Preventing toxic exposures requires integrated approaches spanning communication, engineering, education, and policy domains to address diverse hazards across populations. Risk communication strategies employ principles of clarity, transparency, and cultural sensitivity to effectively convey toxicological information through multiple channels while addressing audience-specific needs, perceptions, and literacy levels. Particular attention must focus on communicating uncertainty, balancing technical accuracy with understandability, and maintaining trust through consistent messaging during toxic emergencies. Safety measures follow a hierarchical framework prioritizing inherently safer chemical alternatives and designs, followed by engineering controls like child-resistant packaging and flow restrictors, warning systems including standardized labeling and hazard symbols, and administrative measures such as storage regulations. These technical interventions work synergistically with educational programs targeting developmental stage-appropriate content for children, specific hazard training for workers, professional education for healthcare providers, and general public awareness campaigns through diverse media. Policy development completes the preventive framework through regulatory approaches including chemical testing requirements, exposure limits, reporting mandates, product restrictions, and infrastructure supporting poison prevention. Implementation science principles guide the adaptation of evidence-based interventions to specific communities and settings, with evaluation mechanisms measuring process indicators, behavioral changes, and ultimate outcomes in terms of reduced poisoning incidence and severity. This comprehensive approach recognizes that effective prevention requires coordinated efforts across multiple sectors, addressing both individual behaviors and systemic factors contributing to toxic exposures