Identification of co-infection by rotavirus and parvovirus in dogs with gastroenteritis in Mexico

Ortega, Ariadna Flores; Martínez-Castañeda, José Simón; Gómez, Lina Marcela González; Muñoz, Raúl Fajardo; Hernández, Israel

doi:10.1016/j.bjm.2017.03.008

Cited by 37 publications

(44 citation statements)

References 14 publications

(19 reference statements)

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“…Enteric mixed infections in dogs have been previously reported that were caused by simultaneous infection with viral, bacterial, and parasitic agents [6], as well as with multiple viral agents [7,8,17]. Most of the studies of CaKV in dogs have reported the presence of coinfections with other enteric viruses, such as CPV-2 and CCoV [3-5, 14, 15, 22].…”

Section: Discussionmentioning

confidence: 99%

“…Gastroenteritis caused by viruses is one of the leading causes of dog hospitalization, especially in puppies under 1 year of age [17]. The viruses frequently associated with gastroenteritis in dogs are canine parvovirus type 2 (CPV-2), canine distemper virus (CDV), canine coronavirus (CCoV), rotaviruses, adenoviruses, and novel viruses that include sapovirus and kobuvirus [14].…”

Section: Introductionmentioning

confidence: 99%

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Detection of canine kobuvirus RNA in diarrheic fecal samples of dogs with parvoviruses

et al. 2019

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Canine kobuvirus (CaKV) is a member of the Picornaviridae family and the Kobuvirus genus. CaKV was first described in fecal samples from diarrheic dogs in the USA in 2011, with subsequent reports in the UK, Italy, South Korea, China, Tanzania, and Japan. CaKV is frequently identified in feces of animals with or without clinical signs of gastroenteritis. The present study investigated the presence of CaKV in fecal samples from 53 diarrheic dogs from Londrina, southern Brazil. Using a RT-PCR assay, CaKV RNA was identified in three dogs, resulting in an overall occurrence rate of 5.7%. In addition, coinfection with canine parvovirus subtype 2b was detected in all CaKV-positive diarrheic fecal samples. Using a phylogenetic analysis based on the VP1 gene sequence, the Brazilian CaKV field strains were found to be very similar to a previously identified CaKV strain from Brazil that was found in the tissue of a puppy and were also found to be clustered with other CaKV strains detected worldwide and other kobuvirus strains identified in mouse, feline, and human hosts.

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Section: Discussionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Detection of canine kobuvirus RNA in diarrheic fecal samples of dogs with parvoviruses

et al. 2019

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“…Other studies confirm that CDV is present in Brazil (Budaszewski et al 2014, Monteiro et al 2016, Alves et al 2018), Chile (Acosta-Jamett et al 2011, Colombia (Espinal et al 2014), Cuba (González-Chávez et al 2017), Ecuador (DiGangi et al 2019 including the Galápagos Islands (Levy et al 2008 (Gizzi et al 2014) [EB1]. Other studies show that CPV2 is present in Argentina (Calderón et al 2011(Calderón et al , 2015, Brazil (Alves et al 2018, Headley et al 2018, Chile (Acosta-Jamett et al 2015), Colombia (Duque-García et al 2017), Cuba (Pino-Rodríguez et al 2018), Ecuador (Levy et al 2008, Aldaz et al 2013, De la Torre et al 2018, DiGangi et al 2019, Mexico (Ortega et al 2017) and Uruguay (Pérez et al 2007, Puentes et al 2012, Maya et al 2013 [EB1].…”

Section: Canine Distemper Virusmentioning

confidence: 99%

Recommendations on vaccination for Latin American small animal practitioners: a report of the WSAVA Vaccination Guidelines Group

