Which technology enables the creation of personalized scaffolds for tissue engineering?, Laser ablation, Electrospinning, Cryopreservation, 3D printing, What is a major ethical concern with germline gene editing?, Temporary effects, Limited accuracy, Heritable genetic changes, High cost, Which AI application is transforming radiology diagnostics?, Image analysis assistants, Robotic surgery, Lab-on-a-chip devices, Wearable sensors, What is the primary goal of neural implants in brain–computer interfaces?, Monitor heart rate, Reduce pain, Enhance memory, Restore mobility, Which nano-biotechnology innovation targets drug delivery specifically to tumors?, Microfluidic chips, Smart nanoparticles, Soft exoskeletons, Bio-hybrid machines, What is a key cybersecurity risk associated with wearable health devices?, Battery failure, Device overheating, Data privacy breaches, Inaccurate readings, Which technology enables remote surgery in real time?, 5G/6G networks, Senolytics, CRISPR-Cas12, Quantum MRI, What is a potential environmental risk of synthetic biology?Single choice., Biosecurity threats, High energy use, Limited scalability, Data overload, Which approach is central to personalized medicine?Single choice., Universal vaccines, Microfluidic platforms, Genetic profiling, Open-source devices, Which device is designed for rapid diagnostics in low-resource settings?, Point-of-care devices, Soft exoskeletons, Autonomous surgical robots, Quantum MRI scanners, What innovation could make MRI scans more sensitive and detailed?, AI radiology assistants, Microfluidic chips, Designer bacteria, Quantum enhancement, Which therapy aims to delay age-related tissue decline?Single choice., Bio-hybrid machines, Soft exoskeletons, Senolytics, CRISPR-Cas12.

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