Revolutionising RNA Design with AI
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RNAcode.ai leverages cutting-edge artificial intelligence to predict RNA structures and optimise their functions, transforming our understanding of RNA's role in cellular processes.By integrating comprehensive datasets and advanced modelling techniques, we provide unparalleled insights into RNA transcription, processing, and export.
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Our platform empowers researchers and industry professionals to design and analyse functional RNA with unprecedented precision.
AI-Powered Functional RNA Structure identification
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RNAcode.ai utilises advanced AI algorithms to predict RNA structures with high accuracy, providing a detailed view of RNA folding and interactions.
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Our platform integrates transcriptome-wide and single-molecule RNA structure profiling technologies,
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enabling researchers to explore RNA structures at various stages of their lifecycle, from transcription to export.
Functional RNA Design Optimisation
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Harness the power of AI to design and optimise RNA sequences for specific cellular functions.
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RNAcode.ai's innovative tools allow users to create synthetic RNAs with desirable properties, enhancing transcription, processing, and export efficiency.
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Our explainable AI models guide the design process, ensuring optimal performance and functionality.
Comprehensive RNA Atlas
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Explore our extensive database of nuclear RNA structures, meticulously catalogued from human cells.
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RNAcode.ai provides a transcriptome-wide atlas, detailing the structural landscape of RNAs and their roles in nuclear events.
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This resource is invaluable for understanding RNA's involvement in transcription, splicing, and export.
SNP Impact Analysis on RNA Function
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RNAcode.ai offers sophisticated tools to analyse the impact of single nucleotide polymorphisms (SNPs) on RNA structure and function.
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y integrating genetic variation data, our platform predicts how specific SNPs alter RNA behaviour,
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aiding in the identification of variants with significant biological implications.
