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Elena Carmen NENCIULESCU, DVM, MRCVS, PET STUFF Small Animal Hospital, Bucharest, Romania
Address correspondence to Dr Guzu: email@example.com
History and Clinical Examination Findings
A 7-year-old 5.350 kg neutered male Domestic Shorthair cat was referred for loss of appetite and generalized weakness lasting for 10 days. The owners reported a short episode of hemorrhagic ptyalism (for 24 hours), accompanied by moans and chewing efforts. Previous injection 0.1 mg/kg and prescription 0.05 mg/kg of meloxicam PO, q 24 h, for 2 days only permitted minor transitory food intake improvement. On physical examination, the patient appeared mildly dehydrated (5%) and hyperthermic (39.4°C ). Halitosis with concurrent rostral mandibular swelling were noticed. The swelling was fluctuating, with pain elicited by palpation. A seeping sore spot was observed on the ventral aspect of the mandible (Figure 1).
Moderate bilateral mandibular lymph node enlargement was noted on palpation. Examination on the awake patient was very uncomfortable and the cat only allowed a brief evaluation of the oral cavity. An inflammation of the gingiva surrounding the right mandibular second incisor and the right mandibular canine teeth (402 and 404) was otherwise reported. The remaining physical examination was within normal limits. Biochemistry profile and ionogram results were unremarkable and the FIV/FeLV SNAP test was negative. Complete blood count and serum biochemistry were within normal limits.
A 22G intravenous catheter was placed on the right cephalic vein. The patient was premedicated with methadone hydrochloride 0.2 mg/kg IV and dexmedetomidine 5 µg/kg IV. The patient was induced with propofol 2 mg/kg IV, a 4.5 oral endotracheal tube was placed and then isoflurane 1.5% at a 2L/min rate of oxygen was used for maintenance. Intraoral examination under general anaesthesia and dental charting revealed severe focal periodontitis involving the right mandibular second incisor and the right mandibular canine teeth, with concurrent absence of several incisor teeth. Lateral and occlusal intraoral radiographs were obtained. Selected radiographic views are provided (Figure 2).
Diagnostic Imaging Findings
Radiographic study of the mandible highlighted stage 4c dental resorptive lesions of 402 and 404 (Figure 3). Three root fragments of incisor teeth were noticed (301, 302, 401). An ill-defined bone proliferation with osteolysis involving the surrounding bone was associated with extrusion of the right mandibular canine tooth (404) and concurrent enlarged periodontal space. Cytological examination under light microscope of a transcutaneous fine needle aspirate of the lesion showed degenerated neutrophils, bacteria and some phagocytic activity.
Treatment and Outcome
Within the same general anesthesia, bilateral inferior alveolar nerve blocks (intraoral approach) were performed using a mixture of 0.2 ml lidocaine 2% and 0.8 ml bupivacaine 0.5%. The surgical procedure had 2 parts – an intraoral procedure (dental extractions and biopsy of the diseased mandibular bone) and an extraoral procedure (debridement and reconstruction of the skin). For the first part, with the patient in lateral recumbency 10 mm mucosal incision was performed over the alveolar ridge on the distal aspect of the mandibular canine teeth and was prolonged mesially within the sulcus of the mandibular incisor teeth with a #15c scalpel blade. A mucogingival envelope flap was lifted using a Chompret stripper and a Molt periosteal elevator. Simple extraction of the incisor teeth was performed with a 1.5 mm dental luxator used in a circumferential motion. An external alveolar ostectomy was then performed mesially to the mandibular canine teeth (304 and 404) with a round tungsten carbide burr under irrigation over 50% of the height of the roots. 304 and 404 were extracted using a 3 mm luxator. Curettage of the alveolar sockets and of the remodeled bone was performed using a 3 mm Volkman curette for specimen submission to histology. A minimal alveolar osteoplasty (alveoloplasty) using a round diamond burr under irrigation was eventually performed before closure of the defect with a simple interrupted pattern suture with 5/0 polyglecaprone 25, by moving the flap in translation. For the second part of the procedure, the patient was placed in dorsal recumbency. Clipping and antisepsis (with iodine soap and iodine) of the mandibular and cervical cranial area were carried out before surgical draping. The cutaneous and subcutaneous tissues were debrided over a 3 x 3 cm area, then the site was thoroughly rinsed with a 0.9% NaCl solution (Figure 2). Reconstruction of the defect was undertaken using a submandibular skin flap advanced rostrally. A multi-fenestrated drain was inserted and secured ventrally. A first intent closure of the wound was considered using a simple interrupted pattern suture nylon (Figure 3). Perioperative amoxicillin-clavulanic acid 20 mg/kg was administered by slow IV injection, as well as a postoperative injection of buprenorphine 20 μg/kg IV and meloxicam 0,1 mg/kg SC. Amoxicillin-clavulanic acid 12,5 mg/kg BID for oral relay over a 10 days course and oral meloxicam SID for 5 days were prescribed postoperatively. Placement of a buster collar was recommended during the entire convalescence period.
The patient recovered uneventfully after surgery.
Mandibular swellings may be associated with a fluid collection, such as a cyst, inflammatory seroma, hematoma or, in some cases, a subcutaneous abscess. Development of subcutaneous abscesses may be related with penetrating or migrating foreign bodies, bites or scratches incidents, especially from other cats. A dental etiology (endodontic and/or periodontal disease) must be considered whenever the location involves the oromaxillofacial area. Some local or systemic conditions (neoplastic, inflammatory, infectious, metabolic or endocrine) may trigger the condition. The differential diagnosis summarizing the main causes responsible for mandibular swellings is shown in Table 1.Main DDx of orofacial swellings in cats
The radiographic findings in this case mainly support the hypothesis of a secondary osteomyelitis with regional subcutaneous abscess due to periodontal-endodontic complications of resorptive lesions. The prevalence of dental resorptive lesions varies between 25 and 40% in the general feline population. This rate is as high as 60 to 70% in purebred cats and/or presented within a dentistry department (Girard, 2008 et 2010; Van Wessum et al, 1992). The condition combines heterogeneous, destructive and progressive lesions of the tooth, resulting in ankylosis and replacement of dentoalveolar structures by bony tissue (ghost tooth). The resorption mostly initiates at the level of the radicular cementum and progresses towards the root and/or the dental crown. Involvement of the dental crown is usually associated by a characteristic crenate-looking patching gingiva filling the enamel-dentinal defect corresponding to the progression of a granulation tissue. Many local conditions (e.g. lack of oral hygiene and development of periodontitis, tooth fracture with pulpitis, chronic gingivostomatitis, occlusal trauma) have been documented in the literature, and some systemic causes (e.g. genetic, nutritional) have been suggested as possible triggering factors in the development of the disease in the feline patient. The resulting pulpal exposure (pulpitis) and/or progression towards periodontitis may then be associated with an endodontic-periodontal lesion, significantly decreasing the oral health status. In those cases, an acute pain may sometimes be elicited by finger percussion of the jaw. A characteristic, but not specific jaw trembling reflex may then be observed. The earliest affected teeth statistically reported in the literature are the mandibular third premolars (307 and 407). (Ingham, 2001) However, all teeth may be involved, with progression towards a generalized disease possible in some individuals. Typical but non-pathognomonic presentation is possible in canine teeth (dental extrusion or occult root destruction). Several clinical and radiological classifications have been proposed by the American Veterinary Dental College (AVDC) in regard to the location and severity of the lesions. (DuPont, 2002) A similar condition has also been described in humans and dogs, but is slightly different from the feline presentation. (Heithersay, 2007; Kim, 2013; Nemec, 2012; Peralta, 2010) Despite many evoked tracks (traumatic, metabolic, infectious, nutritional or genetic), the etiology of the feline tooth resorption remains rather vague and no prophylactic approach is available to date. (Okuda & Harvey, 1992; Reiter, 2005; Girard, 2008) It seems that metabolism of vitamin D may play a key role in the odontoclastic activation process. (Booij-Vrieling, 2009)
