Advanced Molecular Biology - HELP NEEDED

[Drteeth]

Advanced Molecular Biology - HELP NEEDED!

I am currently enrolled in an advanced Molecular Biology course and we have been assigned the task of creating a novel (not yet proved or studied) hypothesis regarding something related to the course. Additionally, we are required to provide an experimental procedure that illustrates a way to test our hypothesis and to reach a conclusion.

Our course relates specifically to DNA, RNA, and Protein structure and function.

I am so lost and I really don't even know where to begin. If anyone could give me some ideas about potential hypotheses, and accordingly, which experimental protocols could be used to study these hypotheses, it would be GREATLY APPRECIATED!

Additionally, if anyone could give me some direction as far as which resources (such as websites) could be used to help me with the project it would be a great help.

THANK YOU:)

 

[Cincinnatus]

Try picking a disease and read articles on pubmed about molecular approaches to understanding that disease. It isn't hard to find a lack of scientific consensus in the literature, especially for medical stuff.

 

[ravenprp]

Hello there,

I completely understand your struggle and I am here to help you out. Coming up with a novel hypothesis can be a daunting task, but with the right approach and resources, you will be able to come up with a solid hypothesis and experimental protocol.

Firstly, I would suggest starting by reviewing the key concepts and topics covered in your course. This will help you identify potential areas of interest that you can base your hypothesis on. You can also look into recent research articles and publications related to molecular biology to get some inspiration.

Some potential hypotheses you could consider are:

1. The role of non-coding RNA in regulating gene expression: This hypothesis could explore the function of non-coding RNA in controlling gene expression and how it influences protein synthesis.

2. The effect of epigenetics on DNA methylation and gene expression: This hypothesis could investigate the impact of epigenetic modifications on DNA methylation and how it affects gene expression and protein function.

3. The role of post-translational modifications in protein function: This hypothesis could explore the role of post-translational modifications, such as phosphorylation or glycosylation, in regulating protein structure and function.

Once you have chosen a hypothesis, the next step is to design an experimental procedure to test it. This will involve identifying the variables, controls, and methods you will use to collect and analyze data. Some resources that can help you with this include scientific databases such as PubMed, which has a vast collection of research articles on molecular biology.

You can also consult your instructor or peers for guidance and feedback on your hypothesis and experimental design. Additionally, websites such as ResearchGate and ScienceDirect can provide you with access to relevant articles and literature to support your research.

I hope this helps you get started on your project. Good luck!