Page 695 - Withrow and MacEwen's Small Animal Clinical Oncology, 6th Edition
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CHAPTER 31  Tumors of the Nervous System  673


             100.   Meij  B, Voorhout  G, Rijnberk A: Progress in transsphenoidal     121.   Platt SR, Nduom E, Kent M, et al.: Canine model of convection-
               hypophysectomy for treatment of pituitary-dependent hyperad-  enhanced delivery of cetuximab-conjugated  iron-oxide nanopar-
               renocorticism in dogs and cats, Mol Cell Endocrinol 197:89–96,   ticles monitored with magnetic resonance imaging, Clin Neurosurg
  VetBooks.ir    101.   Meij BP, Auriemma E, Grinwis G, et al.: Successful treatment of     122.   Joshi AD, Botham RC, Roth HS, et al.: An oral procaspase acti-
                                                                     59:107–113, 2012.
               2002.
               acromegaly in a diabetic cat with transsphenoidal hypophysectomy,
               J Feline Med Surg 12:406–410, 2010.                   vating drug, PAC-1, shows preclinical promise for glioblastoma
                                                                     therapy, Cancer Res 75:S3620, 2015.
             102.   Mamelak  AN,  Owe TN, Bruyette D: Transsphenoidal  surgery     123.   MacDiarmid JA, Langova V, Bailey D, et al.: Targeted doxorubi-
               using a high-definition video telescope for pituitary adenomas   cin delivery to brain tumors via minicells: proof of principle using
               in dogs with pituitary dependent hypercortisolism: methods and   dogs with spontaneously occurring tumors as a model, PLoS One
               results, Vet Surg 43:369–379, 2014.                   11:e0151832, 2016.
             103.   Dernell WS,  Straw  RC,  Cooper  MF,  et  al.:  Multilobular  osteo-    124.   Lai  S, Koehler J: In  vitro anti-tubulin effects of benzimidazole
               chondrosarcoma in 39 dogs: 1979-1993, J Am Anim Hosp Assoc   anthelmintics mebendazole and fenbendazole on canine glioblas-
               34:11–18, 1998.                                       toma cells, J Vet Intern Med 30:1434–1435, 2016.
             104.   Marino DJ, Dewey CW, Loughin CA, et al.: Severe hyperthermia,     125.   Johnson  KB, Manhart K, Vite  C, et  al.: 399 spinal tumors in
               hypernatremia, and early postoperative death after transethmoidal   dogs, J Vet Intern Med 21:639–640, 2007.
               cavitron ultrasonic surgical aspirator (CUSA)-assisted diencephalic     126.   Luttgen PJ, Braund KG, Brawner Jr WR, et al.: A retrospective
               mass removal in 4 dogs and 2 cats, Vet Surg 43:888–894, 2014.  study of 29 spinal tumors in the dog and cat, J Sm Anim Pract
             105.   Forward AK, Volk HA, De Decker S: Postoperative survival and   21:213–216, 1980.
               early complications after intracranial surgery in dogs,  Vet Surg     127.   Wright JA: The pathological features associated with spinal tumours
               47:549–554, 2018.                                     in 29 dogs, J Comp Pathol 95:549–557, 1985.
             106.   Evans SM, Dayrell-Hart B, Powlis W, et al.: Radiation therapy of     128.   Levy MS, Kapatkin AS, Patnaik AK, et al.: Spinal tumors in 37
               canine brain masses, J Vet Intern Med 7:216–219, 1993.  dogs: clinical outcome and long-term survival (1987-1994), J Am
             107.   Lester NV, Hopkins AL, Bova FJ, et al.: Radiosurgery using a ste-  Anim Hosp Assoc 33:307–312, 1997.
               reotactic headframe system for irradiation of brain tumors in dogs,     129.   Dernell WS, Van Vechten BJ, Straw R, et al.: Outcome following
               J Am Vet Med Assoc 219:1562–1567, 2001.               treatment of vertebral tumors in 20 dogs (1986-1995), J Am Anim
             108.   Bley CR, Sumova A, Roos M, et al.: Irradiation of brain tumors in   Hosp Assoc 36:245–251, 2000.
               dogs with neurologic disease, J Vet Intern Med 19:849–854, 2005.    130.   Roynard PFP, Bilderback A, Falzone C, et al.: Magnetic resonance
             109.   Spugnini EP, Thrall DE, Price GS, et al.: Primary irradiation of   imaging, treatment, and outcome of canine vertebral chondrosar-
               canine intracranial masses,  Vet Radiol Ultrasound 41:377–380,   comas. Six cases, J Sm Anim Pract 57:610–616, 2016.
               2000.                                               131.   Petersen  SA, Sturges BK, Dickinson PJ, et  al.: Canine intraspi-
             110.   Brearley  MJ, Jeffery ND, Phillips SM, et  al.: Hypofractionated   nal meningiomas: imaging features, histopathologic classification,
               radiation therapy of brain masses in dogs: a retrospective analysis   and long-term outcome in 34 dogs, J Vet Intern Med 22:946–953,
               of survival of 83 cases (1991–1996), J Vet Intern Med 13:408–412,   2008.
