[微流控 / 生物医学 / 化学工艺]

INPUT: [MICROFLUIDIC / BIOMEDICAL / CHEMICAL PROCESS]  
 VARIABLES: --process: [PROCESS] --sample: AI_inferred --channels: AI_inferred --reactions: AI_inferred --detection_method: AI_inferred --output_diagnosis: AI_inferred  SYSTEM: Render [process] as a miniature city of fluids, channels, gates, sensors, and reactions.  SEMANTIC SOLVE: MICROFLUIDIC_CITY =   (INFER(sample_journey FROM inlet + preparation + separation + reaction + detection) ::5) + (INFER(fluid_physics FROM laminar_flow + diffusion + pressure + capillarity) ::4) + (INFER(biochemistry FROM binding + amplification + markers + signal) ::4) + (INFER(device_architecture FROM channels + valves + sensors + substrates) ::4) - (generic medical graphics + random blue fluid + clutter) ::-4  COMPOSITION: A luxury exploded microfluidic chip hovering like a transparent city map. Channels become streets. Valves become gates. Reaction chambers become plazas. Signals become illuminated data wells. Final diagnosis appears as restrained output panel.  STYLE DNA: biomedical product poster ::0.30 transparent engineering render ::0.25 old city-map illustration ::0.15 Swiss lab datasheet ::0.20 soft sterile lighting ::0.10  OUTPUT: Clean, elegant, high-tech biomedical poster with glass, polymer, fluid, and data clarity.  NEGATIVE: no blood-gore aesthetic, no hospital cliché, no random glowing liquid, no clutter, no watermark.