References
Below is a list of reference articles that Access Technologies can provide you. If you do not see what you're looking for or to request a specific article, please contact Access Technologies at 877-674-7131. We will be happy to send you a reference article and/or specific articles of your interest.
Dog Pressures - 1. Acker M, Hammond R, Mannion J: An autologous biologic pump motor. Journal of Thoracic and Cardiovascular Surgery, 92, 733-746, 1986.
Primate CSF - 2. Bacher J, Balis F, McCully C, Godwin K: Cerebral subarachnoid sampling of cerebrospinal fluid in the rhesus monkey. Laboratory Animal Science, 44, 148-152, 1994.
General General - 3. Bagley R, Flanders J: The use of totally implantable vascular access systems. Compendium On Continuing Education For The Practicing Veterinarian, 22, 22-26, 1990.
Pig IV - 4. Bailie M, Wixson S, Landi M: Vascular-access-port implantation for serial blood sampling in conscious swine. Laboratory Animal Science, 36, 431-433, 1986.
General General - 5. Dalton M: The vascular port, a subcutaneously implanted drug delivery depot. Lab Animal, Jul/Aug, 21-30, 1985.
Primate Epidural - 6. DeWeert T, Golub M, Kaaekuahiwi M: Long-term epidural catheterization of rhesus macaques: loss of resistance technique. Laboratory Animal Science, 45, 94-97, 1995.
Primate IV - 7. Fitzgerald A, Dillon L, Altrogge D, Bleavins M, Breider M: Use of subcutaneous vascular access ports in common marmosets (callithrix jacchus). Contemporary Topics, 35, 57-59, 1996.
Dog Arterial - 8. Garner D, Laks M: New implanted chronic catheter device for determining blood pressure and cardiac output in conscious dogs. American Journal of Physiology, 249, H681-H684, 1985.
Rat Arterial - 9. Garner D, McGivern R, Jagels J, Laks M: A new method for direct measurement of systolic and diastolic pressures in conscious rats using vascular-access-ports. Laboratory Animal Science, 38, 205-207, 1988.
Bird IV - 10. Harvey-Clark C: Clinical and research use of implantable vascular access ports in avian species. AAV Annual Conference/Symposium, 1990.
Dog Intestinal/Portal Vein - 11. Kwei G, Gehret J, Novak L, Drag M, Goodwin T: Chronic catheterization of the intestines and portal vein for absorption experimentation in beagle dogs. Laboratory Animal Science, 45, 683-685, 1995.
Dog Arterial - 12. Mann W, Landi M, Horner E, Woodward P, Campbell S, Kinter L: A simple procedure for direct blood pressure measurements in conscious dogs. Laboratory Animal Science, 37, 105-108, 1987.
Dog Intestinal - 13. Meunier L, Kissinger J, Jenkins E, Cobb R, Billeta T, Barone F, Smith P: A chronic intestinal access port model in conscious dogs. Laboratory Animal Science, 43, 466-470, 1993
Pig IV - 14. Palmisano B, Clifford P, Coon R: Chronic vascular catheters in growing piglets. Journal of Developmental Physiology, 12, 363-367, 1989.
Rabbit IV - 15. Perry-Clark L, Meunier L: Vascular access ports for chronic serial infusion and blood sampling in new zealand white rabbits. Laboratory Animal Science, 41, 495-497, 1991.
Ferret IV - 16. Rassnick K, Gould W, Flanders J: Use of a vascular access system for administration of chemotherapeutic agents to a ferret with lymphoma. JAVMA, 206, 500-504, 1995.
Cat Epidural - 17. Remedios A, Duke T: Chronic epidural impantation of vascular access catheters in the cat lumbosacrum. Laboratory Animal Science, 43, 262-264, 1993.
Dog CSF - 18. Rockar R, Sadanaga K, Burkett D, Mitroka J, Bonner R, Weinstein: Cerebrospinal fluid retrieval in the conscious dog: a methods development study. Journal of Investigative Surgery, 8, 85-94, 1995.
Bird IV - 19. Ruschkowski S, Robinson F, Cheng K, Hart L: Comparison of two multiple blood sampling regiments using an indwelling vascular access device for investigations of the hen's ovulatory cycle and calcium metabolism. Poultry Science, 72, 172-184, 1993.
Cow ICP - 20. Seim H, Tucker A: Chronic measurement of intracranial pressure in the calf. 1990 (unpublished)
Pig IV - 21. Swindle M., Wiest D, Smith A, Garner S, Case C., Thompson R, Fyfe D, Gillette P: Fetal surgical protocols in Yucatan miniature swine. Laboratory Animal Science, 46, 90-95, 1996.
Rabbit CSF - 22. Tissot van Patot M, Seim H, Tucker A: Catheterization of the subarachnoid space in rabbits using a vascular access port. Journal of Investigative Surgery, 8, 371-379, 1995.
Cat IV - 23. Webb A, Bliss J, Herbst L: Use of vascular access ports in the cat. Laboratory Animal Science, 45, 110-114, 1995.
Cat IV - 24. R.P. Hunter, M.J. Lynch, J.F. Ericson, W.J. Millas, A.M. Fletcher, N.I. Ryan, & J.A. Olson Pharmacokinetics, oral bioavailability and tissue distribution of azithromycin in cats. Journal of Veterinary Pharmacology and Therapeutics, 18, 38-46. 1995.
Primate IV - 25. Wojnicki F, Bacher J, Glowa J: Use of subcutaneous vascular access ports in rhesus monkeys. Laboratory Animal Science, 44, 491-494, 1994.
Woodchuck IV - 26. Woolf A, Curl J, Gremillion-Smith C: The use of subcutaneous ports in the woodchuck (marmota monax). Laboratory Animal Science, 39, 620-622, 1989.
Rabbit IV- 27. Yates D, Gallucci P, Bauerlein R, Paciello C, Luckton J: Comparative study of two techniques of long-term venous catheterization in rabbits: matching methods to applications. Contemporary Topics, 35, 63-68, 1996.
Primate General - 28. Landi et al., A survey of vascular access port infection in cynomolgus monkeys(Maccaca fasciularis). Scand. J. Lab. Anim. Sci. 23(1):441-448, 1996
Primate Oviduct - 29. Kurth et al., Immunological response in the primate oviduct to a defined recombinant sperm immogen. J Reproductive Immunology 35(2):135-150, 1997
Swine General -30 Swindle, et al, Chronic cannulation and Fistulization Procedures in Swine: A Review and Recommendations. Journal of Investigative Surgery 11(1):7-20, 1998
Swine General -31 Swindle, Surgery, Anesthesia and Experimental Techniques in Swine, Iowa State Press: Ames, 1998
Swine IV - 32 Cowart et al., Factors optimizing the use of subcutaneous vascular access ports in weaned pigs. Contemporary Topics, 38, 67-70, 1999
Rabbits IV -33 Weiss C. et al.,The M1 muscariniic agonist CI-1017 facilities trace eyeblink conditioning in aging rabbits and increases the excitability of CA1 pyramidal neurons. Journal of Neuroscience 20(2):783-790, 2000.