Skill UI

A comprehensive guide to restructuring scientific manuscripts from a collection of isolated findings into a single, compelling, and cohesive narrative arc. It forces the story into a Hypothesis → Mechanism → Significance structure, ensuring that every figure advances a central, airtight argument, crucial for top-tier journal submissions.

This guide details the stringent requirements for writing high-stakes scientific summaries, such as those required by top-tier journals. It teaches how to condense complex research into a single, unstructured, quantitative paragraph (≤ 150 words) that explicitly names the underlying mechanism, answers the 'how,' and conveys broad significance to a general life-science readership. Focuses on structure, clarity, and impact.

A comprehensive guide for converting manuscripts from traditional author-date citation styles to the current Molecular Cell/Cell Press numbered format. This skill details the mechanics of in-text superscripts (ordered by first appearance), the creation of a single, continuous numbered reference list, and the required formatting for journal articles, books, and datasets. It ensures authors correctly transition their work to meet rigorous academic publishing standards.

A guide for researchers on transforming diverse experimental results into a single, coherent, and highly focused molecular narrative. It teaches the structure required for top-tier molecular biology publications, emphasizing the link between the molecular actor, the proven mechanism, and the physiological consequence. Essential for shifting the focus from a 'catalog of techniques' to a unified, powerful scientific argument.

This comprehensive guide instructs authors on creating mandatory, high-impact scientific communication artifacts for top-tier journals. It covers writing concise, mechanistic 'Highlights' (3-4 bullet points), developing an accessible, third-person eTOC blurb, and designing a single-panel Graphical Abstract. Essential for late-stage manuscript polishing and maximizing scientific impact.

A comprehensive guide on structuring and writing high-impact scientific summaries, specifically modeled after the standards of journals like Molecular Cell. This skill teaches how to transform raw research findings into a single, polished, unstructured paragraph (~150 words). The summary must explicitly name the molecular mechanism, provide quantified evidence, establish the biological context, and articulate the physiological significance, ensuring the writing is clear for a specialized molecular biology readership.