Benha University

شعبان صابر محمد خلف الله

أستاذ

كلية الطب البيطري صحة وسلوكيات ورعاية الحيوان

Evaluation the efficacy of two categories of disinfectants, traditional and Nano types on Brucella microorganism in different conditions

Advances in Animal and Veterinary Sciences • 2022
العودة
معلومات البحث
المؤلفون Khalafallah, S.S.1, Zaki, H.M.2, Seada A.S
الكلمات المفتاحية Not Available
المجلة العلمية Advances in Animal and Veterinary Sciences
الناشر Not Available
المجلد Not Available
العدد Not Available
الصفحات Not Available
publication.type Local
رابط البحث Not Available
المواد المرفقة Not Available
الملخص
Brucellosis is a zoonotic disease that transmitted by many ways between animals and humans.
Disinfection of environments surrounded animals and good removal of infection from animal house has a
very important role in the prevention and control of brucellosis. In our study we used some types of
disinfectants against Brucella melitensis to evaluate its efficacy and if it is effective against Brucella
melitensis in different environmental conditions. Our study included some traditional types of disinfectants
and antiseptics (Virkon® S, Cidex, Sodium hypochlorite, Betadine and Dettol) and three types of Nanodisinfectants (Dettol with Silver-NPs, Glutaraldehyde with silver-NPs and Calcium oxide-NPs). Reduction
rate was used for estimation the efficacy of different types of used disinfectants. The results showed that
the bactericidal effects of the used disinfectants were influenced by increasing of their concentration and
more exposure time specially Vircon S, however presences of dirty conditions and low temperature
significantly decrease the efficacy of disinfectants specially Dettol. In other side Nano-disinfectants had
better effect than ordinal types specially Glutaraldehyde with silver NPs. Our study suggested that Brucella
melitensis is affected by commonly used disinfectants. However, the bactericidal efficacy was decreased
with presence of dirty conditions and low temperatures. Nano-disinfectants had superior effect on Brucella.
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