When facing an oromaxillofacial swelling, it is important to consider the specificity of the area, in particular the proximity of oral, nasal, orbital, nodal, vasculo-nervous or salivary structures. Reclining the lips and tongue, allowing a more detailed inspection of the gingiva, vestibule, floor of the mouth, as well as the ventral and lateral aspects of tongue is therefore essential. Fine needle aspiration should be performed whenever possible as cytological examination could bring additional information that could further guide diagnostic and therapeutic approach. Evidence shows a favorable predictive value of about 69% even in case of neoplastic conditions. (Ghisleni, 2006) The histopathological examination remains cornerstone, in order to confirm the diagnosis given the high rate of secondary infection in or near the oral cavity. According to the information gathered during the clinical examination and the localization of the lesion, different diagnostic imaging tools could be considered. The conventional extraoral radiography has two major disadvantages compared to the dental radiography: superimposed images and lack of sensitivity in the exploration of dental conditions (Chapnik, 1989). The CT scan provides good information in regard to the extension of any swelling condition. However, only 42 to 57% of the dental resorptive lesions are diagnosed on the CT scan when compared to the intraoral radiography (Lang et al, 2016) Therefore, dental radiographs still constitute the gold standard imaging method to diagnose tooth resorption. New diagnostic imaging devices such as the cone-beam computed tomography scan (CBCT) might be an interesting alternative in the exploration of these dento-alveolar conditions in the future. (Naitoh et al, 2010 ; Soukup, 2015 ; Creanga, 2015)
Extraction of the affected tooth by resorptive lesions remains the treatment of choice. (DuPont, 2005) According to the topography of the lesions, conservative techniques (glass ionomer restoration) have historically been described in early forms, localized to the collar and dental crown. However, the outcome for those teeth remained poor, with inevitable progression of the disease in the majority of the cases. In advanced forms, with associated root ankylosis, and for which tooth extraction would be an additional trauma for healthy tissue (e.g. high risk of mandibular fracture), crown-root amputation may constitute an acceptable alternative. The use of dental rotary instruments is mandatory. However, this option remains controversial for FIV or FeLV positive patients, as potentially at high risk of osteomyelitis, and systemic infectious spread. Specific cases affected by internal or localized forms to the root apex may be eligible to standard root canal treatment +/- apicoectomy as in other species, but fast progression of the disease known in the feline patient is a negative prognostic factor and therefore extraction is the only therapeutic option.
When treating perioral wounds, choosing between first, second or even third intention healing strategies, the following must be taken into consideration: the size of the defect, the possible infection associated, the risk of tissue contraction, fibrosis and dehiscence, as well as more specific patient or systemic considerations. When infected, a surgical wound debridement with abundant sterile rinsing of the area should be considered first. It is generally accepted that leaving a wound heal by second intention is not recommended near a sphincter, or any orbicular muscle such as those constituting the lips due to the wound contraction associated, and possible restricted mobility. (Ishii & Byrne, 2009) Excessive tension should be avoided by proper use of reconstructive techniques and more specifically locoregional flaps described in the oromaxillofacial area. (Guzu et al, 2021) A random flap advanced rostrally using lateral releasing incisions and incremental subcutaneous dissection allows for simple reconstruction of the cutaneous defect in the intermandibular area. (Swaim in: Verstrate, 2012) Placement of walking sutures reduces the dead space between the flap and the underlying tissue while decreasing the tension on the wound. Depending on the different size and location of the defect, axial flaps (labial, angular oris), free cutaneous flaps, or even free vascularized flaps using microvascular anastomosis techniques are also appropriate surgical treatment options. (Tong & Simpson, 2012; Smith, 1991; Smeak, 1992; Bradford, 2011, Walsh & Gregory in: Verstraete, 2012) The survival of all those flaps does not rest on the presence of an underlying granulation tissue, but simply on the absence of major contamination. Drainage is generally recommended, in order to reduce the risk of fluid collection formation (hematoma, seroma, infection) which may compromise the vitality of the flap. (Wardlow & Lanz in: Tobias, 2012)
Dental resorptive lesions constitute a potential source of discomfort, affecting approximately 30% of the cats in the general population. Early diagnosis and treatment remain particularly challenging for any practitioner. Despite many hypotheses regarding the initiating factors leading to its development, no preventive or conservative strategies are available to provide long-term control of the disease. Extraction of the affected teeth is the gold standard treatment, capable of slowing down the extension of the lesions to the adjacent teeth and preventing possible infectious complications. A better understanding of the mechanisms associated with the formation of dental resorptive lesions may improve its medical and surgical management in the future.
1. Verhaert L, Van Wetter C. Survey of oral diseases in cats in Flanders. Vlaams Diergeneeskd Tijdschr (2004) 73:331–40
2. Girard N, Servet E, Biourge V, Hennet P. Periodontal health status in a colony of 109 cats. J Vet Dent (2009) 26:147–55. doi:10.1177/089875640902600301
3. Girard N, Servet E, Biourge V, Hennet P. Feline tooth resorption in a colony of 109 cats. J Vet Dent. 2008 Sep;25(3):166-74.
4. Bilgic O, Duda L, Sánchez MD, Lewis JR.Feline Oral Squamous Cell Carcinoma: Clinical Manifestations and Literature Review. J Vet Dent. 2015 Spring;32(1):30-40.
5. Gracis M, Molinari E, Ferro S. Caudal mucogingival lesions secondary to traumatic dental occlusion in 27 cats: macroscopic and microscopic description, treatment and follow-up.J Feline Med Surg. 2015 Apr;17(4):318-28. doi: 10.1177/1098612X14541264. Epub 2014 Jul 7
Dr. Mila Kisyova
veterinary clinics “Dobro hrumvane!”- Sofia, Bulgaria
Normal anatomy of the kidneys:
The kidneys are paired, bean-shaped structures located in the retroperitoneal space directly beneath the sublumbar muscles. The cranial pole of the right kidney lies in the renal fossa of the caudate liver lobe and is located more cranially than the left kidney. The cranial pole of the left kidney lies lateral to the ipsilateral adrenal gland, which is closely associated with the cranial aspect of the left renal vessels. The left kidney is generally more mobile than the right kidney. Each kidney has a cranial and caudal pole and a ventral and dorsal aspect .
The concave surface of the kidney is located along the medial aspect and is called the hilus. The hilus is the location where the renal artery enters the kidney and the renal vein and ureter exit. Nerves and lymphatic vessels enter at the hilus as well. Anatomically, the renal vein is located more ventrally, and the renal artery is more dorsally. In an animal of normal body condition, the kidney is typically surrounded by a substantial amount of fat; this fat is maintained even in lean animals. In obese animals, the surrounding adipose tissue can virtually hide the kidney from view, making gross evaluation difficult.
Patophysiology of duplicated ureters:
Duplicated Ureter or Duplex Collecting System is a congenital condition in which the ureteric bud, the embryological origin of the ureter, splits (or arises twice), resulting in two ureters draining a single kidney. In the case of a duplicated ureter, the ureteric bud either splits or arises twice. In most cases, the kidney is divided into two parts, an upper and lower lobe, with some overlap due to intermingling of collecting tubules. However, in some cases the division is so complete as to give rise to two separate parts, each with its own renal pelvis and ureter. Double ureters from each kidney are very rare condition in dogs. They are drain separate renal collection systems from the same kidney and open separately into the urinary or genital tract. Given the embryological migration pattern of ureters, their termination sites are often ectopic.
