Sameera Akhtar1*, Muhammad Akram Muneer1, Khushi Muhammad1, Muhammad Yasin Tipu1, Muhammad Anees2, Imran Rashid1, Raza-ur-Rehman3 and Irshad Hussain1
...ed from an outbreak in a peacock flock was undertaken. Proteolytic cleavage site of F0 showed a cleavage motif (112RRQKR↓F117), representative of a velogenic serotype. Moreover, based on F and HN gene nucleotide sequence analysis, the isolate clustered as genotype VII closely associated to those reported from Indonesia. Further sequence analysis of hyper-variable region within F gene revealed its clustering to sub-genotype...
Amna Kausar1,2, Sana Anwar1, Naila Siddique2, Safia Ahmed1 and Javid Iqbal Dasti1,*
...ld birds was as follows; peacock (n=35; 14%), duck (n=5; 2%), migratory water fowl (n=3; 1%), pheasant (n=2; 0.8%), grey leg goose (n=1; 0.4%), turkey (n=1; 0.4%), eagle (n=1; 0.4%) and crane (n=1; 0.4%), for domesticated bird species sero-prevalence was; broiler (n= 152; 60%), rural poultry (n=14; 6%), domestic desi birds (n=12; 5%), pigeons (n=9; 3.6%), desi chicken (n=9; 3.6%), broiler breeder (n=3; 1%) and layer (n=2; 0.8%). Overall sero-prevalence was 53%...
Aqsa Fayyaz1, Muhammad Kashif Zahoor1*, Asma Ashraf2, Muhammad Asif Zahoor3, Azhar Rasul2, Humara Naz Majeed4, Muhammad Zulhussnain1, Kanwal Ranian1, Bushra Riaz1, Nazia Khalil1 and Attaullah1
...sticated (i.e. chickens, peacock, pet birds) and wild birds, which is excreted in the fecal material of infected birds. The house fly, Musca domestica L. can gain entry into the poultry flocks and will feed on poultry droppings and potentially serves as a mechanical vector for Newcastle disease. During the current study, houseflies were captured and examined for the presence of NDV. A total of 80 samples were collected from eight different poultry farms locate...
