
安徽省已建成全国首个中药饮片信息化追溯平台,实现饮片生产、流通、使用全过程追溯,目前已扩展至全省中药饮片生产、经营企业和二级以上医疗机构,覆盖全品种全批次,提升企业管理效率并推动传统中药产业数智化转型。
AI-generated summary
安徽省近年来探索运用信息技术赋能中药产业升级和监管创新,率先建成中药饮片信息化追溯平台。
中新网合肥9月29日电 (记者 张强)记者28日从安徽省政府新闻办举行的新闻发布会上获悉,截至目前,该省已有中药饮片生产企业307家,数量居中国第一。
小朋友们在医务人员指导下认识各种中药材。 (资料图)中新社记者 韩苏原 摄
近年来,安徽探索运用信息技术赋能中药产业升级和监管创新。其中,通过试点先行,该省在中国率先建成了中药饮片信息化追溯平台,有效推动传统中药产业数智化转型升级。
该平台设置了饮片追溯、协同服务和追溯监管三大功能,按照“一物一码、物码同追”方式,推动皖产中药饮片实现生产、流通、使用全过程信息化追溯。
如今,安徽多部门共同推动中药饮片信息追溯工作,在前期试点基础上逐步扩大至该省中药饮片生产、经营企业和二级以上医疗机构,品种也从毒性饮片、集采饮片、贵细饮片等重点品种,扩大至全品种、全批次。
安徽省药监局副局长陈咏梅说,该平台在采购、生产、销售等环节中提供自动生成记录以及查询、统计功能,减少了企业大量人工记录、数据统计工作,提高了企业管理效率。该省一些头部中药材企业已建成全过程数智化生产模式。(完)

The result of the Joint Research Center of Tsinghua University Network Research Institute and Qihoo 360, "One Word Settles the World: Systematic Exploration and Exploitation of DNS Silencing Vulnerabilities in Domain Name Resolution" won the "Most Innovative Research Award" at The Pwnie Awards in 2026. This award is known as the Oscars of global white hat hackers and demonstrates China's international influence in the field of network security.

Many middle powers in Asia are investing a lot of public resources in developing local AI basic models to reduce their dependence on the United States and China. However, foreign media warn that the cost of basic model training increases by 3.5 times every year. The cost of next-generation models will far exceed the current scale of subsidies, and maintaining technological leadership requires continuous huge investments. It is difficult to catch up if they fall behind. Singapore chose to fine-tune the existing model as a localization alternative, and experts suggest that Asian countries should deepen their existing industrial advantages in semiconductors, memory chips, and robotics, rather than trying to build a competitive model from scratch. Because the advantages of leading companies have a cumulative effect, and the basic model is updated rapidly, the traditional industrial policy model has limited effect in this field.

The first batch of units 1 and 2 of the Xinjiang Dashixia Water Conservancy Project invested and constructed by China Energy Construction Gezhouba Group were connected to the grid to generate electricity on September 29. The project breaks the world record for concrete-faced gravel dams with a maximum dam height of 247 meters. It has a total installed capacity of 750,000 kilowatts and an average annual power generation of 1.893 billion kilowatt-hours. It can meet the annual electricity needs of about 600,000 households and assume the responsibility of South China. The four prefectures and prefectures in Xinjiang carried out peak load regulation tasks for the power system, and simultaneously transported 3.42 billion cubic meters of water to the Tarim River ecology, alleviating the water shortage problem of more than 6.8 million acres of farmland in the Aksu River Basin, and raising the flood control standard for downstream rivers from a once-in-10-year to a once-in-50-year period.

Two artificial intelligence system-level chips (SoC), ZQ300 and ZQ320, independently developed by China Electronics Technology Research Institute 58, recently completed full-link evaluation and achieved comprehensive performance indicators. The chip adopts a heterogeneous computing architecture, integrates display control, graphics and intelligent computing power, supports multi-source data fusion scenarios, and can be used for intelligent terminals, unmanned platform edge computing and real-time image processing, promoting the engineering application and large-scale deployment of domestic intelligent computing power chips.

NASA announced the latest progress of Boeing Starliner, planning to conduct an unmanned Starliner-1 mission as early as December 2024 or January 2025 to verify improvements, and will conduct a manned mission in 2028. Previously, the Starliner's first manned test flight caused astronauts to be stranded on the space station due to a malfunction. It was deemed a Class A accident. Boeing has made improvements to the spacecraft's thermal environment.

Hou Shifeng, a returned overseas Chinese from the United States, Ph.D., and second-level professor, returned to China in 2009 and founded Shandong Jinlite New Materials Co., Ltd., breaking through key technologies for large-scale green preparation of graphene, building a fully closed-loop production line with independent intellectual property rights, promoting industrialization in new energy, electronics, aerospace and other fields, and promoting the development of Shandong graphene industry cluster through industry-university-research cooperation with overseas Chinese.