Green logistics, often referred to as sustainable logistics, is a strategic approach within supply chain management that emphasizes reducing the environmental impact of transportation, warehousing, and overall distribution processes while maintaining operational efficiency. In the context of anatomy, physiology, and pharmaceutical chemistry, the concept of green logistics acquires a special significance due to the sensitive nature of pharmaceutical products, which require precise handling, timely distribution, and environmentally responsible practices. The pharmaceutical supply chain involves the transportation of raw materials, active pharmaceutical ingredients (APIs), excipients, and finished drug products, all of which have strict storage and handling requirements. Green logistics ensures that these products reach their destination safely while minimizing carbon footprint, energy consumption, and waste generation. One of the primary components of green logistics in pharmaceutical distribution is eco-friendly transportation. Traditional transportation methods, relying heavily on fossil fuels, contribute significantly to greenhouse gas emissions. By adopting electric vehicles, hybrid transport systems, or biofuel-powered trucks, pharmaceutical companies can significantly reduce their environmental impact. Additionally, route optimization techniques using advanced logistics software help reduce unnecessary mileage, fuel consumption, and delivery time. In the context of pharmaceutical chemistry, this is crucial because prolonged transit or exposure to extreme environmental conditions may compromise the stability and efficacy of sensitive drugs, including antibiotics, vaccines, and biological products. Therefore, green logistics not only supports sustainability but also ensures that drugs maintain their therapeutic integrity. Warehousing and storage also play a pivotal role in sustainable logistics practices. Pharmaceutical warehouses require controlled temperature, humidity, and light conditions to preserve drug quality. Implementing energy-efficient HVAC systems, LED lighting, and solar-powered storage facilities reduces the carbon footprint of these warehouses. Green packaging is another essential aspect, where biodegradable, recyclable, and minimal packaging materials replace traditional plastic-based options. From a pharmaceutical chemistry perspective, green packaging should maintain chemical stability and prevent contamination or degradation of drugs. For instance, using plant-based blister packs or recyclable glass vials for sensitive formulations aligns with sustainable goals while safeguarding the product’s pharmacological properties. Incorporating green logistics into supply chain management also involves the careful management of pharmaceutical waste. Expired, damaged, or recalled drugs must be disposed of in a way that prevents