AI Use Cases for Biochemistry at HWS

I'm a Biochemistry student at HWS. My task: Explain enzyme kinetics concepts — Clarify Michaelis-Menten and Vmax in plain language.

Start with a one-sentence definition, then explain it as if I'm 10, then give a real-world analogy. Finish by flagging anything scholars genuinely disagree about — and tell me what you're unsure of.

I'm a Biochemistry student at HWS. My task: Summarize a journal article's abstract — Condense a paper on protein folding into key findings.

Give me (1) a three-sentence summary, (2) five bullet-point key claims, and (3) anything the author asserts without supporting evidence. Text below:

[PASTE THE TEXT HERE]

I'm a Biochemistry student at HWS. My task: Define metabolic pathway terms — Explain glycolysis intermediates and regulatory steps.

Define each term in one clear sentence, then give a concrete example of each in context. Once I've read them, quiz me on them one at a time and tell me what I got wrong and why.

I'm a Biochemistry student at HWS. My task: Draft an email to a research lab PI — Compose a professional request to join a lab.

Keep it under 150 words: polite, specific, with one clear ask. Give me two versions — one formal, one warmer. Don't include real names, ID numbers, or anything private.

I'm a Biochemistry student at HWS. My task: Brainstorm hypotheses for a buffer experiment — Generate testable ideas about pH effects on activity.

Give me 10 options grouped into 3 themes, then mark the 3 most original and explain what makes them stronger.

I'm a Biochemistry student at HWS. My task: Explain a mechanism from a textbook figure — Walk through an enzyme's catalytic mechanism step by step.

I'm uploading an image. Describe what you can actually see first, then interpret it, and tell me what you're uncertain about.

I'm a Biochemistry student at HWS. My task: Create a mnemonic for amino acid properties — Build a memory aid for classifying the twenty residues.

I have [X hours per week] and my exam is on [DATE]. Build a week-by-week plan with specific deliverables, and for each week give me a way to check I've actually learned it.

I'm a Biochemistry student at HWS. My task: Summarize lecture notes into a one-pager — Condense a lecture on the citric acid cycle.

Give me (1) a three-sentence summary, (2) five bullet-point key claims, and (3) anything the author asserts without supporting evidence. Text below:

[PASTE THE TEXT HERE]

I'm a Biochemistry student at HWS. My task: Explain how a spectrophotometer measures concentration — Clarify the Beer-Lambert law application.

Start with a one-sentence definition, then explain it as if I'm 10, then give a real-world analogy. Finish by flagging anything scholars genuinely disagree about — and tell me what you're unsure of.

I'm a Biochemistry student at HWS. My task: Define terms for a molecular biology quiz — Explain transcription, translation, and post-translational modification.

Define each term in one clear sentence, then give a concrete example of each in context. Once I've read them, quiz me on them one at a time and tell me what I got wrong and why.

I'm a Biochemistry student at HWS. My task: Build a study guide for a metabolism exam — Organize pathways, enzymes, and regulation into structured review.

I have [X hours per week] and my exam is on [DATE]. Build a week-by-week plan with specific deliverables, and for each week give me a way to check I've actually learned it.

I'm a Biochemistry student at HWS. My task: Compare protein purification methods — Synthesize tradeoffs of chromatography techniques for a report.

Give me a table of the key similarities and differences, then one short paragraph on which difference matters most and why.

I'm a Biochemistry student at HWS. My task: Interpret a Lineweaver-Burk plot — Analyze kinetic data to identify inhibition type.

I'm uploading an image. Describe what you can actually see first, then interpret it, and tell me what you're uncertain about.

I'm a Biochemistry student at HWS. My task: Plan a multi-week lab research project — Sequence experiments, controls, and timelines toward a goal.

Break this into phases with milestones, working backwards from [DUE DATE]. Include the top 3 risks and how I'd mitigate each.

I'm a Biochemistry student at HWS. My task: Synthesize literature on a signaling pathway — Combine multiple papers into a mechanism summary.

Group the sources below into themes, show where they agree and disagree, and name the gap that's left. Do not invent sources.

[PASTE SOURCES OR ABSTRACTS HERE]

I'm a Biochemistry student at HWS. My task: Use AI to design PCR primers with checks — Draft primer sequences and verify melting temperatures manually.

Tell me what's wrong, explain why it happens, then give the corrected version. Walk through the fixed code line by line with a concrete input.

[PASTE YOUR CODE AND THE ERROR HERE]

I'm a Biochemistry student at HWS. My task: Write and debug Python to analyze assay data — Script curve fitting for kinetic parameters and validate output.

Tell me what's wrong, explain why it happens, then give the corrected version. Walk through the fixed code line by line with a concrete input.

[PASTE YOUR CODE AND THE ERROR HERE]

I'm a Biochemistry student at HWS. My task: Model protein-ligand binding computationally — Run and interpret docking simulations, verifying against literature.

Tell me what's wrong, explain why it happens, then give the corrected version. Walk through the fixed code line by line with a concrete input.

[PASTE YOUR CODE AND THE ERROR HERE]

I'm a Biochemistry student at HWS. My task: Design a rigorous enzyme-inhibition study — Develop hypotheses, controls, and statistical plan for publication-quality work.

Propose a research question, hypotheses, method, sample and sampling strategy, and the analysis plan. Then critique the weaknesses of your own design.

I'm a Biochemistry student at HWS. My task: Perform statistical analysis of gene expression — Code differential expression tests and confirm assumptions.

I'm uploading my dataset. First describe what's in it and flag any data-quality problems, then answer my question, and show the code you ran so I can check it myself.