Skill UI

NeuroKit2 is a Python biosignal processing toolkit for ECG, EEG, EDA, RSP, EMG, and EOG data that automates cleaning, feature extraction, and HRV/complexity analysis for psychophysiology, clinical, and HCI studies.

End-to-end Neuropixels recording analysis covering SpikeGLX/OpenEphys/NWB loading, preprocessing, motion correction, Kilosort4 sorting, quality metrics, Allen/IBL curation, and AI-assisted visualization for extracellular electrophysiology.

A comprehensive end-to-end toolkit for analyzing high-density Neuropixels extracellular recordings. It guides the user through the complete electrophysiology workflow, including data loading (SpikeGLX, NWB), robust preprocessing, motion/drift correction, advanced spike sorting (Kilosort4, etc.), quality metric calculation, and AI-assisted unit curation. Ideal for generating publication-ready results from large neural datasets.

This structured tutor is designed for medical and health sciences students, covering core areas like anatomy, physiology, pharmacology, and pathology. It moves beyond rote memorization by focusing on case-based learning, systems integration, and understanding underlying mechanisms. By practicing clinical reasoning and differential diagnosis, users can bridge the gap between basic science knowledge and complex clinical application, preparing them for major medical licensing exams.

A comprehensive guide for authors submitting metabolic or physiology studies to Cell Metabolism. It details the journal's scope, high standards for in vivo mechanistic evidence (e.g., metabolite tracing, genetic models), required structure (STAR Methods), and key considerations for metabolic disease, longevity, and energy homeostasis. Use this tool to pre-assess manuscript suitability against top-tier scientific standards.

This guide outlines the rigorous academic requirements for submissions to the China Sport Science journal. It covers both natural sciences (physiology, biomechanics, exercise medicine) and social sciences (sports sociology, policy, management). Submissions must address core sport science ontology problems with high methodological rigor, ensuring the contribution is central to the field, rather than merely applying other disciplines.

This skill provides a comprehensive fit and structural review tool for manuscripts targeting 'Field Crops Research.' It assesses whether an agronomy or crop-physiology paper meets the journal's high standard: rigorous, adequately replicated, multi-environment field experimentation. It guides authors on key topics like resource-use efficiency, crop modeling validation, and required methodological depth (e.g., mixed models, full metadata reporting).

A comprehensive guide for authors submitting mechanistic studies to Functional Ecology. It details the journal's focus on linking organism function (physiology, traits, life history) to ecological and evolutionary consequences. This skill outlines the required functional mechanism, rigorous methodological standards, scope relevance (e.g., ecophysiology, trait-based ecology), and structural requirements for high-impact submissions.

This skill provides comprehensive guidelines for submitting research papers to the Journal of Beijing Sport University. It details the journal's broad, comprehensive scope, spanning exercise physiology, biomechanics, sports training, and sports humanities. It emphasizes the need for substantial evidence, rigorous methodology, and a complete research cycle suitable for a top-tier, multi-disciplinary academic publication.

This guide provides criteria for submitting research to the Journal of Tianjin University of Sport. The journal highly values mechanism-driven studies in exercise physiology, biochemistry, biomechanics, and sports medicine. Submissions must demonstrate rigorous experimental design, detailed measurements, statistical validity, and clear mechanistic interpretation, moving beyond simple descriptive reports.

This guide details submission requirements for the Journal of Xi'an Physical Education University, a comprehensive CSSCI journal. It covers the full spectrum of sport science, including training, exercise physiology, sport humanities, and school PE. It is ideal for well-evidenced studies needing a broad, standardized venue, emphasizing strong problem consciousness and empirical rigor.

This comprehensive skill guides authors through the rigorous process of assessing whether their neuroscience manuscript meets the high conceptual and methodological standards of Nature Neuroscience. It covers journal positioning, required multi-scale evidence (anatomy, physiology, behavior), standard house style, and official submission checklists, ensuring authors understand how to frame their work for top-tier publication.