Duplex systems can have a variety of phenotypes, and multiple classification systems have been proposed to categorise this pathology. In incomplete duplication, the two poles of a duplex kidney share the same ureteral orifice of the bladder. Such duplex kidneys with a bifid pelvis or ureter arise when an initially single UB bifurcates before it reaches the ampulla. This is likely caused by a premature first branching event that occurred before the ureter has reached the metanephric mesenchyme (MM). Much more frequent are complete duplications, which occur when two UBs emerge from the nephric duct (ND). In most cases, the lower pole of the kidney is normal and the upper pole is abnormal an observation explained by the fact that the ectopic ureteric bud (UB) frequently emerges anteriorly to the position of the normal UB and drives the formation of the upper pole of a duplex kidney. Inverted Y-ureteral duplication is a rare condition in which two ureteral orifices drain from a single normal kidney. Inverted Y-ureteral duplication is believed to be caused by the merging of two independent UBs just before or as they reach the kidney anlagen. A very rare H-shaped ureter has also been reported. Although the vast majority of cases involve a simple duplication, multiplex ureters with up to six independent buds have also been described. In some cases, the additional ureter or ureters are ectopic and fail to connect to the bladder or the kidney (blind ending ureter).
Report and history of the patient
We saw Jonh (11 years old, non-castrated, cryptorchid, chao- chao) for first time in our clinic for second opinion related to chronic kidney disease (CKD). He was diagnosed with chronic renal failure by colleagues about 2 years ago. Prior to our examination, he had been taking only food supplements (Irc Vet) and Renal Food. He had polyuria and polydipsia (PU/PD). The owners said that the urine was very light in colour. Sometimes Jonny had episodes with vomiting and lose of appetite. There was data for periodic blood tests with a tendency to increase the basic renal parameters (urea and creatinine). There was no ultrasound or other type of imaging examination.
When we took Johnny’s case, we initially did a complete abdominal ultrasound and new blood tests:
|9. Bilirubin Total
|10. Bilirubin Direct
- Abdominal Ultrasound:
We started a standard echo-screening and the prostatic gland was normal, the bladder too. And after that on the left abdomen near the left kidney we saw a big, elongated, strange formation with anechoic fluid with a diameter of about 3 cm. The left and right kidneys had a good ultrasound density. Three small cysts were found in the cortex of the left kidney. There was no evidence of pyeloectasis or hydronephrosis. The corticomedullary border was good. This finding may be a pathologically altered testis, cystic formation, or pathological /duplicate/ ureter. During the first ultrasound examination, the dog was fed, so we decided to repeat the examination on an empty stomach. For the next echo screening Jonny was on a 12- hour fasting diet but the ultrasound finding is the same as the previous examination – the strange formation after the left kidney was there with the same size and shape. After performing the second ultrasound examination, we had suspicion for duplicate ureter. In order to be definite in the diagnosis, it necessary to perform computed tomography (CT).
After the new blood tests we started a new supplements – Ipakitine/Rubenal 300/Renassense/IrcVet. But Jonny didn’t feel very well. After some days we made a new blood tests. Before that we had spoken with the owners about the ultrasound finding and we decided to do a CT and see what the exact cause of this strange ultrasound finding.
- Rusults of the CT:
1-A – little arrows are the bought normal ureters (left and right), big arrow „А“ – duplicate/ectopic left ureter
2-B – big arrow „А“ – duplicate left ureter
3-C – little arrows are cranial and caudal renal medula, big arrow „А“ – duplicate/ectopic left ureter draining the cranial pole of the kidney
4-D – А“ – duplicate/ectopic left ureter, about 3 cm wide along entire length
5-Е – normal right kidney
6-F – Left kidney, big arrow „А“ – duplicate/ectopic left ureter
*) the photos are provided by colleagues from the CVK (Central Vet Clinic, Sofia)
Тhe conclusion of the computed tomography is the left kidney has a slightly enlarged pelvis. Two ureters originating from the left kidney are found. The ureter, originating from the left kidney, has greatly increased dimensions – a width of about 3 cm along its entire length. Before entering the bladder, it turns ventrally and then dorsally. The other ureter of the left kidney begins in the normal anatomical position and drains into the bladder in the area of the trigone. Both kidneys have no tomographic evidence of hydro/pyelonephrosis.
This kind of pathology of the urogenital system in dogs is very rare. In this case it was an incidental finding because for 11 years the patient had never previously undergone additional ultrasound examinations. Certainly, this rare pathology is directly related to the rapidly progressing renal failure.
Due to the rapidly progressing renal failure, deteriorated general condition and the age of the patient, surgical intervention could not be performed. Jonny’s prognosis is very poor.
- „Urethral duplication in a dog: case report [Duplicação uretral em cão: relato de caso] R. Stedile, E.A. Contesini, S.T. Oliveira, C.A.C. Beck, E.C. Oliveira, M.M. Alievi, D. Driemeie, M.S. Muccillo Faculdade de Veterinária – UFRGS Av. Bento Gonçalves, 9090 91540-000 – Porto Alegre, RS „
- „Duplex_kidney_formation_Developmental_mechanisms_a.pdf– in humans“
- Atlas of Small Animal CT and MRI by Erik Wisner, Allison Zwingenberger ,
- Four-dimensional CT excretory urography is an accurate technique for diagnosis of canine ureteral ectopia (Tobias Schwarz, Nick Bommer, Maciej Parys, Florence Thierry, Jonathan Bouvard, Jorge Pérez-Accino, Jimmy Saunders, Maurizio Longo – onlinelibraly.wiley.com)
Dr. Plamen M. Kirov, DVM,
Anamaria Manolea, A.S.P.A.D.A. Timisoara – Romania
West Nile Virus (WNV) is a single strained RNA virus from the genus Flavivirus. It was discovered for the first time in 1937 in Uganda, causing zoonotic West Nile fever in affected animals and humans. The natural host for the virus are birds, mostly corvids(crows, ravens, and blue jays) and raptors. The disease is vector-borne and distributed by mosquitoes. It is discovered that 80% of the cases are asymptomatic, 20% become symptomatic, and mortality in birds could reach between 20 and 60%. It is agreed that the disease is a considerable factor in corvids population reduction. The mosquitoes transmit the virus by feeding infected blood and then transiting it to uninfected ones. Raptors can get infected by consuming infected chicks or birds. Between humans, the virus can be transmitted by blood or organ transfer, vertically, but not via direct contact.
Clinical signs can vary widely from non to death, with a high dependency on the species affected. Of the mammals only humans and horses show clinical signs – WNV was detected in many domestic and wild mammals, but no cases of the disease were registered. Birds with WNV demonstrate neurological signs – tremors, weakness, loss of coordination, head tilt, lethargy, blindness, and characteristic position of the legs at death.
Balkan countries by having long periods of hot weather and the presence of a lot of water sources (rivers, lakes, marshes, etc.) are the perfect environments for mosquitoes from Aedes(incl. Tiger mosquito) and Calex spp.
An adult Ural owl (Strix uralensis) was found by people in a passing car on rural road in Lugoj area (Timis county). The bird was in lethargic state, with difficult breathing and incoordination of movements of legs and wings.
During the physical examination no feather or tegument abnormalities or signs of trauma were found. Body temperature was elevated to +42oC. The bird was lethargic with difficulties to walk. The appetite appeared to be normal. Clinical diagnostic tests From the bird were taken a venous blood sample from the brachial vein, fecal, and nasopharyngeal probes. Using a panel of tests, bacterial and parasitic diseases were excluded. Since cases of WNV are detected annually in Romania and neighboring countries (Serbia and Hungary), the virological panel included West Nile Virus testing. The results obtained using epitome-binding ELISA, with a sensitivity rate of 98% for WNV antigen, are shown in Table 1.
From the obtained results we concluded that the bird is in acute state of West Nile fewer. After consulting with the local veterinary authority, the bird was kept in enclosed environment and treated with Meloxicam per os. We did a second test after a week and another one week later. The third test went negative by showing an absence of viral antigen in the three samples – nasopharyngeal, fecal, and blood. Besides the negative results and complete recovery of the bird, it was transferred to a sanctuary where will remain for a few months and eventually released back into nature in 2023
Blue Cross Veterinary Clinic
Quite often in our practice we have to sedate or keep under anaesthesia brachycephalic dogs and cats. This is associated with some stress for us, given the peculiarities of the breed. In this article I will try to briefly present the main key points in the anesthesia of brachycephalic breeds, which has gained great popularity in recent years. Will pay attention to their anatomical and physiological features, which are a prerequisite for complications during anesthesia, and how to avoid them and reduce the risk.
