postmarginal vein is distinctly shorter than stigmal vein.

No abstract

A prospective study was conducted to identify the risk factors associated with the incidence of Canine Parvoviral Enteritis (CPE) in dogs. Total of 120 animals screened using PCR assay, 72.50 percentage of animal were found positive for Canine Parvo Virus (CPV). Incidence in history of unvaccinated and vaccinated dogs was 79.69 and 64.29 per cent respectively. Age-wise predisposition of CPE indicated that the highest incidence was observed in both less than 3 months (78.08 %) and 3 to 6 months of age group (77.42 %) followed by 6 to 12 months of age group (34.50 %). Incidence of CPE in scheduled and unscheduled vaccination was 30.00 and 83.33 per cent respectively. In this study, unvaccinated status, unscheduled vaccination and young age groups are found to be significant risk factors associated with the occurrence of CPE.

The emerging coronaviral infection named as COVID-19 was officially declared as pandemic on 11, March 2020 by WHO. It has so far been reported from 215 countries or territories affecting about twenty seven million people infected globally. The novel attributes on COVID-19 with sporadic reports on animal, alarms the future chances of animal mediated COVID-19 transmission. Despite lockdown in two-third of the global population, health officials are worried about the risky nature of animal infection in the current pandemic situation. The reverse zoonotic index cases in the current epidemic reported sporadically in animals through infected humans. Reported evidence suggests that bat as the major reservoir involved in COVID-19. However, still, the role of intermediate host involvement in the human COVID-19 transmission from the bat is not yet understood. It is clear that humans play a potent source of infection to transmit the disease to other humans and animals. A literature survey was conducted to a) understand the level of animal’s involvement in COVID19 pandemic and b) to measure the amount of risk of reverse zoonoses in pet animals, exposed animals etc. The epidemiological investigation suggested the need for strong surveillance on the human-animal interface area with strict advisory measures to combat this dangerous disease transmission to humans and other animals. Hence understanding animal’s role in the current pandemic is of prime importance in devising preparedness and control strategies through unique one health approach. In implementing suitable research protocol at animal-human interface along with environment by devising appropriate control strategies will reduce the future reverse zoonosis risk in the current pandemic through a holistic one health drive.

Emerging infectious diseases and antibiotic resistance impose major threats to animals and humans throughout the world. The Emergence of various infectious and pandemic diseases alarms the need for prophylactic and therapeutic regimens in protecting both animals and humans. Hence, researchers are trying to identify newer methodologies to overcome the existing issues for better immune response and antibiotic resistance. In this view, chicken immunoglobulin Y (IgY) has gained momentum due to its role in prophylactic, therapeutic and diagnostic modalities with varying success rate. In an unpredictable and contagious COVID-19 like situations, the role of passive immunization through chicken immunoglobulin has turned to be important for controlling infectious disease transmission. This review focus on the immunoprophylactic and immunotherapeutic role of IgY in human and animal diseases and to explore the use of IgY for veterinary and human medicine.