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Bioactive Pathway Poster

Chaque flèche sourcée, chaque effet étiqueté.

Un guide d'affiche scientifique pour une voie bioactive : un tableau nœuds-arêtes vérifié où chaque flèche porte son effet et sa source, disposé en zones étiquetées pour que le lecteur puisse suivre le mécanisme sans guide.

Aperçu de Bioactive Pathway Poster
Idéal pour
Chercheurs, étudiants et communicants scientifiques présentant le mécanisme d'un composé
Temps nécessaire
~15 min pour une première ébauche
Niveau
Avancé

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Contenu du pack

Un fichier SKILL.md (le guide pratique) + un modèle de départ. Aperçu :

Bioactive Pathway Poster

When to use

  • You're presenting a poster on a bioactive compound's mechanism and your current draft is a wall of text with a pathway diagram nobody can follow
  • Your pathway has 8–30 interacting nodes (compounds, proteins, genes, cellular outcomes) and the relationships matter as much as the parts
  • Readers keep asking "so what does it actually do?" because the diagram shows connections but not the direction of effects
  • You're preparing a conference poster, a lab-meeting figure, or a review figure that must survive scrutiny from people who know the field
  • You need a figure that a non-specialist can read at a glance and a specialist can check node by node

Workflow

  1. Define the pathway scope (input: research question + sources → output: scope statement)
    One sentence: "This poster shows how {compound} affects {process} in {system}." List what's in scope and what's deliberately excluded. A poster that tries to show everything shows nothing — exclusion is a design decision, not a gap.
  2. Build the node-and-edge table (input: primary literature → output: verified table)
    Every node (compound, receptor, enzyme, gene, cellular outcome) gets: name, type, role in one phrase, source citation. Every arrow gets: from → to, effect (activates / inhibits / converts / upregulates / downregulates), evidence strength, source citation. No arrow without a source. If you can't source it, it doesn't go on the poster.
  3. Lay out the flow (input: node-and-edge table → output: layout plan)
    Read left-to-right or top-to-bottom: trigger → mediators → cellular outcomes. Group related nodes into labeled zones (e.g., membrane, cytoplasm, nucleus). Keep arrow crossings minimal — if arrows tangle, split the pathway into two panels rather than drawing spaghetti.
  4. Label for two audiences (input: layout plan → output: label set)
    Every node labeled with its standard name; every arrow labeled with its effect; a one-line takeaway per zone; a legend defining arrow types, colors, and symbols; abbreviations defined on the poster, not assumed. A reader should be able to trace the mechanism without you standing next to them.
  5. Review for accuracy (input: full draft → output: checked poster)
    Check every node name, every arrow direction, every effect against its source. Have a colleague in the field review it. Fix or remove anything you can't source — an unsourced arrow on a conference poster is a question you don't want.

Output spec

Aperçu du modèle

Bioactive Pathway Poster — Planning Template

Fill this in before drawing anything. No arrow goes on the poster without a row in the tables below.

Poster title: {…}

Scope sentence: "This poster shows how {compound} affects {process} in {system}." In scope: {…} Deliberately excluded: {…}

Node table

Edge (arrow) table

Layout plan

  • Reading direction: {left-to-right / top-to-bottom}
  • Zones: {e.g. Membrane → Cytoplasm → Nucleus}
  • Panels: {one panel / split into two — reason: …}
  • Takeaway per zone:
  • {Zone 1}: {one line}
  • {Zone 2}: {one line}

Legend

  • Solid arrow = {direct activation}
  • Blunt line = {inhibition}

Le pack de compétence lui-même (SKILL.md + modèle) est rédigé en anglais.

Pro — les 511 compétences

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