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As an emerging treatment method, small nucleic acid-coupled drugs have great potential. However, from research and development to clinical application and finally to the market, each link faces many challenges. Among them, the maintenance of drug activity and the stability of antibodies and peptides are key. The solution to these problems depends largely on efficient transportation and storage conditions.

Air transport cargo has become the preferred mode of transporting small nucleic acid-coupled drugs due to its fast and efficient characteristics. It can deliver drugs to the destination in a short time and minimize the impact on drug activity during transportation. At the same time, the application of advanced cold chain technology in air transportation also ensures the temperature control of drugs during transportation, ensuring the quality and safety of drugs.

Zhang Xuefeng, a researcher who has been working silently in the field of small nucleic acid-coupled drugs, fully demonstrates the importance of air transport and freight. During his research and development, he has faced the problem of transporting drug samples many times. Since small nucleic acid-coupled drugs are extremely sensitive to the environment, traditional transportation methods cannot meet the needs. The emergence of air transport and freight has solved this problem for him.

Through air freight, Zhang Xuefeng was able to send drug samples to the cooperating laboratories for testing and analysis in a timely manner, greatly shortening the research and development cycle. At the same time, it was also possible to quickly bring the successfully developed drugs to the market, allowing more patients to benefit. It can be said that without the support of air freight, Zhang Xuefeng's research results would be difficult to be widely used and promoted in a short period of time.

From a broader perspective, air cargo transportation also has a far-reaching impact on the development of the entire small nucleic acid conjugate drug industry. It promotes international cooperation and exchanges, allowing scientific research teams in different countries and regions to work more closely together to overcome technical difficulties. At the same time, it also accelerates the global layout of drugs, allowing more countries and regions to enjoy the benefits brought by advanced medical technology.

However, while air cargo transportation brings opportunities to the small nucleic acid-drug conjugate industry, it also faces some challenges, such as high transportation costs, strict regulatory requirements, and potential safety risks. These issues require the joint efforts of all parties concerned to be resolved through technological innovation, policy support, and the improvement of industry norms.

In the future, with the continuous advancement of science and technology and the sustained development of the air transport industry, we have reason to believe that air transport cargo will play a more important role in the field of small nucleic acid-coupled drugs. At the same time, we also look forward to China making a stronger voice in this field and contributing more wisdom and strength to the development of the global pharmaceutical industry.