Skill UI

A guide for structuring rigorous economic policy manuscripts for a dual audience. It dictates that the main text must be non-technical and policy-first, written accessibly for policymakers, while all technical derivations, proofs, and full estimators are relegated to the appendix to maintain academic rigor.

This guide provides comprehensive instructions for creating a robust, reproducible artifact package for database systems research. It details best practices including containerization, pinning workloads, generating a permanent DOI-archived record, and designing the package to be successfully built and demonstrated on a reviewer's clean machine within a tight time budget. The goal is to strengthen scientific rigor and ensure permanent, open-access citation.

This comprehensive guide outlines the mandatory steps for authors preparing their accepted EDBT paper for open-access publication on OpenProceedings.org. It details critical processes, including template adherence, completing the CC-BY-NC-ND open-access license, entering ISBN metadata, de-anonymizing content, and permanently linking artifacts using DOIs, ensuring a smooth publishing workflow.

A comprehensive guide detailing the multi-cycle, rolling model for EDBT research submissions. It covers the entire review pipeline, from initial program committee evaluation and author-feedback exchange, through the accept/revise/reject decision, and critically, the in-cycle revise-and-resubmit stage. The guide also contrasts EDBT's open-access, three-cycle cadence with other top-tier database conferences (e.g., SIGMOD, VLDB).

This guide helps researchers determine the optimal venue for their database project, analyzing whether the work belongs at EDBT, SIGMOD, VLDB, ICDE, or a dedicated theory venue like ICDT. It provides frameworks for choosing the right conference based on contribution type (systems, theory, experiments), open access preferences, and submission cycle proximity.

This skill provides comprehensive guidance for authors targeting eLife, an open-access journal in life sciences. It details the unique Reviewed-Preprint model, covering rigorous standards for reproducibility, transparency, and evidential strength. Use this guide to assess if your manuscript, regardless of its novelty, aligns with eLife's mandate for open science and robust scientific reporting.

This guide provides comprehensive guidelines for creating professional, compliant, and scientifically rigorous figures, tables, and the mandatory Table of Contents (TOC) graphic for scientific manuscripts. It emphasizes self-contained data presentation, showing uncertainty, accessibility, and optimizing content placement between the main article and supporting information.

This guide helps authors polish their academic prose for submission to Entrepreneurship Theory and Practice (ETP). It focuses on adjusting the narrative style to be theory-forward, highly accessible, and deeply grounded in concrete entrepreneurial realities. It provides specific structural advice for improving the introduction, transforming the abstract into a clear contribution statement, and strengthening the practice implications.

A detailed guide for creating scientifically rigorous, self-contained figures and tables (exhibits) for agricultural manuscripts. It covers best practices for reporting quantitative data, including mandatory elements like error terms (SED/LSD), proper plot selection (e.g., AMMI/GGE biplots, response curves), and ensuring accessibility and reproducibility for agronomy reviewers.

A comprehensive guide for authors preparing manuscripts for Global Change Biology (GCB). It details the requirements for scientific exhibits, mandating a mechanism-first approach that clearly links environmental drivers to biological responses. Covers graphical abstract construction, ensuring visible uncertainty, and maximizing data accessibility for publication.

Provides comprehensive guidelines for designing scientific exhibits, including figures, tables, maps, and Highlights, for interdisciplinary, policy-relevant manuscripts. It emphasizes making data self-contained, focusing on the human/policy dimensions rather than just biophysical trends, and ensuring accessibility across various formats (grayscale, print).

Genomic Intelligence provides powerful, hosted transformer models for advanced genomic analysis. Users can input a DNA/FASTA sequence and receive structured predictions for key regulatory features, including promoter regions, splice sites, enhancer activity, chromatin state, gene expression (log TPM), and de-novo gene annotation. This service operates via a REST API or MCP server, eliminating the need for local GPU hardware or model weights, making complex bioinformatics accessible through sequence input.