nsfc-hypothesis

Build testable scientific hypotheses and key questions for NSFC medical grant proposals.

41|5|Updated Jul 11, 2026
One-click install
npx skills add https://github.com/Wesley-Yin77/nsfc_medicine_all --skill nsfc-hypothesis
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: nsfc-hypothesis
Source: https://github.com/Wesley-Yin77/nsfc_medicine_all/tree/main/nsfc-hypothesis
Command: npx skills add https://github.com/Wesley-Yin77/nsfc_medicine_all --skill nsfc-hypothesis

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This Skill helps transform scattered evidence, literature clues, and preliminary findings into a coherent, testable scientific hypothesis for NSFC medical grant proposals. It also sharpens the most important scientific bottlenecks into concise key scientific questions that reviewers can quickly understand.

Core Features & Use Cases

  • Evidence-to-logic synthesis: Connect molecular, pathway, phenotype, and disease evidence into a defensible causal chain.
  • Hypothesis formulation: Convert the chain into a standard NSFC-style hypothesis statement with clear, falsifiable predictions.
  • Key question refinement: Condense the core gaps into 2-3 progressive scientific questions suitable for proposal writing.
  • Use case: If you already have a candidate gene, pathway data, and some preliminary results, this Skill helps you decide what the central hypothesis is and how to phrase the key questions in a reviewer-friendly way.

Quick Start

Give the Skill your disease topic, available evidence, and preliminary results, and ask it to build a testable NSFC scientific hypothesis and 2-3 key scientific questions.

Frequently Asked Questions about nsfc-hypothesis

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

FAQPage Schema
How do I write a testable scientific hypothesis for an NSFC medical grant proposal?

Building an NSFC scientific hypothesis requires synthesizing scattered literature and preliminary findings into a defensible causal chain, then formulating that chain into a standard, falsifiable hypothesis statement with clear predictions.

What is evidence chaining in biomedical grant writing and how does it work?

Evidence chaining in biomedical grant writing connects molecular, pathway, phenotype, and disease evidence into a coherent causal chain. It applies rigorous falsifiability checks to ensure your scientific hypothesis remains defensible and testable for reviewers.

How do I condense research gaps into key scientific questions for an NSFC proposal?

Condense research gaps into key scientific questions by identifying core scientific bottlenecks from your evidence chain and formatting them into 2-3 progressive, concise questions suitable for reviewer-oriented NSFC proposal writing.

Can I use preliminary results and pathway data to formulate my NSFC mechanism framing?

Yes, you can use candidate gene data, pathway results, and preliminary findings to formulate NSFC mechanism framing. The process synthesizes this evidence to decide your central hypothesis and phrase reviewer-friendly key scientific questions.

Does this approach to hypothesis refinement work for scattered literature clues without complete data?

Hypothesis refinement works with scattered literature clues and incomplete preliminary findings by connecting available molecular and phenotype evidence into a coherent causal chain, though rigorous falsifiability checks require defensible core links.