The main specificity of them is the so-called brachycephalic syndrome ( BOAS). It may include narrowed nostrils, a long soft palate, a hypoplastic trachea, or an inverted laryngeal sac. It can be re-applied and used for prolonged trauma to the pharyngeal soft tissues and trachea, which can cause soft tissue outflow or tracheal collapse. This trauma most often occurs when the animal is intubated. Gastroesophageal reflux should not be forgotten, also high vagal tone.
In severe cases of BOAS, airway obstruction may benefit from the development of pulmonary edema. The pathophysiology of post-obstructive pulmonary edema includes the effect of negative intrathoracic pressure on fluid distribution and subsequent hypoxia. High negative intrathoracic pressure causes an increase in venous return to the right atrium, which increases the pulmonary artery, while left ventricular function is reduced and afterload is increased. The end result is increased hydrostatic pressure, which aids in the movement of fluids from the capillaries in the interstitium and thus causes pulmonary outflow. Rapid recognition of this condition and taking temporary measures, such as maintaining airway patency, adequate oxygen supply and, if necessary, PPV administration. Diuretics may also be used, but it should be anticipated that hypovolaemia and hypoperfusion may occur during anesthesia and clinical delivery should be considered. And because of the risk of soft tisuue and pulmonary oedema, it’s beneficial to add an corticosteroid in low dose, as prevention. Unless there are a serious contraindications. There are different anaesthesia protocols with dexamethason or methylprednisolon, it’s a matter of personal choice.
Deep sedation in these patients is performed with excessive relaxation of the pectoral muscles and aggravation of airway obstruction. Even if the patient is aggressive, it is good to adhere to lower doses of premedication. The most commonly used combination is of a sedative component, for example an alpha-2-agonist and an opioid. A tranquilizer such as acepromazine and benzodiazepines such as diazepam or midazolam may also be used. Accordingly, the doses are at the discretion and according to the desired effect and treatment. In the table below I quote some of the most commonly used pre- anaesthetic drugs with the value of the dose. There are no restrictions and contraindications to the use of narcotic drugs in this breed. For induction you can use a different combinations, as benzodiazepine+ propofol or benzodiazepine+ ketamine. Your choice mainly depends on what the end result you whant. In brachycefalic breeds it is recommended the induction to be smooth and fast, so the most suitable drug in this case is propofol.
Given the peculiarity of the birth, it is very important to monitor the brachycephalic patient during the pre-aesthetic period, as relaxation of the pectoral muscles further complicates breathing, reduces the number of respiratory movements and the appropriate patient does not fall into hypoxia. It is recommended that the patient be preoxygenated during the pre-anesthetic period. The administration of 100% oxygen before induction of anesthesia prolongs the time to the onset of arterial hypoxemia.
When intubating a brachycephalic patient, prepare several tube sizes, apparently up to two sizes smaller than you think would be appropriate. It will be useful if you use a laryngoscope, especially when your patient has a long soft palate, as it will help ensure good visibility to the airways.
It is common practice to maintain the patient under inhalation anesthesia during the operation. Isoflurane is most commonly used for this purpose. It should be borne in mind that, like other inhaled anesthetics, it produces a dose-dependent reduction in myocardial contractility, systemic vascular resistance and cardiac preload, followed by a reduction in mean arterial pressure (MAP) and cardiac output in a dose-dependent manner; therefore, the evaporator settings should be kept as low as possible while maintaining an adequate depth of anesthesia.
In brachycephalic breeds, there is a very strong vasovagal tone, which can cause bradycardia, which in turn can lead to AV block or even cardiac arrest. The most common reason for increased vagal tone is severe pain. Advice on this reason for good pain relief of this breed is extremely important. However, if the patient develops severe bradycardia, a use of anticholinergic in an appropriate emergency dose is indicated.
As mentioned earlier, another common complication is gastroesophageal reflux, which can occur at any stage of anesthesia. This can lead to airway obstruction and aspiration pneumonia. Advice for this reason is recommended in the anesthesia protocol to include antiemetics, unless there are serious contraindications. It is recomended to be applied proton pump inhibitors as omeprasole, 4 hours before the planed anaesthesia.
The recovery period is also not to be underestimated. Here it is important to constantly monitor the patient and be extubated, when we are sure that all reflexes have returned. Especially the swallowing one. The best time to extubate is when our patient has muscle tone in the lower jaw and tries to cough up the endotracheal tubus itself or even better if the patient is tring to chews it. It is important to be positioned in a sternal position with appropriate continuous monitoring.
The anaesthesia of these specific breeds is not so complicated, if know their features and for what to watch out for. With more carefulness and knowinge there is nothing to be afraid of.
Tabl. Most commonly used pre- anaesthetic drugs
|Peak onset/duration of action
|Profound sedation, reversible, some analgesic properties, drug sparing (reduction in induction drugs needed)
|Dose dependent bradycardia
|5-15 min IM
2- 3 min IV
|Dexmedetomidine 5-15 µg/ kg
3- 10 µg/ kg
|Mild analgesia, good sedation
|Poor analgesia and should not be used for surgical patients
|10–15min/lasts for 60–90min
|Moderate analgesia, mild sedation
|10- 15 min IV
/can be given q 6–8 h
|If given too fast, IV can cause bradycardia and respiratory depression
|30min/can be given q 4 – 6 h
|Good anxiolytic, sedation improved when administered with an opioid
|Hypotension, unreliable sedation when used alone, not reversible
10- 15 IV
/can be given q 4–6h
A 12 years old intact male labrador retriever was presented to the practice in 05.03.2021 with a history of diarrhea and hyporexia. The diarrhea was present for few days and the appetite was decreased for about 2 weeks but there were moments when the patient was eating normally. The patient was up to date with the booster vaccination and was regulary using antyparasitic treatment.
At the moment of examination the patient was bright, alert, with normal temperature (38.7 °C), the palpable lymphnodes were normal in size, nothing abnormal detected in the oral cavity and thoracic ascultation unremarkable. A mass of approximate 5cm diameter with soft consistency, mobile, and without local reaction on the surrounding soft tissue was identified in the xiphoid area.
Initially general blood tests including complete blood count, biochemistry, electrolytes and total T4 were performed as a routine screening in order to identify any abnormalities. The results from the haemoleucogram demonstrate mild microcytic hypochromic non-regenerative/ pre-regenrative anemia, neutropenia, monocytopenia and eosinopenia. On the biochemistry just hyperproteinaemia due to increased globulins was the single abnormality. Also the thyroid hormone was under the normal reference range (picture 1).
Coroborating the blood results with the history and the clinical examination the following differential diagnostic list was discussed with the owner: occult chronic blood loss, iron deficiency, inflammatory/infectiouse cause, neoplastic, immune mediated disease, endocrine (anemia secondary to hypothyroidism), gammopathies.
Aditional history: the last time when the patient went to a veterinary practice was 5 months prior for the regular booster vaccination.
Because of no evident clinical symptoms the presumption of chronic blood loss due to diarrhoea or anemia secondary to hypothyroidism was suspected. After discussion with the owner the decision of repeating blood tests in 4 days was taken. The patient was discharged with oral probiotics and was put on gastro intestinal veterinary diet to treat the diarrhoea. At reevaluation blood was collected and was send to the reference laboratory for complete blood count and blood smear interpretation, SDMA, Coomb’s test and C-reactive protein and complete thyroid panel including total T4, freeT4, cTSH, thyroglobulin autoandibody
The SDMA was normal also the thyroid panel was normal and negative on thyroglobulin autoandibody. The C-reactive protein was mildly elevated and the Coomb’s test was negative. On haematology the anemia had the same characteristics but was normocytic the reticulocytes and platelets under the normal limit. There were no modifications on the leucogram compared with the one performed at the first presentation (picture 2).
