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BMS661 Proteomics UITM Assignment Answer  Malaysia

The BMS661 Proteomics course at UITM introduces students to the field of proteomics, focusing on its diverse applications and technical aspects of proteomic analysis. The course begins with a review of the relationship between DNA and proteins, as well as the utilization of bioinformatics in proteomics. It then covers the fundamental principles of protein separation, identification, and quantification using different methods. Special attention is given to modified proteins, which are a major focus in proteomic studies, along with the specific techniques involved. Students will also learn about various techniques for determining interacting proteins. Lastly, the course explores the wide-ranging applications of proteomics in multiple fields.

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Assignment Brief 1 : Illustrate the principles and mechanisms for protein separation, identification and advance protein characterisation techniques.

Proteins are essential biomolecules that play crucial roles in various cellular processes. The separation, identification, and characterization of proteins are fundamental steps in understanding their structure, function, and interactions. This assignment requires you to illustrate the principles and mechanisms behind these processes and explore advanced techniques used for protein characterisation.

Protein Separation:

Explain the different methods of protein separation, such as: 

  • Gel Electrophoresis: Discuss the principles of SDS-PAGE and native PAGE, which separate proteins based on size and charge.
  •  Chromatography: Describe various chromatographic techniques like ion-exchange, size-exclusion, and affinity chromatography, used for protein separation based on different properties
  • 2D Electrophoresis: Explain the combination of isoelectric focusing and SDS-PAGE for high-resolution protein separation.

Protein Identification: 

Discuss the techniques used to identify proteins after separation, including: 

  • Mass Spectrometry: Elaborate on how this technique measures the mass-to-charge ratio of peptides to identify proteins through databases and spectral matching. 
  • Edman Degradation: Explain the N-terminal sequencing method for identifying individual amino acids in a protein. 
  • Tandem Mass Spectrometry: Describe how MS/MS is used for peptide sequencing and protein identification.

Advanced Protein Characterization Techniques: 

Explore sophisticated techniques to gain detailed insights into proteins:

  • X-ray Crystallography: Discuss the principles of determining protein structures by analyzing X-ray diffraction patterns.
  •  Nuclear Magnetic Resonance (NMR) Spectroscopy: Explain how NMR helps study protein structures and dynamics in solution.
  • Cryo-Electron Microscopy: Illustrate how cryo-EM is used to visualize the 3D structures of proteins at high resolution.

Assignment Brief 2 : Elaborate with relevant examples how developments in proteomics have help advance understanding of cellular biology and disease.

Proteomics, the large-scale study of proteins, has revolutionized our understanding of cellular biology and disease mechanisms. In this assignment, elaborate on relevant examples that highlight how proteomics advancements have contributed to these areas:

  • Cellular Signaling: Explain how proteomics has helped identify and characterize key signaling pathways, providing insights into cell communication and regulatory processes.
  • Biomarker Discovery: Discuss how proteomics has facilitated the discovery of disease-specific biomarkers, aiding in early diagnosis and personalized medicine approaches.
  • Drug Development: Elaborate on how proteomics has accelerated drug target identification and validation, leading to the development of more effective therapeutics.
  • Post-Translational Modifications: Illustrate how proteomics has shed light on post-translational modifications like phosphorylation, glycosylation, and acetylation, influencing protein function and cellular processes.
  • Systems Biology: Explain how proteomics data integrated with other omics data (genomics, transcriptomics) has allowed the construction of comprehensive cellular models, enhancing our understanding of complex biological systems.

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Assignment Brief 3 : Perform laboratory experiments in protein separation and analysis and report the results.

In this assignment, you are required to perform laboratory experiments involving protein separation and analysis. The report should include the following:

  • Experimental Setup: Describe the apparatus and materials used for protein separation and analysis, including the type of gel, buffer system, and chromatographic columns.
  • Protein Sample Preparation: Explain how the protein sample was prepared, highlighting the source of proteins and any purification steps undertaken.
  • Protein Separation: Provide a step-by-step account of the chosen protein separation technique (e.g., SDS-PAGE, chromatography) and the separation results.
  • Protein Analysis: Discuss the methods employed for protein identification, such as mass spectrometry, Edman degradation, or other relevant techniques.
  • Results and Interpretation: Present and analyze the experimental results, including any challenges encountered during the process.
  • Conclusion: Summarize the outcomes of the experiment and draw relevant conclusions about the effectiveness and applicability of the chosen protein separation and analysis methods.

Assignment Brief 4 : Demonstrate autonomous learning ability to retrieve biological information from protein databases and public repositories for analysis.

To design synthetic biology constructs, autonomous learning skills can be demonstrated through the effective use of online tools and databases. Here’s a step-by-step guide:

  • Familiarization: Begin by familiarizing yourself with the basic concepts of synthetic biology through online courses, tutorials, and reading materials.
  • Online Databases: Utilize genetic databases like NCBI GenBank and JBEI Registry to access existing genetic parts and sequences.
  • Bioinformatics Tools: Explore bioinformatics tools like SnapGene, Benchling, and Geneious for DNA sequence analysis and manipulation.
  • Genetic Circuit Design: Use software tools like iBioSim and TinkerCell to design genetic circuits and simulate their behavior.
  • CRISPR Design: For CRISPR-based applications, use tools like CHOPCHOP and E-CRISP to design gRNAs and predict potential off-target effects.
  • Literature Review: Conduct literature reviews through online databases like PubMed to gather insights on similar projects and best practices.
  • Online Communities: Join synthetic biology forums and online communities to seek advice and collaborate with others in the field.
  • Experimental Design: Plan experiments to validate your synthetic biology constructs and utilize online lab protocols and resources.
  • Data Analysis: Learn data analysis techniques using tools like R or Python for interpreting experimental results.
  • Documentation: Practice documenting your work effectively to maintain a record of your designs, experiments, and results.

By actively engaging with online resources and integrating information from various sources, you can demonstrate autonomous learning skills in synthetic biology design. Always prioritize safety, ethical considerations, and responsible use of the technology throughout the process.

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