using sodium bicarbonate to clear a medication precipitate from a central venous catheter. Journal of Vascular Access Networks; 1:23, 1991.
32. Pennington, C.R. and Pithie, A.D. Ethanol lock in the management of catheter occlusion. Journal of Parenteral and Enteral Nutrition; 11:507-508, 1987.
33. Coatney, R.W., et al. Survey of VAP infections in cynomolgus monkeys and dogs. Abstracts of 1997 Laboratory Animal Long-Term Access Roundtable; 19, 1997.
34. Raad, I.I. and Bodey, G.P. Infectious complications of indwelling vascular catheters. Clinical Infectious Diseases; 15:197-208, 1992.
35. Schwartz, C., et al. Prevention of bacteremia attributed to luminal colonization of tunneled central venous catheters with vancomycin-susceptible organisms. Journal of Clinical Oncology, 8(9):1591-1597, 1990.
36. Cowan, C.E. Antibiotic lock technique. Journal of Intravenous Nursing; 15(5):283-287, 1992.
37. Fraschini, G. Urokinase prophylaxis of central venous ports reduces infections and thrombotic complications. NAVAN Fifth Annual Conference Syllabus Abstract; 33, 1991.
38. Dalton, M.J. The vascular port, a subcutaneously implanted drug delivery depot. Lab Animal; 14(7):21-30, 1985.
39. Rassnick, K.M., et al. Use of a vascular access system for administration of chemotherapeutic agents to a ferret with lymphoma. Journal of The American Veterinary Medical Association; 206(4):500-504, 1995.
40. Woolf, A., et al. The use of subcutaneous ports in the woodchuck (Marmota monax). Laboratory Animal Science; 39(7):620-622, 1989.
41. Ruschkowski, S., et al. Comparison of two multiple blood sampling regimens using an indwelling vascular access device for investigations of the hen's ovulatory cycle and calcium metabolism. Poultry Science; 72:172-184, 1993.
42. Mendenhall, H.V., et al. A long term study on the use of vascular access ports in multiple species. Abstracts of 1997 Laboratory Animal Long-Term Access Roundtable; 20, 1997.
43. Dennis, M.B., et al. Long-term blood access by catheters implanted into arteriovenous fistulas of sheep. Laboratory Animal Science; 34(4):388-391, 1984.
44. Hecker, J.F. Thrombogenecity of tips of umbilical catheters. Pediatrics; 57(4):467-471, 1981.
45. O'Farrell, L Optimal central venous catheter design for long-term blood sampling-a thesis in laboratory animal medicine. May, 1995.
46. Appelgren, P., et al. Surface heparinization of central venous catheters reduces microbial colonization in vitro and in vivo: results from a prospective, randomized trial. Critical Care Medicine; 24(9):1482-1489, 1996.
47. Arnander, C., et al. Long-term stability in vivo of a thromboresistant heparinized surface. Biomaterials; 8:496-499, 1987.
48. Maki, D.G., et al. Prevention of central venous catheter-related bloodstream infection by use of an antiseptic-impregnated catheter. Annals of Internal Medicine; 127(4):257-266, 1997.
49. Raad, I., et al. Central venous catheters coated with minocycline and rifampin for the prevention of catheter-related colonization and bloodstream infections. Annals of Internal Medicine; 127(4): 267-274, 1997.
50. Janle, E.M. and Kissinger, P.T. Microdialysis and ultrafiltration. Advances in Food and Nutrition Research; 40:183-196, 1996
51. Janle, E.M. and Kissinger, P.T. Microdialysis and ultrafiltration sampling of small molecules and ions from in vivo dialysis fibers. American Association for Clinical Chemistry Therapeutic Drug Monitoring and Toxicology In-Service Training and Continuing Education; 14(7):159-165, 1993.