The blood film was evaluated and a mild microcytosis and no increased in polycromasia was noted. Marked rouleaux formation and occasional metarubricyte were present too and leucopenia was confirmed. Estimation of free platelets (3-8 platelets seen per HPF) suggested platelet numbers are mildly/moderately decreased with and very small platelet clumps seen was identified.
Based on the second blood tests (pancytopenia is observed but also marked rouleaux and occasional metarubricyte) and hyperglobulinaemia from the initial blood tests a suspicion of neoplastic disease like multiple myeloma or lymphoma less likely non-neoplastic disorders like monoclonal gammopatihes (Erlichiosis or Dirofilariasis) because the patient was regulary using antiparasitic medication and no history of travelling. In the same day results were reported to the owner and additional questions regarding the origin, travel status and lameness episodes were asked to the owner in order to find more informations. There was no history of travelling, the dog origin was United Kingdom and transitory episode of weakness were observed in the past months.
To investigate more the suspicion serum and urine protein electrophoresis, urinalysis including urine protein creatinine ratio, radiographs and bone marrow aspiration were recommended. Five days later the patient presented to the practice but the owner accepted initially just the non-invasive investigation and declined the x-rays and bone marrow aspiration. An additional in house haemoleucogram was performed at this stage to monitor the trend of the red and white blood cells (picture 3)
The urinalysis revealed proteinuria 3+ and a pH of 8 with active sediment and no crystals or casts, the urine beign collected via urethral catheterisation. The urine protein creatinine ratio was marked elevated (picture 4).
At serum protein electrophoresis hypoalbuminaemia was present with a mild increase in alpha 1 globulins and marked increase in gamma globulins migrating in a gamma region and a depletion of the globulins thereafter, consistent with a monoclonal band (picture 5)
The urine protein electrophoresis showed that majority of the protein was presented in the alpha-beta region and this was interpreted as overflow proteinuria secondary to the marked gammopaty present at the serum protein electrophoresis. No bands consisting with Bence Jones protein were noted but this would be masked by the overflow proteinuria (picture 6).
After these last results a highly suspicion of neoplastic disease was made. Radiography and bone marrow aspiration were recommended to confirm the disease. The owners were reluctant to put the dog under sedation because in the past he had general anesthesia and was not stable according to the previouse veterinarian. At this moment the patient was sent to a referral center to have the imagistic investigation.
In 09.04.2021 the patient arrived at the referral center for the last investigations. After clinical examination a firm mobile mass was noted in the caudal abdomen. Initially HLG, blood film evaluation, ionised calcium and 4Dx were performed followed by CT scan of the thorax and abdomen and fine needle aspiration of the liver, spleen and abdominal mass ultrasound guided. The ionised calcium was mild elevated (1.95 mmol/L), the 4Dx was negative. The haematology findings consist with normal white blood cell count with a slight improvement from the 5th March and a stable red blood cell count (HCT 31%) – with a mild non-regenerative anaemia. An initial review of the CT scan confirms the presence of a 4.5-5cm encapsulated mass in the caudal abdomen, with no obvious association with the intestinal wall. A small amount of free fluid is present between the liver lobes. After these investigations the patient was sent home with Fortekor as a treatment of proteinuria.
Seven days later the full CT report, aspirates results and blood smear interpretation were ready.
A detailed haematology showed a mild, normocytic normochromic, poorly regenerative anaemia (HCT 36.9%, reticulocyte count 95.05×109/L). His white blood cell and platelet count were low-normal. There was no evidence to support haemolysis and leucocyte morphology was unremarkable.
Aspirates from the liver and spleen identify a population of extremely atypical plasma cells, supportive of multiple myeloma. Prominent extra medullary haematopoiesis is also noted within the spleen.
Aspirates from the caudal abdominal mass show adipocytes and a mixed inflammatory cell population, comprising of neutrophils ageing in situ and undergoing pyknosis. An atypical plasmacytoid population is identified but in low numbers, suggesting infiltration with myeloma.
CT findings from the report
There are multifocal osteolytic lesions throughout the entire included portion of the skeleton, including essentially all included vertebrae (thoracic, lumbar, sacral), multiple ribs, the sternebrae, the proximal humeri, the pelvis and the proximal femurs (picture 7).
No soft tissue attenuating pulmonary nodules are identified. There are multiple small (<5mm), mineral attenuating, geometrically shaped foci throughout the pulmonary parenchyma (predominately within the periphery), consistent with benign osteomata.
An ovoid, well encapsulated mass is identified within the mesentery of the right caudal abdomen, which measures approximately 4.7cm x 4cm x 5.7cm (height x length x width) (picture 8). The mass is predominately fat attenuating, with a soft tissue attenuating rim and patchy regions of internal soft tissue attenuation (which ranges in appearance from ill-defined to linear).
A soft tissue attenuating (isoattenuating to the adjacent renal cortical tissue on pre-contrast), minimally contrast enhancing nodule, measuring approximately 1cm in largest diameter, is present in the right lateral renal cortex (picture 9).
The liver and spleen are diffusely mildly enlarged, with rounded margins, however they demonstrate normal attenuation and contrast enhancement. A mildly enlarged splenic lymph node is also present.
Diagnosis: Multiple myeloma – advanced stage
Multiple myeloma is a lymphoproliferative cancer arising from plasma cells and their precursors, characterised by clonal proliferation of plasma cells infiltrating the bone marrow and then affecting other organs such as the spleen. Diagnosis of MM usually follows the demonstration of bone marrow or
visceral organ plasmacytosis, the presence of osteolytic bone lesions and the presence of urine myeloma proteins. Renal disease is present in approximately one-quarter to one half of dogs with MM, and azotemia is observed in 30% to 40% of cats.
Bence Jones proteinuria was not evident in the pacient urine protein electrophoresis due to overflow proteinuria secondary to the marked gammopaty. Bence Jones proteinuria occurs in approximately 25% to 40% and hypercalcemia is reported in 15% to 50% of dogs with multiple myeloma. The clinical signs can vary from lethargy and weakness to inappetence, weight loss, lameness, polyuria/polydipsia, bleeding diathesis and central nervouse system deficits. The patient presented with a history of mild inappetence and isolated episodes of lameness.
Chemotherapy is effective at reducing malignant cell burden and to improve the quality of life of the patient. Variouse alkylating agents such as melphalan, cyclophosphamide, chlorambucil, lomustine can be used together with steroid therapy. The most common protocol is a combination between melphalan and prednisolone. This protocol is usually well tolerated by the vast majority of the dogs, the most clinically significant toxic events beign represented by myelosuppression and delayed thrombocytopenia.
After the last investigations performed at the referral center the patient started to deteriorate significantly this manifested by presence of a severe swelling over the left side of the face associated with pain and ptyalis. Two days later, a chemotherapeutic protocol including melphalan, cyclophosphamide orally with intravenous dexamethasone was started. Despite this, the dog developed neutropenia and pyrexia, raising concern for sepsis. As a result, a decision was made to euthanase him one day later.
Timisoara -Romania, and Sofia-Bulgaria
Hematuria describes a condition in which is observed presence of blood in the urine. It could be a result of diseases of the urinary tract – kidney, ureter, urinary bladder, urethra; or by diseases of the genital tract – prostate, penis, prepuce, uterus, vagina, vestibule. It can be classified as: macroscopic (visible to the naked eye), or microscopic (increased number of RBC in the urine, observed during microscopic examination). In general, hematuria can be a result of multiple reasons, as follows :
- Urinary tract origin
- Inflammations (UTI, etc.)
- Parasites (Dioctophyma renale)
- Coagulopathy (Warfarin intoxications, etc.)
