concept2cure-design

Port Concept2Cure.RI design-system surfaces into the v2 codebase with token-driven styling.

1|Updated Nov 13, 2025
One-click install
npx skills add https://github.com/concept2cure/ClinicalSageAI-2-replit --skill concept2cure-design
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: concept2cure-design
Source: https://github.com/concept2cure/ClinicalSageAI-2-replit/tree/main/design-system
Command: npx skills add https://github.com/concept2cure/ClinicalSageAI-2-replit --skill concept2cure-design

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Centralizes and enforces the canonical Concept2Cure.RI design system so every surface port into the v2 codebase is pixel-accurate, token-driven, and compliant with project contracts.

Core Features & Use Cases

  • Ensures token-first styling by enforcing usage of colors_and_type.css across all ported surfaces.
  • Guides 1:1 replication of UI kit surfaces (Home, MDX workstreams, and project shells) to maintain visual consistency.
  • Maintains discipline for motion, typography, and copy rules, while documenting design-system decisions and open questions for designers.

Quick Start

Port a surface by verifying token usage, pixel fidelity, and legacy-deletion criteria before integration.

Frequently Asked Questions about concept2cure-design

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I port a design system UI to a new codebase while keeping pixel-perfect fidelity?

Porting a design system UI with pixel-perfect fidelity requires enforcing token-first styling from a central CSS file and verifying exact class names against the original surfaces. This ensures 1:1 visual replication across all ported workstreams.

What is token-first styling in frontend design system migration?

Token-first styling in frontend design system migration enforces usage of centralized tokens, such as those in colors_and_type.css, across all surfaces. It ensures visual consistency by mandating exact class names and token-driven styling rules during the codebase port.

How do I enforce design system tokens when porting MDX workstream surfaces?

To enforce design system tokens when porting MDX workstream surfaces, apply the canonical colors_and_type.css file across all components. Verify token usage, pixel fidelity, and legacy-deletion criteria before integrating the ported surfaces.

Does a Claude.ai-faithful UI port require deleting legacy frontend code?

Yes, a Claude.ai-faithful UI port requires mandated deletion of legacy UI when the new ported surfaces ship. This enforces the centralized design system as the single source of truth and prevents legacy styling conflicts.

Can I use this design system port approach for medical device 510(k) and PMA surfaces?

Yes, the design system port approach applies to medical device 510(k) and PMA surfaces. It covers the entire MDX workstream, including Overview, 510(k), PMA, CER, and Precedent surfaces, ensuring pixel-accurate and compliant replication.

What's the best way to maintain UI consistency across multiple ported frontend surfaces?

The best way to maintain UI consistency across ported frontend surfaces is centralizing the design system as a single source of truth. It enforces token-driven styling, exact class names, and discipline for motion, typography, and copy rules.