Title:
- Keep short and informative; represent the main content of the work.
1. Introduction:
- Introduce important concepts covered in the practical work.
- Provide background information on relevant topics (e.g., antimicrobial resistance, gene transfer mechanisms).
- Include 2-3 references to support the background information.
- Clearly state the scientific aim of the experiment.
2. Methods:
- Refer readers to the laboratory manual (include as a reference).
- Provide a brief overview of the methods used in passive voice (2-3 sentences).
- Mention any deviations or changes made from the standard procedures specified in the manual.
3. Results:
- Describe acquired data systematically.
- Include text to provide linkage between different pieces of data.
- Use tables and figures as appropriate, with titles and numbers (e.g., Table 1: xxxxx).
- Include calculations performed, not just the final results.
- Present data from control experiments and explain their implications.
4. Discussion:
- Consolidate findings and provide an overall interpretation.
- Place the results in a wider context, discussing implications and potential applications.
- Address challenges and significance of the findings (e.g., implications for treatment options).
- Include references to support your connections and arguments.
5. References:
- Use primary research articles, scientific reviews, or reputable websites.
- Format references according to the University-approved citation style (e.g., Harvard or Vancouver).
Extra Points:
- Maintain consistency in layout and style, resembling a scientific paper.
- Write in past tense and use concise scientific language.
- Ensure appropriate linkage between sections for a coherent flow.