近年来，信阳市注重引进培育创新型企业，鼓励企业加大研发投入和创新力度。在河南驭波科技有限公司， 刘宁认真察看红外光学晶体、成套透镜组等产品，详细了解新材料产业发展情况。"新材料产业作为战略性、 基础性产业，已成为国内外高技术竞争关键领域。"刘宁说，要贯彻落实党的二十届四中全会关于发展新兴产 业的重要部署，坚持智能化、绿色化、融合化方向，做强研发平台，提升技术水平，强化链群培育，向着价 值链中高端进军。在华阳长青投资有限公司，刘宁与企业负责人深入交流，对企业开发电氢氨醇项目、发展 绿色低碳循环经济给予肯定，希望企业深耕河南市场，聚焦风力发电、光伏设备制造及润滑油循环综合利用 等主营业务，招引产业链上下游企业，重塑产业生态，拓展应用场景，不断扩大市场规模和核心竞争力。在 商城县北纳创联生物科技有限公司、固始县信合援生制药股份有限公司，刘宁走进实验室、生产车间，听取 生物科技产业发展情况汇报，强调要抢抓发展机遇，深化企业主导的产学研融通创新，加快科技成果转化应 用，完善市场准入标准制定，助力生物制造发展跑出"加速度"。刘宁还来到信阳万华无醛生态产业园、淮滨 县苏美达服装科技发展有限公司，强调要发挥龙头企业优势，推动 ...

Core Insights - The company is actively adjusting its operations and organizational structure to enhance its long-term competitiveness through technological innovation, focusing on synthetic biology as a core strategic direction [1][2][4] Group 1: Strategic Adjustments and Financial Performance - The company has seen a profit growth trend, achieving a net profit of 0.32 billion yuan in Q3 2025, a year-on-year increase of 55.63%, with operating revenue reaching 9.03 billion yuan [1] - The decline in revenue during the first three quarters was primarily due to a decrease in skin science innovation conversion business, which is viewed as a temporary outcome of the ongoing adjustments [2] - The company has reduced sales expenses to 34.26%, the lowest level in five years, while still achieving approximately 55% profit growth year-on-year [3] Group 2: Focus on C-end Business - The C-end business is a key focus of the company's adjustments, emphasizing the need to accurately define brand positioning and target demographics to create consumer value [2] - The company is building an ecosystem that fosters collaboration with users, platforms, and partners to strengthen its C-end business foundation [2][3] Group 3: Synthetic Biology and Research Platforms - The company is centered on synthetic biology, particularly in glycoscience and cell biology, aiming to provide systematic solutions for delaying aging [4][5] - The synthetic biology system is supported by two core platforms: a biocatalyst library and a pilot transformation platform, which facilitate rapid molecular screening and scale-up verification [5][7] - The company has developed leading technologies, such as the precise synthesis of heparin through an enzyme-based method, moving towards "green biological manufacturing" [5] Group 4: Pilot Testing and AI Integration - The pilot platform is crucial for connecting research, validation, and transformation, and is seen as a strategic asset in the innovation chain [7][8] - The company has invested in a pilot transformation platform in Tianjin, equipped with fermentation systems and production lines to support scaling and standardization [7] - The pilot platform is open to collaboration with universities and research institutions, providing low-cost support for technology validation and process development [8][9]

Core Viewpoint - The company is actively adjusting its operations and organizational structure to enhance its long-term competitiveness in the synthetic biology sector, focusing on high-quality development paths in the biomanufacturing industry [1][2]. Group 1: Strategic Adjustments and Financial Performance - The company has seen a profit growth trend, with a net profit of 0.32 billion yuan in Q3 2025, representing a year-on-year increase of 55.63%, and revenue of 9.03 billion yuan, indicating continuous improvement over two consecutive quarters [1]. - The decline in revenue during the first three quarters was primarily due to a decrease in skin science innovation conversion business, which is viewed as a temporary outcome of the ongoing adjustments [2]. - The company has reduced ineffective spending and adjusted its evaluation system, resulting in a sales expense ratio of 34.26%, the lowest in five years, while still achieving approximately 55% profit growth year-on-year [3]. Group 2: Focus on C-end Business and Ecosystem Development - The C-end business is a key focus of the company's adjustments, emphasizing the need to accurately define brand positioning and target demographics to create real value for consumers [2]. - The company is accelerating the construction of an ecosystem that fosters mutual growth with users, platforms, and partners to solidify the foundation for C-end business development [2]. Group 3: Synthetic Biology and Technological Innovation - The company is centered on synthetic biology, particularly in glycomics, aiming to provide systematic solutions for delaying aging [4]. - The synthetic biology system is supported by two core platforms: a biocatalyst library and a pilot transformation platform, which facilitate rapid new molecule screening and scale-up verification [4][8]. - The company has achieved significant technological advancements, such as the precise synthesis of heparin through a fully enzymatic method, moving towards "green biomanufacturing" [4]. Group 4: Pilot Testing and AI Integration - The pilot platform is crucial for connecting research, validation, and transformation, serving as a key facility for technology maturity verification and data model accumulation [8]. - The company has invested in a synthetic biology pilot transformation platform equipped with fermentation systems and production lines to support core functions like mechanism verification and process standardization [7][8]. - The open and shared mechanism of the pilot platform is becoming an essential part of the national innovation system, supporting both the company's growth and the broader industry ecosystem [8][9].