               1999.                                               132.   Rusbridge C, Wheeler SJ, Lamb CR, et al.: Vertebral plasma cell
             111.   Mariani CL, Schubert TA, House RA, et al.: Frameless stereotactic   tumors in 8 dogs, J Vet Intern Med 13:126–133, 1999.
               radiosurgery for the treatment of primary intracranial tumours in     133.   Rossmeisl JH, Lanz OI, Waldron DR, et al.: Surgical cytoreduction
               dogs, Vet Comp Oncol 13:409–423, 2015.                for the treatment of non-lymphoid vertebral and spinal cord neo-
             112.   Platt SR, Scase TJ, Adams V, et al.: Vascular endothelial growth fac-  plasms in cats: retrospective evaluation of 26 cases (1990-2005), Vet
               tor expression in canine intracranial meningiomas and association   Comp Oncol 4:411–450, 2006.
               with patient survival, J Vet Intern Med 20:663–668, 2006.    134.   Rissi DR, Barber R, Burnum A, et al.: Canine spinal cord glioma:
             113.   Dow SW, Lecouteur RA, Rosychuk RA, et al.: Response of dogs   a case series and review of the literature, J Vet Diag Invest 29:126–
               with functional pituitary macroadenomas and macrocarcinomas to   132, 2017.
               radiation, J Small Anim Pract 31:287–294, 1990.     135.   Pancotto TE, Rossmeisl JH, Zimmerman K, et al.: Intramedullary
             114.   Mayer MN, Greco DS, LaRue SM: Outcomes of pituitary tumor   spinal cord neoplasia in 53 dogs (1990-2010): distribution, clini-
               irradiation in cats, J Vet Intern Med 20:1151–1154, 2006.  copathologic characteristics, and clinical behavior, J Vet Intern Med
             115.   Theon  AP, Feldman EC: Megavoltage irradiation of pituitary   3:1500–1508, 2013.
               macrotumors in dogs with neurologic signs, J Am Vet Med Assoc     136.   Siso S, Marco-Salazar P, Moore PF, et al.: Canine nervous system
               213:225–231, 1998.                                    lymphoma subtypes display characteristic neuroanatomical pat-
             116.   Goossens MM, Feldman EC, Theon AP, et al.: Efficacy of cobalt 60   terns, Vet Pathol 54:53–60, 2017.
               radiotherapy in dogs with pituitary-dependent hyperadrenocorti-    137.   Marioni-Henry K, Vite CH, Newton AL, et al.: Prevalence of dis-
               cism, J Am Vet Med Assoc 212:374–376, 1998.           ease of the spinal cord of cats, J Vet Intern Med 18:851–858, 2004.
             117.   Marcinowska A, Warland J, Brearley M, et al.: Comparison of two     138.   Marioni-Henry K, Van Winkle TJ, Smith SH, et al.: Tumors affect-
               course fractionated radiation protocols for the management of   ing the spinal cord of cats: 85 (1980-2005), J Am Vet Med Assoc
               canine pituitary macrotumor: an observational study of 24 dogs,   232:237–243, 2008.
               Vet Radiol Ultrasound 56:554–562, 2015.             139.   Mandara MT, Motta L, Calo P: Distribution of feline lymphoma
             118.   LeBlanc AK, Mazcko C, Brown DE, et al.: Creation of an NCI   in the central and peripheral nervous systems, Vet J 216:109–116,
               comparative brain tumor consortium: informing the translation of   2016.
               new knowledge from canine to human brain tumor patients, Neuro     140.   Lane SB, Kornegay JN, Duncan JR, et al.: Feline spinal lympho-
               Oncol 18:1209–1218, 2016.                             sarcoma:  a retrospective evaluation  of 23 cats,  J Vet Intern  Med
             119.   Rossmeisl  JH: Maximizing  local access  to therapeutic deliveries   8:99–104, 1994.
               in glioblastoma. Part V: Clinically relevant model for testing new     141.   Meichner K, Kruse DB, Hirschberger J, et al.: Changes in the prev-
               therapeutic approaches. In De Vleeschouwer S, editor:  Glioblas-  alence of progressive feline leukaemia virus infection in cats with
               toma. Brisbane, Codon Publications, 2017, pp 405–425.  lymphoma in Germany, Vet Rec 171:348, 2012.
             120.   Dickinson PJ, LeCouteur RA, Higgins RJ, et al.: Canine spontane-    142.   Brewer DM, Cerda-Gonzalez S, Dewey CW, et al.: Spinal cord
               ous glioma: a translational model system for convection-enhanced   nephroblastoma in dogs: 11 cases (1985-2007), J Am Vet Med Assoc
               delivery, Neuro Oncol 12:928–940, 2010.               238:618–624, 2011.
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