Authors experienced a case of human infection with Anisakis sp. in left tonsil. The case was 27 year Korean female who visited Department of Otolaryngology, Severance Hospital with the chief complaints of swollowing difficulty, and the sensation of a foreign body in the throat, on November 20th 1968. Physical examination of the oral cavity revealed that both palatin tonsil were chronically enlarged. A larval worm was found in crypt of the upper portion of the left palatin tonsil. Chief complaints of the patient was improved after removal of it by forceps. The greyish white living worm was fixed in lactophenol solution for morphological study. The worm measured 36 mm in length by 0.6 mm in width, 2.4 mm in esophageal length, 1.4 mm in ventricule, 0.1 mm in tail length, and 0.025 mm in caudal spine length, respectively and histological study was carried out from the serial section of the larva which was stained with hematoxylin eosin. Authors identified that the larva was Anisakis species.
parasitology-helminth-nematoda-Anisakis sp. ; case report ; tonsil ; swollowing difficulty

Larval anisakids found in the yellow corvina (Pseudosciaena manchurica), a marine fish caught in the Yellow Sea, were classified by their morphological types. Total 1,068 anisakid larvae were collected from 30 fish examined, with the average number per fish of 35.6. They were classified into Anisakis type I larvae of Berland (859 in number, 80.4%), Contracaecum type A of Koyama et al. (13, 1.2%), Contracaecum type C'(new type) (55, 5.1%), Contracaecum type D of Koyama et al.(18, 1.7%), Contracaecum type D'(new type) (77, 7.2%), Contracaecum type V of Yamaguti(3, 0.28%), Raphidascaris sp. of Koyama et al. (1, 0.09%) and unidentified (42, 3.9%). Contracaecum type C' and D' were considered new in the literature.
parasitology-helminth-nematoda ; Anisakis ; Contracaecum ; Raphidascaris ; epidemiology ; taxonomy

Eosinophilic enteritis is characterized by massive infiltration of eosinophil throughout the entire or each layer of intestinal wall with marked submucosal edema. The etiology of this disease is not clear until now, and parasite infestation should be considered as a cause of eosinophilic enteritis like this case. We experienced a case of eosinophilic enteritis manifested by intermittent periumbilical pain and bloody ascites. After partial resection of ileum, we confirmed the eosinophilic abscess from Anisakis infestation and successfully treated this patient without sequalae and report it with literatures review.
Abscess* ; Anisakiasis* ; Anisakis ; Ascites* ; Edema ; Enteritis ; Eosinophils* ; Humans ; Ileum* ; Parasites

Anisakiasis is a disease caused by human infection by the Anisakis larvae, a marine nematode found in raw or undercooked fish. Most of anisakiasis are found in gastric or intestinal mucosa, but Anisakiasis in the oral cavity is rare. So, we elaborate on it in the present report with a review of literatures. This is the first report about anisakiasis of oral cavity in the recent literatures in Korea.
Anisakiasis* ; Anisakis ; Humans ; Intestinal Mucosa ; Korea ; Larva ; Mouth* ; Parasites

The infection status of anisakid larvae was examined in 290 marine fish of 25 species and in 108 cephalopods of 3 species purchased in Bayuquan region, Yingko city nearby the coast of the Bohai Sea from may to August 1992. A total of 7,327 larvae were collected from 156 fish of 19 species and 8 squids of one species. The 3rd-stage larvae of Anisakis simplex were collected from 121 fish (63.4%) of 15 species (N = 191) and from 8 squids (14.8%) of one species (N = 54), and they were total, 5,992 (81.8%). Out of remaining 1,335 larvae, 154 (2.1%) were classified as Thynnascaris type B from 23 fish of 4 species, 1,013 (13.8%) as Thynnascaris type C from 79 fish of 13 species. 164 (2.2%) as Hysterothylacium China type V from 20 fish of 4 species, 3 (0.04%) as Raphidascaris from 3 fish of 2 species and one was Pseudoterranova decipiens larva.
Animal ; Anisakiasis/veterinary* ; Anisakiasis/parasitology ; Anisakiasis/epidemiology ; Anisakis/isolation & purification ; Anisakis/classification* ; China ; Fish Diseases/parasitology* ; Fish Diseases/epidemiology ; Fishes ; Larva ; Seawater ; Squid/parasitology*

Chest pain of a non-cardiac origin is frequently seen in medical practice. This kind of chest pain is often difficult to differentiate from chest pain of a cardiac origin. Esophageal anisakis is a rare finding, but it can cause chest pain. We report here on a patient who had a history of acute myocardial infarction and who also had one stent inserted in his left anterior descending coronary artery two month previously. The patient presented with substernal chest pain that mimicked anginal chest pain. Endoscopic examination revealed a whitish linear worm that had had invaded the esophagogastric junction, and we removed the worm with biopsy forceps. We report here on a patient with an esophageal anisakiasis as a rare cause of noncardiac chest pain that mimicked anginal chest pain.
Anisakiasis* ; Anisakis ; Biopsy ; Chest Pain* ; Coronary Vessels ; Esophagogastric Junction ; Humans ; Myocardial Infarction ; Stents ; Surgical Instruments ; Thorax*

OBJECTIVEThe aim of this research was to investigate the third phase Anisakis simplex larvae (Anisakis L₃) infection in marine fish caught in Zhoushan Fishery and to find out its physicochemical and biological characteristics.

