Biomedical research increasingly relies on schematic illustrations to present experimental design, molecular mechanisms, analytical workflows, and translational significance. This requirement is particularly pronounced in genomics and multi-omics studies, which inherently encompass complex pipelines from sample processing and high-throughput sequencing to computational analysis and clinical interpretation[1]. Despite this critical need, preparing publication-quality biomedical schematics remains a challenge for many research groups[2]. Authors frequently depend on fragmented icon repositories, general-purpose presentation software, or repetitive manual drafting, which can be time-consuming and may introduce visual inconsistencies. Here, we present BioVis platform, an integrated platform designed to support efficient generation, reuse, and dissemination of biomedical schematic illustrations. BioVis significantly alleviates the practical workload of figure preparation by combining biomedicine-specific materials, AI-generated visual assets, and editable figure templates tailored for common biomedical and genomics scenarios. The platform enables researchers to transform complex biological concepts into compelling visual illustrations while ensuring that scientific authorship and interpretation remain with the authors. The BioVis platform is available online at https://biovisart.com/.
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Li et al. (2026) studied this question.
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