BMS654 Molecular Biology Of Diseases UITM Assignment Sample Malaysia

The course “BMS654 Molecular Biology of Diseases” offered at UITM (Universiti Teknologi MARA) in Malaysia aims to provide students with essential theoretical knowledge required to comprehend the genetic and molecular mechanisms underlying human diseases. The primary focus is on understanding diseases like cancer at the molecular level, enabling the identification of molecular targets and the development of specific drugs with improved efficacy and minimal side effects. The BMS654 course explores the potential of the next generation of therapeutics resulting from this approach. Notably, molecular pathology related to infectious diseases will be covered in a separate course.

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Assignment Brief 1 : Discuss the genetics and molecular mechanisms underlying common heritable diseases including molecular techniques as diagnostic tools.

In this assignment, you will delve into the genetics and molecular mechanisms responsible for common heritable diseases. Begin by explaining the concept of heritable diseases and how genetic factors play a crucial role in their development and inheritance. Explore various types of heritable diseases, including monogenic and polygenic disorders, and provide examples of each.

Next, discuss the molecular mechanisms underlying these diseases. You can focus on specific pathways, genes, or mutations that contribute to the development and progression of certain heritable diseases. Highlight how alterations at the molecular level lead to clinical manifestations and symptoms.

To address molecular techniques as diagnostic tools, discuss advanced genetic testing methods such as polymerase chain reaction (PCR), next-generation sequencing (NGS), and gene expression analysis. Explain how these techniques can aid in the accurate and early diagnosis of heritable diseases, allowing for better patient management and personalized treatment plans.

Assignment Brief 2 : Explain current technologies for improvement of diagnosis and treatment of diseases.

In this assignment, you will explore the latest technologies used in the field of medicine to improve the diagnosis and treatment of various diseases. Start by discussing how advancements in medical technology have revolutionized healthcare and patient outcomes.

Cover diagnostic technologies such as medical imaging techniques (MRI, CT scans, ultrasound), biomarker-based tests, point-of-care testing, and telemedicine. Explain the benefits of each technology, their applications in different medical fields, and how they aid in early and accurate disease detection.

For the treatment aspect, focus on emerging technologies such as gene therapy, immunotherapy, targeted therapies, and regenerative medicine. Describe how these innovative approaches work, the diseases they target, and their potential advantages over traditional treatment methods.

Additionally, discuss the challenges and ethical considerations associated with implementing these technologies on a broader scale, as well as the future prospects of medical technology and its potential impact on healthcare.

Assignment Brief 3 : Perform scientific experiments on molecular diagnostics of diseases.

In this assignment, you will design and perform scientific experiments related to molecular diagnostics of diseases. Begin by selecting a specific disease of interest, preferably one with well-established molecular markers or genetic mutations.

Outline the objectives of your experiment, which may include identifying specific genetic mutations, measuring gene expression levels, or analyzing biomarker profiles associated with the chosen disease.

Describe the experimental methods and techniques you will use, such as PCR, Western blotting, microarrays, or NGS. Justify your choices and explain how each method contributes to achieving the experiment’s objectives.

Conduct the experiment step-by-step, providing detailed protocols and data analysis. Interpret the results obtained and discuss their significance in the context of disease diagnosis and potential therapeutic implications.

Summarize your findings and conclude with suggestions for future research or improvements to the experimental approach.

Assignment Brief 4 :Demonstrate social communication skills in group tasks on selected emerging technology for the treatment of diseases

In this assignment, you will participate in a group task focused on an emerging technology for the treatment of diseases. Collaborate with your peers to select a specific emerging technology, such as gene editing (CRISPR-Cas9), nanomedicine, or artificial intelligence in healthcare.

Divide the group’s tasks, assigning each member specific roles and responsibilities to promote effective teamwork. Research the selected technology thoroughly and gather relevant information about its applications, benefits, and potential challenges.

Prepare a group presentation or report that includes the following elements:

• Introduction to the chosen emerging technology and its significance in healthcare.
• Explanation of how the technology works and its potential for disease treatment.
• Discussion of the diseases that the technology targets and its current stage of development.
• Analysis of the social and ethical implications associated with the technology’s implementation.
• Case studies or examples of successful applications of the technology in medical settings.
• Group discussions on the challenges and opportunities related to adopting the technology on a larger scale.
• Conclusion with the group’s collective opinion on the future prospects and impact of the technology.

During the presentation or report, demonstrate effective social communication skills, such as active listening, clear articulation of ideas, and respectful engagement with group members and the audience. Encourage open discussions, address any conflicts that arise within the group, and foster a collaborative environment to ensure a successful and informative task outcome.

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