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Air freight, with its high efficiency and speed, undertakes the task of transporting goods around the world. Whether it is fresh food, electronic products or high-value medical equipment, they can reach their destination in a short time through air transportation. This fast transportation method is crucial for goods with extremely high timeliness requirements. For example, in the medical field, some urgent medicines and medical equipment need to be delivered to hospitals quickly to save patients' lives. The existence of air freight allows these key materials to cross geographical restrictions in the shortest time and play their due role.

At the same time, the emergence of copper-bismuth heterostructure materials has brought new breakthroughs in tumor treatment. This material can effectively kill tumor cells through the synergistic effect of photothermal effect and chemical effect. However, to promote this new material from the research and development laboratory to clinical application, it is inseparable from the support of air transport and freight. In the process of material research and development, the various raw materials and experimental equipment required may come from all over the world. Through air transport and freight, these materials can be quickly gathered in the hands of the research and development team to speed up the research and development process. In the later clinical trials and application stages, mass-produced copper-bismuth heterostructure materials also need to rely on air transport and freight to quickly deliver to major medical institutions so that more patients can benefit.

From another perspective, the development of air cargo transport has also been influenced by innovations in other fields. With the continuous advancement of science and technology, the packaging, preservation and tracking technologies of goods are also constantly improving. This not only improves the efficiency and safety of air cargo transport, but also creates better conditions for the transportation of some special goods. For example, for some medical materials that require a specific temperature and humidity environment, advanced packaging and preservation technologies can ensure that their quality is not affected during transportation.

In short, air cargo and the innovative development of the medical field promote each other and are interdependent. Air cargo provides a channel for the rapid dissemination of innovative achievements in the medical field, while the development of the medical field also puts forward higher requirements for air cargo, promoting its continuous improvement and progress. In the future, with the continuous development of science and technology and the deepening of cross-field cooperation, this relationship will become closer, bringing more benefits to human health and social development.