- Renal infarction
- Renal pelvic hematoma
- Vascular malformations
- Kidney polycystic disease
- Genital tract origin
- Trauma, Neoplastic or Inflammatory diseases of the genital tract
- Subinvolution of placental sites
For Idiopathic Renal Hematuria, we speak when the origin of RBC in the urine cannot be associated with any of the above-enumerated reasons and is of a renal origin. It is a very rare condition, which occurs in middle and big-sized young dogs (younger than 5 years of age), occasionally has been observed in older dogs and cats. Microscopic IRH is found by incidence during urine microscopic exams when macroscopic one is observed by the owners and described as unusual darker coloration of the urine. The condition is mostly unilateral and can be periodic – with a period of no bleeding. Since there is a release of RBC into the urine, anemia can be present in ranges from none to severe. Further, we will take a look and discuss the available treatment options.
The dog was brought to me by his owner, who observed “Cola-like” coloration of the urine in the last 2-3 days. According to the owner’s description, there are no changes of the dog’s behavior and, according to him, the micturition is normal and does not cause discomfort.
- 3-year-old male mongrel dog
- 25 kg BW, normal body score
- Neutered when he was 8 months of age
- Vaccinations up to date and according to the protocol
- Living indoors
- No data for traumas
- No medications or treatments in the last 6 months
During the physical examination, no abnormalities were observed, body temperature, heart and respiratory rate, and blood pressure were in the normal ranges. No any tegument abnormalities or signs of traumas. Dog temperament was relaxed and friendly.
Clinical diagnostic tests
The CBC was normal, with an RBC count near the left border reference value. Tests for Babesiosis and Lyme disease were negative. A sterile probe of urine was collected by US-guided cystocentesis and examined. Urine-specific gravity was slightly elevated, presence of erythrocyte was confirmed by microscopic examination, microbiological culture was negative. Pigmenturia was excluded after centrifugation of the urine sample, which resulted in a clear separation between RBC (collected at the bottom of the test tube) and urine (supernatant).
The performed x-ray did not reveal any abnormalities (uroliths, tumors). The ultrasound examination did not result in any abnormalities in the urogenital tract – renal parenchyma was with normal structure.
Idiopathic Renal Hematuria was diagnosed by exclusion as a result of performed test procedures and obtained results.
Additional information about the diagnostic approaches for hematuria in dogs and cats can be found in 
For treating Idiopathic Renal Hematuria we have few options available, we could differentiate as:
- Invasive. Surgical cauterization of both ureters before the urinary bladder, and observing which kidney is the bleeding one, sclerotization of the kidney with povidone-iodine and silver nitrate  . This method can be used and for bilateral hematuria. For cases with unilateral bleeding leading to severe anemia, ureteronephrectomy is recommended 
Since the dog doesn’t present anemia and invasive methods are more complex for performance and maintenance, I have directed my decision towards a non-invasive treatment option.
- Non-invasive. It was described that IRH results from elevated blood pressure inside the glomerular arterioles leading to their higher permeability for RBC. This was observed by multiple studies and reports and the effect of ACE2 inhibitors, especially Benazepril, over the arterioles in the renal glomerulus was demonstrated   . In addition, during my studies in FMV-Timisoara, I had the opportunity to observe the treatment of a hunting dog with IRH, using Benazepril with good results (Dr. Doru Morar, FMV-Timisoara).
The dog was treated with Benazepril in dose 0.40mg/kg per os every 24h. In the following days was observed visible reduction of the hematuria – by the owner’s account, urine coloration became normal. Repeated urinalysis revealed the persistent microscopic presence of RBC with a tendency of reduction during the time. Blood pressure was normal and without indications for hypotension during treatment.
Dogs diagnosed with IRH with absent to mild anemia can profit from treatment plan with ACE2 inhibitors – surgical methods are not widely available, are expensive, require hospitalization of the animals, and nephrectomy deteriorates the quality of life for young animals (in cases the IRH becomes bilateral this can lead to a negative outcome for the patient).
Yordan Yordanov, DVM
Bomed Veterinary Clinic – Sofia
Uterine prolapse is a relatively uncommon complication of parturition, occurring infrequently in cats. Ekstrand and Linde-Forsberg reported it as accounting for 0.6% of the maternal causes of dystocia. The etiology of uterine prolapse is unknown in queens. The prolapse can be complete, with both horns protruding from the vulva, or limited to the uterine body and one horn. Uterine prolapse requires immediate attention. It is an obstetric emergency.
A 1-year-old female European Shorthair outdoor cat weighing 2.5 kg was presented to our clinic with 96h after parturition. Two days before presentation his caretaker saw “something like placenta to hanging behind the cat”.
On physical examination, the animal was alert, 38.3 °C and slightly dehydrated. The pulse and respiratory rate were both within normal ranges. The prolapse of the uterus was complete, with both horns protruding from the vulva. The exposed tissue was congested and slightly edematous with a few small areas of necrosis, and was covered with debris.
The exposed uterus was palpated to rule out the possible presence within it of any abdominal organs such as the urinary bladder.
Tips & Tricks. Ultrasound examination of the abdomen and the uterine prolapse can be performed to reveal the position of the urinary bladder and the intestine.
Tips & Tricks. Topical application of Manitol 10% can be performed to reduce the oedema in prolapsed tissue.
CBC and biochemical analysis were performed. CBC showed WBC 38.8 x109/l, HGB 89 g/l, HCT 0.265 l/l. Other parameters of the biochemical analysis and packed cell volume were all normal in range.
After premedication with domitor/buprenorphine/ketamine, anesthesia was induced with propofol after preoxygenation. An endotracheal tube was inserted and anesthesia was maintained with isoflurane. Preoperative antibiotics: Cefazoline i.v. and enrofloxacine s.c.
Tips & Tricks. If the prolapsed organ is in very good condition and the cat is a valuable breeding animal you can try conservative treatment. Replacement, following by medical treatment Oxitocin (0.5-1.0 UI) and antibiotics. Complications may develop from minor laceration of the uterus to septicemia or uterine rupture.
Tips & Tricks. Do OHE! It is the safest option in this situation.
Tips & Tricks. OHE can be performed before reduction if the uterus is too contaminated or necrotic or ruptured.
In this reported case the uterus looked in good condition.
Gross debris was removed gently from the prolapsed organ by irrigation with hypertonic solution.
Then the uterus was reponeted carefully, starting from tip of the horns, one by one.
Tips & Tricks. Use some type of lubricant, like Vaseline.
Tips & Tricks. Oxytocin 0.5 IU can be administered directly in prolapsed tissue to facilitate uterine involution prior to replacement. Attention! Oxitocin make uterine tissue fragile.
Tips & Tricks. An episiotomy may be performed to assist uterine replacement.
Tips & Tricks. Cystocentesis may be performed before attempting to reposition the uterus.
Tips & Tricks. Use monofilament suture material, like PDS 2-0 for cervix ligatures. Polyfilament suture can cut the weakened uterine tissues like saw.
Apposition of vulvar lips was performed with a horizontal mattress pattern without tightening to allow vulvar discharge and normal urination.
This suture was removed after 24 h.
The queen recovered well. Postoperative treatment included the use of an Elizabethan collar and intravenous fluid therapy.
The day after surgery, the cat was alert, urinated normally and there was mild discharge from the vulva.
Antibiotic treatment for 5d amoxicillin/clavulanic acid -Synulox and Enrofloxacin.
Tips & Tricks. Postoperatively, urination should be monitored as swelling and pain can lead to urethral obstruction.
Although rare, uterine prolapse should be managed as an emergency. The treatment for uterine prolapse depends upon the severity of damage to the uterus. The prognosis following treatment for a uterine prolapse is guarded to good, depending on the timing of veterinary intervention.
