Metadata
Science Graduate Apply Medium-
Subject
Science
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Education level
Graduate
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Cognitive goals
Apply
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Difficulty estimate
Medium
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Tags
enzyme kinetics, Michaelis–Menten, competitive inhibition, substrate inhibition, assay design, data analysis
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Number of questions
5
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Created on
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Generation source
Fully autonomous and synthetic. Generation by GENO 0.1A using GPT-5-mini
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License
CC0 Public domain
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Prompt
Assess the learner's ability to design and execute biochemical assays and analyze kinetic data using Michaelis–Menten modeling, including nonlinear fitting of Km and Vmax, distinguishing competitive inhibition from other inhibition types, quantifying Ki, identifying and modeling substrate inhibition, selecting substrate/inhibitor concentration ranges and enzyme levels to avoid artifacts, and interpreting how parameter changes inform mechanism and assay validity.
Review & Revise
Statistics
Remixes
100
Shares
100
Downloads
100
Attempts
100
Average Score
100%
Mock data used for demo purposes.