Skill UI

Deep research and scientific writing assistant that produces LaTeX/BibTeX documents with verified citations for papers, proposals, reports, and reviews, ensuring well-formatted, citation-backed outputs for academic or clinical contexts.

A comprehensive skill for creating technical and scientific documentation using Markdown as the source format, enhanced by embedded Mermaid diagrams. This method establishes text-based diagrams as the canonical standard, ensuring that all visualizations are clean, editable, and highly readable in version control systems like Git. It is ideal for generating reports, architectural diagrams, workflows, and any content that requires cross-platform rendering and version history.

Draft, revise, and audit scientific manuscripts with evidence provenance, reporting guideline coverage, authorship accountability, confidentiality controls, and consistency checks. Use for manuscript sections, references, declarations, tables, figures, or submission preparation.

This comprehensive guide outlines the critical steps authors must take after their manuscript has been accepted by a journal. It guides users through the transition from academic writing to scientific publishing quality control, covering copyright agreements, mandatory metadata filling (e.g., funding, affiliations), rigorous formatting checks (references, formulas, figures), and the multi-stage proofreading (proofsheet) process to ensure zero-defect publication.

A comprehensive guide for technical authors preparing manuscripts for prestigious Chinese academic journals, specifically targeting the rigorous standards of Acta Electronica Sinica (AES). This skill covers multiple critical areas, including title formatting, structured abstracts, unit usage, formula typesetting, figure/table standards, and rigorous citation guidelines (GB/T 7714). Use this guide to ensure your paper is professionally polished, highly rigorous, and ready for expert review, significantly minimizing formatting deductions and enhancing academic credibility.

This skill acts as a comprehensive router for writing high-impact scientific manuscripts, such as those intended for Cell Press journals. It does not perform specialized analysis but guides the user through the optimal sequence of steps—from initial scope assessment and study design to statistical rigor, figure presentation, and final revision. Use this when diagnosing manuscript bottlenecks or determining the next logical writing stage.

This tool acts as an orchestrator for academic manuscripts submitted to Conservation Biology. It guides authors through the entire scientific writing lifecycle, helping them determine the appropriate article type (e.g., Review, Essay, Contributed Paper) and the necessary sequence of sub-skills (from study design to data analysis and relevance checks). It ensures the final work has direct, transferable implications for the conservation of biological diversity.

This guide provides strict stylistic and structural guidelines for drafting scientific manuscripts intended for Earth and Planetary Science Letters (EPSL). It focuses on transforming regional descriptions into process-focused arguments, managing word count, and ensuring clarity for a highly cross-disciplinary scientific readership.

This skill serves as the central orchestrator for Field Crops Research (FCR) manuscripts. It guides researchers through the entire writing lifecycle by first enforcing a critical 'scope gate' (checking for field-based, multi-environment relevance). It then intelligently routes the user based on the project stage, article type (e.g., Original Research, Review, Opinion), and necessary steps, ensuring the manuscript is scientifically viable before any content drafting begins.

This skill provides a rigorous review pass for drafting or polishing academic manuscripts for general agronomists. It enforces strict structural discipline (Introduction, Methods, Results, Discussion), ensuring the writing is quantified, generalizable, and scientifically interpretive. Ideal for refining abstracts, highlights, and discussions where the goal is to elevate local findings into broad, theory-driven scientific contributions.

A structured methodology for transforming highly technical, narrow scientific findings into a high-impact, broad narrative suitable for top-tier scientific journals. It guides authors to shift focus from mere background reporting (lab reports) to stating a generalized, surprising advance and its broad implications, ensuring the 'so what?' question is answered immediately.