Blue Cross Veterinary clinic Blagoevgrad- Bulgaria
Canine transmissible venereal tumor(CTVT),also known as transmissible venereal tumor (TVT) or Stickers’s sarcoma, is a transmissible cancer, that affects dogs. CTVT is spread by the transfer of living cancer cells between dogs, usually during mating. It’s normally localized at the external genitalia of male and female dogs, also at the oral and nasal cavities. Immuno-compromised and generally unhealthy dogs are predispose of leishmaniasis associated to genital TVT, and especially in a dogs living in Mediterranean region. CTVT may also be transferred by licking, sniffing or parturition. Clinically, CTVT lesions are red to tan, friable, verrucous to multilobulated masses, predominantly affecting genital organs, and are usually ulcerated and inflamed. Metastasis is uncommon ,but is usually seen in regional lymphnodes. Other reported sites of metastasis include skin, subcutaneous, brain, eyes, spleen ,liver, musculature, lungs, anus, bones, kidneys ,testicles and mammary glands. Leishmaniasis is a vector-borne diseases with wide geographic distribution affecting humans, dogs and several wildlife species. Depending on the infecting Leishmania species and the immunocompetence of the host, the infection can result in visceral (CanVL), cutaneous or mucocutaneous disease. CTVT and CanVL can overlap epidemiologically particularly in regard to their geographical distribution. In recent study was found that Leishmania sp. has tropism for the canine male genital tract. CanVL has been previously identified concurrently with canine transmissible venereal tumor as well as Leishmania amastigotes within CTVT neoplastic cells.
CASE REPORT- A 10 yrs old mixed-breed female dog Lucky was presented in Blue Cross animal hospital in Blagoevgrad on 01.04.2019 in a state of prostration. The dog had been adopted from the street. On presentation Lucky was in a very bad body condition-cachectic with pale mucosa membranes , muscle atrophy, onychogryphosis and two large cauliflower-like, ulcerated, hemorrhagic vaginal tumor masses. (Figure 1). The skin examination showed generalized alopecia with lice infestation and diffuse seborrhea. There wasn’t any lymphadenomegaly detected. Abdominal ultrasound examination didn’t show abnormalities in the spleen and other organs.
Clinical diagnostic tests:
A complete blood(cell) count (CBC), serum biochemistry profile were performed along with a Snap 4Dx test to screen for vector borne disease agents Dirofilaria immitis (heartworm disease),Erlichia canis (ehrlichiosis) ,Anaplasma phagocytophilium (anaplasmosis) and Borrelia burgdorferi (Lyme disease) and test for Leishmania detecting antibodies. In addition, skin scrape of the few places on the skin and fine needle aspiration cytology of the vaginal mass was done. The CBC revealed anemia, haemoglobinemia, Leukocytosis (lymphocytosis, granulocytosis).The serum biochemistry profile revealed hyperglobulinemia, hypoalbuminemia, low A/G ratio, hypocalcemia. The dog was positive for E.canis, A.phagocytophilium and Leishmania Ab. The skin scrape was negative for demodicosis and scabies. A fine needle aspiration cytology of the vaginal mass revealed a neoplastic round and ovoid cell population with some inflammatory cells. Every cell is containing single ,large and round nuclei. The abundant cytoplasm was delicately granular and optically empty. The cells had an characteristic for transmissible venereal tumor (TVT).(Figure 2)
Treatment with doxycycline 10mg/kg,p.o. q12h for 30 days for ehrlichiosis and anaplasmosis was initiated. In addition Milteforan 2mg/kg,p.o. q24h for 28 days and Allopurinol 20mg/kg,p.o.,q12h for 6 to 9 months was initiated for treatment of Laishmaniasis. The dog get also every day, some supplement for the skin like omega 3 and omega 6 amino acids and every 3th day topical treatment with shampoo with ketoconazole and chlorhexidine. The dog spent 20 days in the clinic, during that time Lucky get really improved (figure 3 ).
For the TVT treatment with vinciristine sulfate 0.6 mg/kg/m2, I.V., q7d for a total 8 treatments was initiated. The dog was monitored with a CBC every week. Photographs of the vaginal tumors were taken at each follow up visit to monitor the progress. After the second vincristine treatment there was visible improvement. The mass had decreased in a size.(fig.4and 5)
By the f ourth week only a small remnant of the mass was visible(fig6).
During the all treatment there was no decreasing of the thrombocytes, CBC was completely normal. There was no side effects of the vincristine treatment.
The patient was fully recovered. The treatment with Allopurinol is stopped. Sixed months after the last vincristine treatment, Lucky was doing great, no TVT recurrence. Neutering of affected dogs can be beneficial to decrease distribution of the vaginal tumors.
2.Case report Leishmania sp. Amastigotes Identification in CTVT
3.Transmissible Cancer Group
Department of Veterinary Medicine
University of Cambridge
The alimentary secondary hyperparathyroidism is not so rare as many specialists think. For period of only 9 months we diagnosed in our clinics 17 cases and had serious observations in other 9 cases (the owners didn’t agree to prove 100 % in Laboklin) in different stages of the problem evaluating. We present below our treatment protocol and two concrete complicated cases – both with healed patients but one not operated – and our consequences experience in cases with or without surgery.
The hyperparathyroidism is primary and secondary. The secondary could be renal – complication of chronic renal insufficiency, it is more often seen even in comparison to the primary – and alimentary: rarest but for sure not exotic. The alimentary variant is seen in young dogs and especially cats fed only or almost only with meat. The low calcium levels and the inadequate calcium/phosphor ratio in meat starts a multi-vector pathological process evaluating for a couple of weeks to following clinical picture: unwilling for moving, lameness, stiff walking, spontaneous fractures, face edemas, easily teeth removing or teeth loosening, spontaneous neurological deficit in different levels. The standard hematological and biochemical blood panels usually do not give any diagnose direction. It is common the right diagnose to be reached with delay because often the colleagues miss during the anamnestic phase to become well informed about the alimentary regime of the patient, X-rays are rarely made in the very beginning and usually the therapy starts with NSAIDS and general strengthening protocol.
This disease not rarely causes hind legs function insufficiency and neurological deficit, paradoxally not corresponding to and many times exceeding the found through imaging diagnostic bone (including vertebral) changes. It is not exotic OCD (even in cats) to be diagnosed later due to cartilage underlying bone and bone vessels malformation.
Most directing is the anamneses especially the alimentary regime of the young patient. Absolutely enough for 90 % sure diagnose is combination of anamneses, estimation of the bone geometry and density due to X-rays covering flat bones, spinal cord, mandibula, maxilla and blood levels of macro elements especially P. For 100 % sure diagnose we send blood hormon sample to Laboklin Germany. The differential diagnoses are not many and include some genetic or metabolic disorders.
Our newest therapeutic protocol, product of enough clinical experience and leading to fastest and completest healing includes:
- Hospitalization of the patient in cage for maximal immobilization aiming to avoid pathological fractures and especially vertebral fractures.
- Diet change to P-poor and Ca-rich: the variants are so many, ii is important the diet to be diverse and with enough vitamins. In most of the cases we start with renal diet combined with additional food components;
- Calo-pet – zero P molecules and very adequate composition for this problem;
- NEO-K9: not only because of the demonstrative bone healing stimulation but also very adequate against all cases of hyperphosphatemia – and in cases of alimentary hyperparathyroidism we have severe hyperphosphatemia as well as serious bone demineralization and decrease of their potential for resistance to physical forces and for healing;
- Ipakitine – because of its ability to chelate and eliminate the phosphor
- HyalOral – because of its adequate to the therapy (especially against intra-joints complications) composition and especially because of the gamma-oryzanol inside
- NSAIDS – against pain and inflammation
- Calciferol (Vitamin D3) in dosage 2 ng/kg/24h– please be very careful when using it because increases the resorption of calcium but also of phosphor. Should be added to the protocol only after the phosphor is already in normal blood levels or very close to them;
- Sometimes after careful individual estimation – oral pure Ca human product for children or even injectable Ca vet product;
- Often repeated biochemical including P and Ca blood monitoring (a big Thank you! to our trusted lab VetDiaLab for the precise and reliable work during the last 15 years), every-day neurological monitoring and checking the ability for urination, every-day check for rib and long bone fractures and regular (minimum every 8-10 days) X-ray follow-up of the geometry and healing of all fissures and fractures;
- Therapy against the complications including the spontaneous fractures, eating difficulties because of jaw problems ets.
