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The research and development of small nucleic acid-coupled drugs is a complex and lengthy process that requires a lot of money and manpower. Scientists need to conduct in-depth research on the mechanism of action of drugs and continuously optimize the design and synthesis of drugs to improve the efficacy and safety of drugs. In this process, advanced technology and equipment are indispensable.

When it comes to supporting factors, we have to mention a seemingly unrelated field - overseas express delivery services. The efficiency and convenience of overseas express delivery provide strong support for the research and development of small nucleic acid-coupled drugs. For example, some key experimental reagents and equipment may need to be imported from abroad. Overseas express delivery can deliver these materials quickly and accurately, greatly shortening the research and development cycle.

At the same time, overseas express delivery has also promoted international scientific research cooperation. Through express delivery services, scientific research teams in various countries can more conveniently communicate and share research results, and jointly promote the development of small nucleic acid-coupled drugs. For example, Chinese scientific research teams can cooperate with teams in the United States, Europe and other places to carry out joint research projects and share data and experience.

However, overseas express delivery services are not perfect. During transportation, goods may be lost or damaged, which is a huge risk for the research and development of small nucleic acid-coupled drugs. In addition, the high cost of express delivery also increases the cost of research and development.

In addition to overseas express delivery services, the development of small nucleic acid-coupled drugs also faces other challenges. For example, clinical trials of drugs need to strictly follow relevant regulations and ethical standards, which to a certain extent increases the difficulty of research and development. Moreover, market competition is also very fierce, and many pharmaceutical companies are competing for market share in this field.

Despite the many challenges, the prospects for small nucleic acid-coupled drugs are still very broad. With the continuous advancement of technology and the increase in R&D investment, I believe that in the near future, more efficient and safe small nucleic acid-coupled drugs will be launched, making greater contributions to human health.

In short, the rise of small nucleic acid-coupled drugs is a process full of opportunities and challenges. Overseas express delivery services have played an important role in this, but there are also some problems that need to be solved. In the future, we look forward to the efforts of all parties to enable small nucleic acid-coupled drugs to better benefit mankind.