Day

Crawford

Marcondes

et al. 2020

J of Small Animal Practice

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Executive Summary The World Small Animal Veterinary Association Vaccination Guidelines Group has produced global guidelines for small companion animal practitioners on best practice in canine and feline vaccination. Recognising that there are unique aspects of veterinary practice in certain geographical regions of the world, the Vaccination Guidelines Group undertook a regional project in Latin America between 2016 and 2019, culminating in the present document. The Vaccination Guidelines Group gathered scientific and demographic data during visits to Argentina, Brazil and Mexico, by discussion with national key opinion leaders, visiting veterinary practices and review of the scientific literature. A questionnaire survey was completed by 1390 veterinarians in five Latin American countries and the Vaccination Guidelines Group delivered continuing education at seven events attended by over 3500 veterinarians. The Vaccination Guidelines Group recognised numerous challenges in Latin America, for example: (1) lack of national oversight of the veterinary profession, (2) extraordinary growth in private veterinary schools of undetermined quality, (3) socioeconomic constraints on client engagement with preventive health care, (4) high regional prevalence of some key infectious diseases (e.g. feline leukaemia virus infection, canine visceral leishmaniosis), (5) almost complete lack of minimal antigen vaccine products as available in other markets, (6) relative lack of vaccine products with extended duration of immunity as available in other markets, (7) availability of vaccine products withdrawn from other markets (e.g. Giardia vaccine) or unique to Latin America (e.g. some Leishmania vaccines), (8) accessibility of vaccines directly by pet owners or breeders such that vaccination is not delivered under veterinary supervision, (9) limited availability of continuing education in veterinary vaccinology and lack of compulsion for continuing professional development and (10) limited peer‐reviewed published scientific data on small companion animal infectious diseases (with the exception of leishmaniosis) and lack of support for such academic research. In this document, the Vaccination Guidelines Group summarises the findings of this project and assesses in evidence‐based fashion the scientific literature pertaining to companion animal vaccine‐preventable diseases in Latin America. The Vaccination Guidelines Group makes some recommendations on undergraduate and postgraduate education and academic research. Recognising that current product availability in Latin America does not permit veterinarians in these countries to vaccinate according to the global World Small Animal Veterinary Association guidelines, the Vaccination Guidelines Group makes a series of “pragmatic” recommendations as to what might be currently achievable, and a series of “aspirational” recommendations as to what might be desirable for the future. The concept of “vaccine husbandry” is addressed via some simple guidelines for the management of vaccine products i...

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“…Previously, only the G3P[3] genotype had been described in dogs, until a bovine G8P[1] genotype was isolated from a young dog in 2015 (Luchs et al, 2012;Sieg et al, 2015). The isolation and characterization of G3P [3] have been extensively reported in dogs, but information about the prevalence of RVA in dogs is still limited (Otto et al, 2015;Ortega et al, 2017;Alves et al, 2018). As canine RVAs have zoonotic potential between humans and dogs, further investigation of the molecular prevalence of RVA in dogs is needed (Wu et al, 2012;Luchs et al, 2012;Papp et al, 2015).…”

mentioning

confidence: 99%

“…In this study, an RVA positive sample, detected by RT-PCR as described by Ortega et al (2017), was used to isolate the virus. Moreover, this fecal sample was detected as negative for canine parvovirus type 2, canine coronavirus and canine distemper virus by PCR assay (Decaro et al, 2004;Decaro et al, 2005;Elia et al, 2006).…”

mentioning

confidence: 99%

Genome analysis of a G9P[23] group A rotavirus isolated from a dog with diarrhea in China

Yan

Tang

Kan

et al. 2019

Infection, Genetics and Evolution

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Genotype G9 is an emerging genotype among species A rotavirus (RVA) circulating in humans and pigs worldwide. In this study, an RVA strain designated RVA/Dog-tc/CHN/SCCD-A/2017/G9P[23] was isolated in cell culture from a pet dog stool sample with acute diarrhea, and its whole genome was sequenced. The genotype constellation of SCCD-A was G9-P[23]-I5-R1-C1-M1-A8-N1-T1-E1-H1. All genome segments except the VP1 gene were closely related to the genes from porcine RVA strains or porcine-like human RVA strains. On the other hand, the VP1 gene clustered in a distinct lineage only with that of a G5P[6] porcine-like human RVA, preventing the identification of the exact host species origin, but very unlikely to be originated from human RVA. In addition, phylogenetic analysis showed that the G9 VP7 gene of SCCD-A clustered into a novel sublineage within the lineage III of G9. This first isolation of a G9P[23] RVA from a pet dog may justify the exploration of the role dogs play in the interaction of RVA circulating in pigs and humans.

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Identification of co-infection by rotavirus and parvovirus in dogs with gastroenteritis in Mexico

Cited by 37 publications

References 14 publications

Detection of canine kobuvirus RNA in diarrheic fecal samples of dogs with parvoviruses

Detection of canine kobuvirus RNA in diarrheic fecal samples of dogs with parvoviruses

Recommendations on vaccination for Latin American small animal practitioners: a report of the WSAVA Vaccination Guidelines Group

Genome analysis of a G9P[23] group A rotavirus isolated from a dog with diarrhea in China

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