METHODSA total of 444 fish belonging to 29 species were dissected to isolate anisakis larvae which were then morphologically identified. The survival tolerance of Anisakis L₃ were observed in various conditions, such as in different temperature and medium.

RESULTSA total of 218 fish from 21 species were infected by Anisakis simplex larvae, yielding an overall infection rate of 49.10% (218/444). Trichiurus haumela, pneumatophorus japonicus, miichthys miiuy, argyrosomus argentatus and anguilliformes had high infection rate and had an average infection intensity of 15.28 per fish. 3332 Anisakis larvae were detected in 218 fish, among which Anisakis L₃ and Pseudoterranova larvae accounted for 99.46% (3314/3332) and 0.54% (18/3332) respectively. Anisakis L₃ was highly resistant to common condiment. We found the liquor with high concentration of alcohol showed better insecticidal effect than that with low concentration of alcohol (t = 4.105, P < 0.05) and low concentration mebendazole composite was not only more effective than high concentration mebendazole composite (F = 45.198, P < 0.01) but also more effective than other drugs, such as albendazole and mebendazole. Anisakis L₃ could live up to 9 h and 12 h at -20°C, -10°C respectively, however they were very sensitive to high temperature. It has been shown that they could only survive for less than 11 s and 1 s at 50°C and 60°C respectively.

CONCLUSIONThe observed Anisakis L₃ infection rate in the marine fish found in Zhoushan Fishery was very high. Anisakis L₃ showed high resistance to low temperature but not to high temperature.

Animals ; Anisakiasis ; parasitology ; veterinary ; Anisakis ; Fish Diseases ; parasitology ; physiopathology ; Fisheries ; Fishes ; parasitology ; Larva ; Temperature

Anisakiasis refers to the infestation of humans by a species of marine nematode larvae belonging to the subfamily Anisakidae, and this condition is seen in people who eat inadequately prepared or raw salt-water fish and squid. Because Koreans like to eat raw fish, anisakiasis of the stomach has been reported occasionally, but involvement of the small bowel or colon is relatively rare. In the case of the colon, anisakiasis of the ascending colon or the transverse colon has been only infrequently reported, and the incidence of rectal anisakiasis is very rare. The present case is a 58-year-old man with no definite abdominal symptoms who visited our hospital for a medical checkup. A 2 cm sized whitish linear live larva was revealed in the rectum and it was removed by colonoscopy.
Anisakiasis* ; Anisakis ; Colon ; Colon, Ascending ; Colon, Transverse ; Colonoscopy ; Decapodiformes ; Humans ; Incidence ; Larva ; Middle Aged ; Rectum ; Stomach

Anisakidosis is caused by Anisakis simplex and other anisakids larvae parasitizing marine fish and cephalopods. A lot of case reports about anisakidosis have been published in Korea because of raw fish eating habits. Recently seafood consumption has continued to increase due to health concerns and thus, it increases the risk for infectious diseases including anisakidosis. The aim of this review is to analyze the clinical and epidemiological characteristics of anisakidosis during the last 10 years in Korea, based on the case reports published from 2000 to 2010. The incidence age was changed from 30s and 40s to 50s. The young generation was considered to consume seafood in various ways, including raw fish as well. The most noticeable change was the appearance of Anisakis allergy patients over the last decade. The patients showed abdominal pain, urticaria after eating sea food. It reaffirmed that anisakid infection induces not only gastric and intestinal anisakidosis but also cause allergic reaction. Anisakid should be considered as a possible causative food allergen provoking allergic responses after eating raw fish.
Abdominal Pain ; Anisakis ; Cephalopoda ; Communicable Diseases ; Eating ; Humans ; Hypersensitivity ; Incidence ; Korea ; Larva ; Methylmethacrylates ; Polystyrenes ; Seafood ; Urticaria

Anisakiasis occurs when humans ingest raw or inadequately cooked saltwater fish or squid that is infested with anisakis larvae. The larvae invade the gastrointestinal mucosa and cause abdominal pain, nausea, vomiting and various gastrointestinal lesions. Anisakiasis of the stomach has been reported occasionally but involvement of the small bowel or colon is extremely rare. We report three cases of anisakiasis in the colon with a brief review of the relevant literature.
Abdominal Pain ; Anisakiasis* ; Anisakis ; Colon* ; Decapodiformes ; Humans ; Larva ; Mucous Membrane ; Nausea ; Stomach ; Vomiting