Hussein Aly Hussein1*, Omneya Mohamed Khattab2, Shereen Mohamed Aly2, and Mohammed Abdel Mohsen Rohaim1
...te the potential role of ixodid (hard) ticks in the transmission of lumpy skin disease (LSD), which is an economically important disease of cattle and is caused by the LSD virus (LSDV). LSD is endemic in most countries of Africa and Middle East and can be transmitted either by mechanical as well as intrastadial and transstadial routes. Since capripoxviruses are serologically identical, their specific identification relies exclusively on the use of molecular to...
Shahid Hussain Farooqi1,*, Muhammad Ijaz1, Muhammad Hassan Saleem1, Muhammad Imran Rashid2, Muhammad Oneeb2, Amjad Khan3, Amjad Islam Aqib1 and Shakeel Mahmood4
Nosheen Rafiq1, Asmatullah Kakar2,*, Arshad Ghani3, Asim Iqbal2, Wali Mohammad Achakzai2, Shagufta Sadozai2, Mohammad Shafiq4 and Mohammad Alam Mengal5
Qingying Jia1, Hui Wang1, Tianhong Wang1, Na Dong1, Shuguang Ren1,2, Xiaolong Yang1, Jingze Liu1,* and Zhijun Yu1,3,*
Jaime Molina-Ochoa1, 2, 6,*, Edelmira Galindo-Velasco2, Ana María Rosales-Gutiérrez2, Martín González-Ramírez3, Roberto Lezama-Gutiérrez3, Wilberth Chan-Cupul3, Steven R. Skoda4, Muhammad Irfan Ullah5, Luis Jorge García-Márquez2 and John E. Foster6
Saleh S. Alhewairini1,* and Mahmoud M. Al-Azzazy1,2
Muhammad Shoaib1, Imran Rashid1*, Haroon Akbar1, Ali Ahmad Sheikh2, Shahid Hussain Farooqi3, Muhammad Asif3, Mumtaz Ali Khan4, Shakeel Mahmood5 and Farhan Anwar Khan6
...assess the prevalence of ixodid ticks and associated animals’ related risk factors. A total of 434 tick infested cattle from three districts were examined conveniently. The genus Rhipicephalus was the most prevalent (68.4%) followed by Hyalomma (19.6%) and mixed tick infestation (12%) in all study districts, respectively. The difference in prevalence of tick infestation was non-significant among the breeds with the exception of crossbred ca...
Laura Alejandra Arriola-Mosqueda1, Yadira Jiménez-Lara2, Eugenia del Carmen Prieto-Avella1, Carlos Ricardo Cruz-Vazquez3, Roberto Montesinos-Matias4, Mauricio Valencia-Posadas2, Ana Martha Cruz-Avalos5, Jaime Molina-Ochoa6,7 and César Andrés Angel-Sahagún2,*
Houqiang Luo1*, Yanfang Lan2, Ping Gan3, Wenjun Zhou4, Meng Wang1,
Bing Hu5, Zhuning Zhang5, Yu Bai1* and Kun Li6*
Sadaf Shahid1, Abdul Razzaq2, Gul-Makai1, Asim Shamim3*, Hafiz Muhammad Rizwan4, Rana Hamid Ali Nisar5, Qaiser Akram6, Mohsin Nawaz3
Alisher Safarov1*, Nasreen Nasreen4, Firuza Akramova5, Shukhrat Djabbarov1, Adolat Mirzaeva5, Javokhir Esonboev5, Djalaliddin Azimov5, Mourad Ben Said2,3
... most dominant among the ixodid ticks. Insects comprised nine species from five families: Trichodectidae (1 species), Linognathidae (1 species), Pulicidae (4 species), Culicidae (2 species), and Hippoboscidae (1 species). The domestic dog exhibited the highest ectoparasite species diversity, with 21 identified species, while domestic and jungle cats harbored only four species each. Conclusions: This study sheds light on the diversity, infestation rates, and va...
Anisa Mushtaq1, Murtaz ul Hasan1*, Asim Shamim2, Muhammad Ali Abdullah Shah1, Muhmamad Arif Zafar3, Abdul Asim Farooq4, Aayesha Riaz1, Muhammad Kamran1 and Saif ur Rehman1
... justify;">Ticks (Acari: ixodid) are notorious blood sucking ecto-parasites of wide range of animals which serve as vector of different types of pathogens like viruses, bacteria, rickettsia and protozoa and cause mortality in humans and animals. This study was focused on morphological and molecular identification of ixodid ticks, using morphological keys and an internal transcribed spacer (ITS-2) Deoxyribonucleic acid (DNA)....