This algorithm leads to very fast and demonstrative health status improvement. Of course it is very important to estimate carefully when the patient is ready to get out of the cage. We recommend the bone fissues to be X-ray monitored every 5-10 days and all long-bone fractures to be operated especially those near the knee joints. The reason?: the long-bone fractures caused by SAHPT heal very often with malunion which is being well tolerated by young animals but many of them suffer when achieve adult/mature age. On the other hand we recommend vertebral fractures to be operated only in case of neurological deficit or pain. In all cases of eating difficulties esofageal probe and not manual assisted eating is recommendable.
Case 1: cat Darko, SAHPT complicated with two supracondylar femural fractures, operated with delay. We added Calciferol to the therapy protocol at the 7th day when the blood phosphor decreased to normal levels. The owners asked us not to operate and to wait but as usual despide the cage rest after a couple of days the fragments geometry get worse and the healing would lead to malunion and may be to patellar luxation. The owners agreed to operate, the surgeries with implants of Mikromed were fast and simple (peri-operatively: Clavaseptin) and the case result is 100% healthy and extremely mobil cat:
Case two: cat Pisi, SAHPT complicated with fissure and fracture, not operated. The X-ray fissure (left humerus) follow up showed no need to operate and healed without problems. Unfortunately we didn’t receive permission to operate the fracture and as usual the result is serious malunion:
Conclusion: strict cage rest, strict food and therapeutical protocol, strict clinical and paraclinical monitoring and careful surgery estimation = successful outcome.
Bomed Veterinary Clinic, Sofia, Bulgaria
Abstract: Endometrial polyps from a 10 –year-old cat are described.The cat was presented in clinic due to vaginal bleeding. Few polypoid cystic masses pedunculated into the uterus lumen were found at the surgery. Sonographic, X-ray, cytology and histopathological examination revealed uterine polyp consisting mainly of endometrial fibrous tissue stroma and glands without invasive growth or atypical mitotic activity. Keywords: Endometrial polyp cats, Feline uterine polyps, Cystic uterine polyps in cat,Ultrasound endometrial polyps, Histology endometrial polyps, X-ray endometrial polyps
Endometrial polyps in cats are a rare disease condition. Much of the available evidence being anecdotal1. There are only three more detailed reports for this condition in cats. One from the archives of the International Registry of reproductive Pathology at the University of Illinois, US -14 cats1, one from Department of Obstetrics and Gynecology, Faculty of veterinary medicine, Kirikkale university, Kirikkale, Turkey-1 cat2 and one from School of Veterinary medicine, Azabu University, Kanagava, Japan -1 cat3.
A 10-year-old Persian cat was presented to Bomed Veterinary Clinic in Sofia, with history of acute vaginal hemorrhagic discharge. The cat was in good physical condition with normal temperature and behavior. Few bloody drops around the vulva. In middle to caudal abdomen was palpated some firm mases.
Under clinical differentials diagnoses of pyometra, uterine adenocarcinoma or alimentary lymphoma was performed abdominal ultrasound. Sonographic examination showed a few cavernous structures cranial to bladder and caudal to kidneys. The large one was about 4 cm in diameter. Caverns were dispersed in haphazard mosaic pattern. Doppler sonography showed good blood supply of masses. On the base of ultrasonography pyometra was excluded of differentials diagnoses list.
On the base of suspected uterine adenocarcinoma were performed two dimensional chest and abdominal X-ray. Lungs and chest X-ray did not show indication of metastases. Abdominal X-ray confirms sonographic findings about dispositions and dimensions of mases.
CBC and biochemistry was in normal limits. On the base of the clinic and tests an exploratory laparotomy under general anesthesia was performed. During surgery uterus with abnormal asymmetric horns was found. Few mobile firm – elastic mases were palpated in uterine lumen. Two and smaller in the right horn, and a bigger one in the left horn. Ovaries looked normal except one little cyst nearby to right ovary.
After OHE the uterus was dissected. Evidence for an inflammation was not found.
We found in left horn one big elongated egg-like structure pending on short narrow peduncle. It is about 5 cm long and 4 cm in diameter. The smallest one in the right horn was about 1 cm long and 0.6 cm in diameter starting nearby end of horn. The middle one was about 4cm long 2cm in diameter and partially entering in the cervix. Polyps had firmly –elastic consistency, easily bleeding, with small delicate cyst on the surface. Uterus wall had irregular thickening mostly because endometrial hyperplasia. On the luminal surface has similar small delicate cyst also. When we dissected one of the polyps many different sized caverns dispersed in haphazard mosaic pattern were found. They were full with translucent slightly mucinous secret. The stroma was tenacious.
Fig. 3 Morfology of uterine polyps. Polyps pedunculated from uterinw endometrium to uterine lumen. Many fine cysts are visualiseted on the surface of polyps. Uterine walls with irregular hyperplastic patern.
Many prints slides for cytolgy were made. We did not found inflamatory cells, evidance for adenocarcima or any proof for other malignasy. These polyps looked benign.
Fig.4 Cytology from uterine polyp. Left- stroma Ridht- cyst wall
Specimen for hystopatology was prepeared in 10% formalin and send to Pathology laboratory, at the same day.
Fig.5 Histology from uterine polyp. Up- Stroma and cysts. Down- Left -Hyperplastic proliferation of glandular epitelial cysts. Down-right- Atrophyc epitelial wall of large cyst.
Histology report: Protocol 107,108,109,110/05.04.2019
Hystological spesimen representing uterine wall with presence of polypoid tumor formations. Tumor origin is from endometrial surface, representing of stroma, built from mature fibroses tissue with glands structures in thinly pattern within. Many of these glands structures are cystic dilated. They are covered with one row cubic epithelium with primarily basal situated nuclei. No signs for epithelium proliferation activity, atypical mitotic activity or invasive proliferation regarding the stroma. An endometrium and myometrium has typical histological structure.
Histological diagnosis: Atrophic endometrial polypsOn the base of clinical examinations, Ultrasonography, X-ray, morphology, cytology and histology report our diagnosis is as follows: Endometrial Polyps. Discussion
A diagnosis endometrial polyp of this case is according to the nomenclature in the Histological Classification of Tumors of the Genital System of Domestic Animals4. Main differential diagnoses are between endometrial polyps and polypoid form of cystic endometrial hyperplasia. The more exact differences between true endometrial polyps and polypoid endometrial hyperplasia are defined as that endometrial polyp have a vascular connective tissue stalk5 or contain a substantial connective stroma in addition to glands, and are pedunculated6. Histology slides demonstrated changes in the different stages of cysts development. Focal cystic endometrial hyperplasia is the stimulus for formation of polyps. As hyperplasia progresses, out of synchrony with surrounding endometrium, the glands become larger and more numerous. If the cystic endometrial glands have no external opening, they start to accumulate fluid. When the fluid pressure in the cysts increases, the gland cells covering their walls are compressed and start atrophic process.1 On the base of reports no breed, age or other predispositions were found1.No evidence that endometrial polyps are preneoplastic changes of the feline uterus except one a 16-year-old cat with metastatic carcinoma and five endometrial polyps1, 2. This probably reflects the rarity of endometrial neoplasia in cats as compared to women1. On the base of this data prognosis in this concrete case is excellent. ConclusionEndometrial polyps in cats are very rare condition.It is difficult to classify this disease as gynecological, hormonal or oncological. On the base of the case studies OHE is choice of treatment with excellent prognosis.
Fig. 6 The lucky cat Dara.Acknowledgments:
The author would like to thank to team of Bomed Veterinary Clinic, Sofia, Dr. B. Rangelov, DVM for sonographic diagnostics, Dr. M. Lulcheva, DVM for anesthesia and Dr. J. Stojkov DM for histology report.