Tahseen Ullah* and Noor ul Amin

In Vitro Antibacterial Activity of Medicinal Plant Extracts
...fusion method to uncover antibacterial potential of the plants extracts. The antibacterial investigation was performed in three replicates using disc diffusion technique using Nutrient Agar Media for the growth of B. subtilis and E. coli bacteria. The ANOVA for inhibitions zones indicates the effect of plants, bacteria strains, and concentration on growth of bacteria in the bacteria growth culture medium and their interactions. The plants crude extracts were h...
Asma Chaudhary1, Qurat-ul-Ain Ahmad1, Afia Muhammad Akram1, Mehwish Iqtedar2 and Javed Iqbal Qazi3,*
...biotic treated feed with antibacterial potential against V. anguillarum was administered to experimental fishes in different groups; G1 (soon after challenge for 30 days), G2 (for 15 days prior and 30 days after challenge) and G3 (for 15 days prior to challenge). The survival rate of fishes was 60% in C2, 66% in G1, 83% in G2 and 76% in G3. Fishes subjected to V. anguillarum (C2) showed significant decrease in growth and biochemical constituents ...

Hafiz Muhammad Tahir*, Iram Liaqat*, Junaid Nadeem, Hammad Aamir and Shaukat Ali

...at spider silk possesses antibacterial potential dates back to the time of ancient Greece when it was frequently used as wound dressings. In recent years, several studies have investigated the alleged antibacterial potential of spider silk but the results have largely been inconclusive. The studies either failed to consider the inhibitory effects of the processing chemicals or did not investigate whether the inhibitory poten...

Nuzhat Munawar1, Abrar Hussain1, Imran Sajid2, Zahra Noreen1, Muhammad Aslam3*, Zeeshan Rehman1 and Aamir Ali3,4

...of active compounds. The antibacterial potential of various plant extracts was evaluated using well diffusion and disc diffusion assay against various disease-causing microorganisms. In the case of well diffusion assay, the plant exhibited a maximum 16mm inhibition zone against B. subtilis a minimum 10 mm inhibition zone against P. aeruginosa, with acetone extract. The same extract seems inactive against K. pneumoniae as compared to control. When tested on S. ...

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