Skill UI

This guide functions as a sophisticated workflow router for authors targeting submission to Molecular Cell. It diagnoses the current stage of a manuscript (e.g., missing data, weak mechanism, need for rebuttal) and recommends the precise next specialized skill needed to address bottlenecks. It ensures the manuscript meets the high bar of mechanistic depth and orthogonal validation required by top-tier molecular biology journals.

This guideline assists researchers in structuring complex scientific manuscripts for top-tier journals like Molecular Cell. It details the required components—including Summary, Introduction, Results, Discussion, and STAR Methods—while adhering to strict word counts, display item limits, and narrative flow, ensuring the core scientific mechanism is presented clearly and persuasively.

This skill assesses the suitability and required rigor of a manuscript for the Molecular Biology and Evolution journal. It provides comprehensive guidelines covering specific scopes (e.g., population genetics, phylogenetics, positive selection), necessary methodological standards (including uncertainty quantification and addressing selection bias), and structural requirements for high-impact submissions in molecular evolution and genomics.

This comprehensive guide assists authors in determining if their molecular biology manuscript is optimally suited for Molecular Cell. It scrutinizes the necessary depth of mechanistic resolution, the required structural or biochemical evidence, and adherence to rigorous academic standards. It covers journal positioning, scope fitting (e.g., transcription, chromatin), and mandatory methodological components like STAR Methods and data deposition, ensuring authors meet the journal's high expectations.

A comprehensive guide for researchers targeting Molecular Ecology. It outlines the journal's scope, emphasizing that molecular methods must serve a clear ecological or evolutionary question, rather than being an end in themselves. It details required analyses (e.g., population genomics, phylogeography, eDNA), methodological rigor, and specific submission guidelines, ensuring the study's biological interpretation is strong and hypothesis-driven.

This skill provides a comprehensive framework for evaluating manuscript suitability for Molecular Psychiatry. It guides authors on journal positioning, required scope (e.g., psychiatric genetics, translational neuroscience), necessary evidence depth (dual-level evidence), structural guidelines, and official submission checklists to maximize publication chances.

This skill helps authors assess if their structural or molecular biology manuscript meets the high standards of Nature Structural & Molecular Biology. It guides manuscript framing, required evidence (e.g., high-resolution structures, functional assays), and adherence to the journal's strict guidelines. The core focus is ensuring that the biological mechanism, not just the structure obtained, is the primary finding.

A comprehensive skill for assessing whether a neuroscience manuscript meets the exacting standards of a top-tier journal. It guides authors through evaluating the conceptual advance, mandatory multi-level integration (molecular to behavioral), the necessity of causal intervention, and adhering to strict structural and methodological requirements (e.g., STAR Methods, data availability). Ideal for researchers aiming to refine their work before submission.

A comprehensive guide for authors targeting The EMBO Journal. This tool helps assess if a mechanistic molecular or cell biology manuscript is a good fit for the journal's rigorous standards. It covers required mechanistic depth, multi-line evidence expectations, house style, and provides a detailed, up-to-date submission checklist, ensuring authors maximize their chances of successful publication.

This guide assists authors in assessing whether their plant molecular or cell biology research meets the high mechanistic depth and rigor required by The Plant Cell journal. It covers required scope (e.g., hormone signaling, stress response), evidence standards (e.g., co-IP, ChIP-seq), and structural guidelines for maximizing submission quality and suitability.

This skill guides authors through the demanding requirements of publishing in The Plant Journal. It evaluates whether a plant-science manuscript provides a fully resolved, mechanistic gene-to-function narrative. It checks for necessary evidence across genetics, biochemistry, and cell biology, ensuring the work meets the highest standards of molecular rigor for top-tier scientific publication.

Biopython is a comprehensive Python library designed for computational molecular biology. It provides robust tools for handling biological sequences (DNA, RNA, Protein), structural analysis (PDB), sequence alignment, phylogenetic tree construction, and interfacing with major public databases like NCBI (Entrez). Ideal for researchers performing advanced bioinformatics tasks.