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        <title>IITKGP: dSyPhER: dynamic Synthetic Phosphorylation via Effector Response (2026) - Project Promotion</title>
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        <description>Title: dSyPhER: dynamic Synthetic Phosphorylation via Effector Response Description: This video introduces dSyPhER (Dynamic Synthetic Phosphorylation via Effector Response), a synthetic biology framework designed for real-time, cell-based disease diagnostics and monitoring. By utilizing engineered monocytes equipped with MESA-gated reporter circuits, dSyPhER enables targeted detection within disease microenvironments. Patient-derived monocytes are isolated, loaded with synthetic receptor constructs, and introduced into circulation. Upon homing to affected tissues, these engineered cells engage target surface biomarkers on diseased cells, triggering a synthetic signal cascade that produces a measurable reporter protein readout. Official Page</description>
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