Background: In line with Universiti Sains Islam Malaysia’s (USIM) tagline ‘Exploring Islamic Science, Spearheading Knowledge’, we embarked on a new paradigm of teaching by integrating naqli components into the microbiology and immunology curriculum. The main objective of this integration was to enhance students’ appreciation towards Islam and Science, so that they would become good Muslim doctors. The naqli components were delivered through various teaching and learning techniques such as lectures, seminars, and online assignments. Methods: A total of eighty year 3 students from Faculty of Medicine and Health Sciences, USIM were involved in this study. They were exposed to the new method of teaching for the whole academic year, session 2014/ 2015. The effectiveness of this program was evaluated through questionnaires, given at the end of academic session. Outcome: More than 90% students agreed that the integration were clearly delivered, relevant to the topics at hand and enhanced their knowledge. Most students (>90%) preferred interactive lectures rather than students’ initiated method such as seminar and speaker’s corner. About two third of the students did not prefer online method. Moreover, 15.9% of them said the allotted time was insufficient and 46% agreed that there was inadequate resources in the library. Conclusions: The integration of naqli components into microbiology subject was favoured by students. However, it should be improved with allocation of more slots, upgrading of online system and increment of relevant library resources. Looking forward, we are convinced this is the way to go in producing holistic doctors equipped with necessary knowledge, both in aqli and naqli to further advance Medicine and Islam.

Clostridium difficile naturally inhabits intestinal tract of animals including humans. Spores of C. difficile are known contaminant in the Environment. Indiscriminate use of antibiotics has led to the emergence of a powerful resistance determinant (known as Metallo resistant genes) in many bacteria worldwide. Multidrug resistant bacteria (MRB) pose threats to health globally. This study aims to determine the distribution of Metallo resistant Clostridium difficile in hospital environment within Yola. A total of 150 surface samples from the hospital wards were collected from Federal Medical Centre, Yola (FMC) and Specialist hospital, Yola (SHY) Adamawa state, Nigeria. Clostridium difficile were recovered by inoculating samples in modified Cycloserine-cefoxitin fructose broth (CCFB) and Cycloserine-cefoxitin fructose agar (CCFA). Screening of isolates for extended spectrum β-lactamase (ESBL) and metallo-β-lactamase enzymes was done by double disc diffusion method and Imipenem-EDTA combined disc test respectively. A total of 18 C. difficile isolates were obtained and found to be extended spectrum β-lactamase (ESBL) positive. 16 (88.89 %) of the Clostridium difficile were found to be metallo-β-lactamase positive. Polymerase chain reaction showed that 11 (61.1%) of the isolates possess bla-IMP metallo resistant gene. This study suggests that multidrug resistant C. difficile with metallo resistant genes are wide spread in hospital settings and there is need for relevant authorities to improve on the sanitization of environment as well as continuous surveillance to hinder C. difficile transmission.