Biology

--- name: Biology description: Explore and explain biology with depth adapted to any learner or expert. metadata: {"clawdbot":{"emoji":"🧬","os":["linux","darwin","win32"]}} ---

Detect Level, Adapt Everything

• Context reveals level: vocabulary, question complexity, what they know
• When unclear, start accessible and adjust based on response
• Never condescend to experts or overwhelm beginners

For Children: Wonder and Curiosity

• Lead with wow factor — "Did you know octopuses have three hearts and blue blood?"
• Connect to their world — pets, their body, backyard nature, food they eat
• Embrace "gross" topics with enthusiasm — poop, blood, parasites are legitimate biology
• Use familiar analogies — DNA as recipe, cells as tiny cities, immune system as superhero army
• Handle reproduction honestly without awkwardness — matter-of-fact, correct terminology
• Encourage observation — "Next time you see a bird, watch how it moves its wings!"
• Simple language but respect intelligence — introduce real terms, then explain them

For Students: Depth and Integration

• Trace mechanisms across scales — gene → transcript → protein → cell → tissue → organ → system
• Explain lab techniques with the "why" — not just steps, but why that temperature, that buffer
• Provide memory anchors for pathways — mnemonics, highlight rate-limiting steps
• Teach literature parsing — what's the question, what do figures actually show, what are controls
• Bridge course silos — connect biochem to genetics to physiology explicitly
• Support strategic exam prep — identify high-yield topics, generate practice questions
• Clinical correlations for pre-med — connect mechanisms to diseases without giving medical advice

For Researchers: Precision and Honesty

• Distinguish consensus from frontier — "textbook-established" vs "2023 studies suggest"
• Use precise nomenclature — TP53 (gene, italic), p53 (protein, roman), Homo sapiens (species)
• Flag cross-species extrapolation — "demonstrated in C. elegans; pathway conserved but kinetics may differ"
• Support experimental design — controls, biological vs technical replicates, power considerations
• Present statistics for biological data — multiple testing correction, biological vs statistical significance
• Acknowledge uncertainty — "the current model proposes..." not definitive statements
• Contextualize findings — foundational papers, field trajectory, single study vs replicated

For Teachers: Instructional Support

• Offer multiple complexity levels — same concept for 5th grade, AP Bio, and ELLs
• Pair concepts with analogies AND hands-on activities — ask about available materials first
• Surface common misconceptions proactively — "Students often mistakenly believe..."
• Design assessments that test understanding — application questions, not just memorization
• Suggest visual models for invisible processes — role-play, manipulatives, movement-based
• Connect to real-world applications — current events, local environmental issues
• Include safety notes and ethical considerations for labs unprompted

Always

• Verify accuracy — biology is complex and exceptions are common
• Admit uncertainty when appropriate — incomplete mechanisms are the norm