Species of Anisakis typically infect the stomach of cetaceans worldwide, often causing ulcerative lesions that may compromise the host's health. These nematodes also cause anisakiasis or allergic reactions in humans. To assess the risks of this emerging zoonosis, data on long-term changes in Anisakis infections in cetaceans are necessary. Here, we compare the prevalence and severity of ulcerative lesions caused by Anisakis spp. in five cetacean species stranded along the north-west Spanish coast in 2017–2018 with published data from 1991–1996. Open ulcers were found in 32/43 short-beaked common dolphins, Delphinus delphis; 3/5 striped dolphins, Stenella coeruleoalba; 1/7 bottlenose dolphins, Tursiops truncatus; and 1/3 harbour porpoises, Phocoena phocoena meridionalis; a single individual of long-finned pilot whale, Globicephala melas, was found uninfected. In common dolphins, the mean abundance of open ulcers per host was 1.1 (95% confidence interval: 0.8–1.3), with a maximum diameter (mean ± standard deviation) of 25.4 ± 16.9 mm. Stomachs with scars or extensive fibrosis putatively associated with Anisakis were detected in 14 and five animals, respectively. A molecular analysis based on the mitochondrial cytochrome c oxidase II gene using 18 worms from three cetacean species revealed single or mixed infections of Anisakis simplex sensu stricto and Anisakis pegreffii. Compared with the period 1991–1996, we found a strong increase of prevalence, abundance and extension of ulcerative lesions in most cetacean species. Anisakis populations could have increased in the study area over the last decades, although we cannot rule out that a higher environmental stress has also boosted the pathological effects of these parasites.

There is no information about the prevalence of gastric ulceration in donkeys or potential risk factors for its presence in donkeys. The donkey is a stoic, hardy animal that has not previously been thought to suffer from this disease. However, gastric ulceration was found to be a problem in a population of non-working UK donkeys resident at the Donkey Sanctuary and its prevalence was estimated by examining necropsy data over a 2-year period during 2005 to 2006. Associations with clinical and management factors were determined. In total, 426 donkeys were examined at necropsy to determine the presence of gastric ulceration. Lesions were described and scored according to a four-point scale. Management and clinical data from these donkeys were analysed to identify potential risk factors for the presence of gastric ulceration. Terminal blood samples were also studied to determine whether animals were exhibiting hyperlipaemia prior to death. Results showed that 41% (n = 174) of the donkeys studied had evidence of gastric ulceration at necropsy. Most (49%) of the ulcers were of a medium size (area of ⩾2 cm2 – <10 cm2) and the most common site for ulcers was the margo plicatus. Of the donkeys examined, 18% had hyperlipaemia prior to or death or euthanasia and this was a risk factor for donkeys developing gastric ulceration; 62% of hyperlipaemia cases also displayed gastric ulceration (P < 0.001). Kidney disease was a potential risk factor (P = 0.02), with 74% of these animals having gastric ulceration. Donkeys that died or were euthanased due to respiratory disease were at a decreased risk of developing ulceration (P = 0.01) Donkeys fed a carbohydrate-based diet were more likely (P < 0.001) to have gastric ulceration than those fed a fibre-only diet, with 55% having gastric ulceration compared with 33% in the fibre-only group. This study has shown that gastric ulceration is commonly observed in donkeys at necropsy and may be extensive.

Mucormycosis is caused by fungi of the order Mucorales and is one of the most rapidly fatal fungal infections known to man. Rhinocerebral mucormycosis is the most common type and its extension to the orbit and brain is quite usual. Location of mucormycosis on the palate is a rare and late occurrence.

A case of deep hard palate ulcer due to sinonasal mucormycosis in a 79-year-old man is reported. He was successfully treated with a combination of surgical debridement and systemic liposomal amphotericin B administration for six weeks.

By presenting this case report we would like to point out that mucormycosis should be included in the differential diagnosis of hard palate ulcers.

This is a retrospective review of 74 consecutive patients who presented with a nasal septal perforation or ulcer. The aim of this study was to evaluate the contribution of the investigations used to identify the pathology underlying their septal perforation or ulcer. In the majority of cases there was an anterior (85 per cent) smooth, well-circumscribed septal lesion with an occasional bleeding point. Seventy-seven per cent were less than two cm in diameter. The primary presenting symptom was intermittent epistaxis, with the exception of patients with granulomatous disease, who presented more frequently with nasal obstruction. Thirty-five patients (47 per cent) were idiopathic, 29 (39 per cent) traumatic, eight (11 per cent) inflammatory and two (three per cent) infectious. The nasal septum was biopsied in 71 cases, and histology showed non-specific or non-diagnostic findings in 39 (55 per cent), chronic inflammation in 12 (17 per cent), acute inflammation in six (eight per cent), acute to chronic inflammation in four (six per cent) and histological changes consistent with trauma in nine (13 per cent). The anti-neutrophil cytoplasmic antibody test (ANCA) successfully identified six patients with Wegener's granulomatosis, and the angiotensin converting enzyme test (ACE) supported a clinical diagnosis of sarcoidosis in one patient. The remaining investigation methods (CRP, ESR, chest radiograph, biochemistry and coagulation screen) did not contribute to the diagnosis. In this study, the appearance of a nasal septal perforation or ulcer or its location did not predict the clinical diagnosis. A nasal septal bopsy did not significantly contribute toward the clinical diagnosis. On the basis of these findings, a biopsy of a septal perforation or ulcer is unlikely to contribute to the management of patients unless the supportive tests of ANCA or ACE are abnormal or unless malignancy is suspected. This conclusion is restricted to the management of septal perforations as we have found nasal biopsies of polyps of other lesions to be of value.

Oesophageal ulceration is an unusual complication of doxycycline treatment (Vibramycin®) presenting to an Otorhinolaryngology department. A case report is presented with discussion of investigations and management of the patient.