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technologies, massively parallel genetic perturbations (deep mutational scanning), spatial biology, functional genomics, or highly scalable biochemical experimental strategies. In addition to providing access
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scalable experimental and computational approaches is hence considered a big plus. Experimental technologies will cover (but are not limited to) single-cell technologies, massively parallel genetic
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on the production and in vitro characterization of several enzymes in parallel (proteases and hydrolases). This research programme is part of an international effort to answer the call for the development of new
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cultivation plan generation, pest/disease Q&A, market forecast, policy impact analysis. Create an open platform for agricultural large models: supporting plugin invocation, LoRA/QLoRA fine-tuning, federated