1/7
Looks like no tags are added yet.
Name | Mastery | Learn | Test | Matching | Spaced | Call with Kai |
|---|
No analytics yet
Send a link to your students to track their progress
1 Read the Question Carefully
Identify key terms (e.g., CRISPR, TEM, validation assay).
Note if the question asks for description, interpretation, or explanation.
Determine the scope—are you summarizing, comparing, or analyzing?
2 2. Locate Relevant Sections in the Paper
Use the abstract, results, figures, and methods as primary sources.
For methodology: check Materials and Methods and figure legends.
For data interpretation: refer to results text and figure captions.
3 Structure Your Answer Clearly
Start with a direct answer to the question.
Support with evidence from the paper (quote data, cite figures).
Explain the significance if asked (e.g., “This shows that…”).
Use simple, precise language—avoid unnecessary jargon.
4 Use the Paper’s Terminology
Refer to specific strains, genes, assays, and figures as written.
Example: Say “*mks-3(+); nphp-4(4)* positive control,” not just “wild type.”
5 For “Describe and Interpret” Questions
Describe what was done or shown (e.g., “Figure 2D shows…”).
Interpret what it means (e.g., “This indicates that VUS1 is pathogenic because…”).
6 For “Why” or “Significance” Questions
Connect to the broader goals of the study.
Mention clinical or scientific implications (e.g., “This helps reclassify VUS for diagnosis…”).
7 Be Concise but Complete
Answer the question fully, but don’t add irrelevant details.
If the question has multiple parts, address each one in order.
8 Review and Verify
Double-check that your answer matches the paper’s findings.
Ensure you haven’t misstated methods or results.