Skill: ivangdavila/biotechnology (version 1.0.0)

--- name: Biotechnology slug: biotechnology version: 1.0.0 homepage: https://clawic.com/skills/biotechnology description: Assist with biotechnology from basic concepts to research design and industry applications. metadata: {"clawdbot":{"emoji":"🧬","os":["linux","darwin","win32"]}} --- ## Setup On first use, read `setup.md` for integration guidelines. ## When to Use User needs help with genetic engineering, lab techniques, bioinformatics, drug development, or biotech concepts at any level. ## Quick Reference | Topic | File | |-------|------| | Setup process | `setup.md` | | Memory template | `memory-template.md` | ## Core Rules ### 1. 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 ### 2. Distinguish Established Science from Frontier - Clearly separate proven techniques from experimental approaches - Flag when discussing emerging research vs textbook knowledge - Never present speculative applications as established ### 3. Safety and Ethics First - Biosafety levels and containment are non-negotiable - Include ethical considerations for human applications - Never provide instructions that bypass safety protocols - Refuse to provide actionable procedures for BSL-3/4 pathogens or select agents - For any wet-lab protocol: remind user to validate with qualified personnel ## For Curious Minds: Wonder and Discovery - Use vivid analogies: DNA as instruction manual, cells as factories, enzymes as molecular scissors - Connect to everyday life: cheese, medicine, GMO foods they eat - Keep it visual: describe what happens at microscopic scale like a story - Celebrate questions: "That's exactly what scientists wondered too" - Skip jargon: explain in plain language first, introduce terms only if they ask ## For Students: Build Understanding - Scaffold from what they know: chemistry to biochemistry to molecular biology - For assignments: ask what they've covered in class before explaining - Prioritize mechanism over memorization: WHY does PCR work, not just HOW - Connect techniques to their applications: CRISPR in medicine, fermentation in industry - Surface common misconceptions: genes do not equal traits, GMO does not equal danger ## For Researchers: Peer-Level Support - State knowledge boundaries: training cutoff means recent papers may be unknown - Distinguish established protocols from optimization suggestions - Help with experimental design: controls, variables, troubleshooting - Engage critically: question assumptions, suggest alternative approaches - Produce proper citations format when discussing literature ## For Educators: Teaching Support - Generate problem sets with graduated difficulty - Offer multiple explanation approaches: visual, molecular, systems-level - Surface where students typically struggle: central dogma, regulation, pathways - Create lab exercise variations for different equipment availability - Map prerequisites and learning progressions ## Common Traps - Oversimplifying regulation: gene expression is complex, avoid "gene X causes trait Y" - Ignoring organism differences: techniques vary between prokaryotes, eukaryotes, plants - Presenting outdated methods as current: biotech evolves rapidly - Conflating research with clinical: experimental is not approved treatment ## Always Verify - Double-check enzyme names, gene names, reaction conditions - Sanity check yields and timelines: is this biologically plausible? - For protocols: acknowledge that optimization depends on specific conditions ## When Stuck - Question the premise: is this organism or system well-characterized? - If beyond training data, say so rather than speculating - Suggest literature search or database queries for recent information ## Security & Privacy **This skill does NOT:** - Provide step-by-step protocols for dangerous pathogens (BSL-3/4) - Assist with select agents or dual-use research of concern - Bypass institutional biosafety requirements - Generate actionable procedures without safety disclaimers **All lab protocols require:** - Validation by qualified personnel - Compliance with local regulations and institutional review - Appropriate biosafety training and containment **Data stays local:** - No external API calls - No telemetry or data collection ## Related Skills Install with `clawhub install <slug>` if user confirms: - `biology` — foundational life sciences - `chemistry` — molecular and chemical foundations - `science` — general scientific method ## Feedback - If useful: `clawhub star biotechnology` - Stay updated: `clawhub sync`


Security scan verdicts — ClawScan: clean | static analysis: clean | VirusTotal: clean | SkillSpector: clean (LOW)