SCBE603: Molecular Genetics and Molecular Methodologies

Assessment 

Purpose

The aim of this module is to provide students with knowledge of the principles and methods of gene technology, and how these may be applied in identified contexts. This module is compulsory for students enrolled in the Biotechnology Endorsement.

Learning Outcomes

By the end of this course ākonga will be able to:

• Describe the structure and physical properties of nucleic acids.
• Interpret gene structure and replication.
• Explain prokaryotic and eukaryote gene expression and control.
• Compare and contrast gene transfer mechanisms.
• Investigate and perform gene cloning and analysis techniques.
• Illustrate with examples the broad uses and potential of gene technology, and the application in a specified industrial context.
• Explain NZ legislation controlling the use and application of gene technology.

Task

This assessment requires you to take a 1.5h quiz that covers material from the first eight weeks of the course. This assessment requires you to conduct a laboratory study to identify an unknown organism. Laboratory records will be used to write a professional laboratory report. Research how molecular tools are used to study the microbial microbiome and illustrate with an example of a research study that has been published.

Learning Outcome:

• Describe the structure and physical properties of nucleic acids. 
• Interpret gene structure and replication. 
• Explain prokaryotic and eukaryote gene expression and control. 
• Compare and contrast gene transfer mechanisms.
• Investigate and perform gene cloning and analysis techniques. 
• Illustrate with examples the broad uses and potential of gene technology, and the application in a specified industrial context.
• Explain NZ legislation controlling the use and application of gene technology.
• Investigate and perform gene cloning and analysis techniques.
• Illustrate with examples the broad uses and potential of gene technology, and the application in a specified industrial context.

Assessment Summary

The assessment aimed to evaluate the student’s understanding of gene technology principles, molecular biology techniques, and their real-world applications. It consisted of three primary components:

1. A 1.5-hour quiz assessing theoretical understanding from the first eight weeks of coursework.
2. A laboratory study requiring the identification of an unknown organism using molecular techniques.
3. A research-based written report explaining how molecular tools are applied to study microbial microbiomes, supported with a published research example.

Through this assessment, students demonstrated their ability to:

• Describe nucleic acid structure and properties.
• Interpret gene structure, replication, and expression.
• Compare gene transfer mechanisms across organisms.
• Apply gene cloning and analysis methods in a laboratory setting.
• Understand New Zealand’s legislation regulating gene technology.
• Evaluate industrial and research applications of genetic engineering.

Academic Mentor’s Step-by-Step Guidance Approach

Step 1: Understanding the Assessment Scope

The mentor began by clarifying each component of the assessment the quiz, the laboratory practical, and the research report. Students were guided to align their focus with key learning outcomes and to connect theoretical understanding with practical application.

Step 2: Preparing for the Quiz

To help the student perform effectively, the mentor suggested reviewing lecture materials and molecular diagrams related to DNA/RNA structure, gene expression, and replication mechanisms. Practice questions were discussed to reinforce comprehension of prokaryotic vs. eukaryotic systems.

Step 3: Conducting the Laboratory Study

During the laboratory component, the mentor guided the student through:

• Proper use of molecular tools (PCR, gel electrophoresis, sequencing).
• Recording and analyzing experimental data systematically.
• Identifying the unknown organism based on genetic markers.
  The mentor emphasized accuracy in lab note-taking and interpretation of results, ensuring alignment with professional laboratory standards.

Step 4: Research and Report Development

For the research report, the mentor directed the student to explore current studies on microbial microbiomes, demonstrating how molecular tools such as metagenomics and 16S rRNA sequencing are used in modern research. The student was encouraged to critically analyze a published study and apply similar reasoning when illustrating their own findings.

Step 5: Review and Refinement

Finally, the mentor assisted the student in reviewing their report for clarity, logical flow, and compliance with academic writing standards. Emphasis was placed on linking results to broader gene technology applications and reflecting on ethical and legal implications under New Zealand’s biotechnology legislation.

Outcome and Learning Achievements

By completing the assessment under guided mentorship, the student successfully:

• Demonstrated strong theoretical understanding of nucleic acid structure, gene replication, and expression mechanisms.
• Applied practical molecular techniques to identify microorganisms accurately.
• Showcased analytical and research skills through critical evaluation of molecular microbiome studies.
• Linked classroom learning to real-world biotechnology and industrial applications.
• Understood ethical and regulatory considerations in genetic research within New Zealand.

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