10月28日，《中共中央关于制定国民经济和社会发展第十五个五年规划的建议》（以下简称《建议》） 正式发布。 与"十四五"规划建议相比，"十五五"规划建议将"建设现代化产业体系"摆在更加突出的位置，这背后有 何考量？遴选量子科技、生物制造等六大产业的底层逻辑是什么？新兴产业和未来产业未来10年新增规 模相当于再造一个中国高技术产业，意味着什么？人工智能（AI）出现8次，反映出怎样的导向？带着 这些关乎经济发展全局的关键问题，近日，《每日经济新闻》记者（以下简称NBD）专访了第十四届 全国政协委 员、中国社科院经济研究所原所长黄群慧。 黄群慧深耕产业经济领域多年，身兼国家制造强国建设战略咨询委员会委员，国务院反垄断委员会专家 咨询组成员等职，并连续担任"十四五""十五五"国家发展规划专家委员会委员，对中国产业发展的底层 逻辑与现实路径有着深刻洞察。 在采访中，他强调指出，在推动人工智能技术发展同时，不容忽视其就业替代与收入极化效应，技术创 新的社会影响必须纳入考量范围。 谈建设现代化产业体系：置于首位具有三大意义 NBD：与"十四五"规划建议相比，"十五五"规划建议把"建设现代化产业体系，巩固壮大实体经济根 基" ...

Group 1: Global Market Overview - Recent global market turmoil is attributed to multiple factors, including the Federal Reserve's mixed signals on interest rate cuts, leading to increased volatility across asset classes [3][4][5] - Concerns over AI sector sustainability and geopolitical tensions have also contributed to the decline in various asset prices, particularly in the tech sector [4][5][6] Group 2: A-shares and H-shares Outlook - The current adjustments in A-shares and H-shares are seen as emotional disturbances rather than fundamental changes, with expectations for policy support and foreign capital inflow remaining positive [6][7] - Analysts maintain a long-term optimistic view on A-shares and H-shares, anticipating a healthy recovery despite potential short-term volatility [6][7][8] Group 3: Gold Market Analysis - The outlook for gold remains positive due to anticipated global monetary expansion, although its risk-return profile may decline as economic conditions stabilize [9][10] - Analysts highlight that gold serves as a hedge against rising debt levels and geopolitical risks, reinforcing its long-term investment appeal [10][11] Group 4: Oil Market Projections - The oil market is expected to experience a range-bound trading pattern, with prices projected between $60 and $70 per barrel due to weak demand and OPEC's production strategies [14][15] - Geopolitical factors and supply-demand dynamics will continue to influence oil prices, with a cautious outlook for significant price increases [15][16] Group 5: Investment Opportunities - A-shares are viewed as having superior investment value, with a focus on sectors like technology and high-end manufacturing, while also considering defensive positions in high-dividend stocks [16][17] - Analysts suggest that the current market environment favors a diversified approach, balancing risk and return across various asset classes [17][18] Group 6: Risks to Monitor - Key risks include potential economic data surprises from the U.S. and geopolitical developments that could impact market sentiment and liquidity [18][19] - The end of the U.S. government shutdown has not alleviated concerns over liquidity, and ongoing uncertainties in economic performance may affect global asset markets [19][20]

Group 1 - The core message emphasizes the need to implement the spirit of the 20th Central Committee's Fourth Plenary Session and ensure the achievement of economic and social development goals for the year [1] - The focus is on optimizing traditional industries and nurturing emerging industries through deep integration of technological and industrial innovation [1] - There is a strong emphasis on enhancing the resilience and quality of industrial and supply chains, as well as promoting collaboration among enterprises, academia, and research institutions [1] Group 2 - The importance of leveraging government investment to stimulate effective investment and promote high-quality development of private investment is highlighted [2] - Ensuring stable energy production and supply during the winter heating season is critical, with a focus on coal, electricity, oil, and gas regulation [2] - The success of local ecological restoration efforts is acknowledged, with a call to share and promote effective practices for environmental protection [2]

Core Viewpoint - The article emphasizes the importance of biomanufacturing as a key emerging industry in China's economic transformation, highlighting its potential for sustainable development and economic benefits [1][3]. Economic Benefits - Biomanufacturing can convert waste into valuable resources and enhance cost efficiency. A newly developed enzymatic technology can convert 100% of nine types of crop straw into various industrial raw materials, reducing the cost of produced pulp by 30% to 40% compared to traditional chemical methods [2]. - The total scale of China's biomanufacturing industry is approaching 1 trillion yuan, with fermentation capacity accounting for over 70% of the global market. By 2030, industries currently contributing one-third of global GDP are expected to be reshaped by synthetic biology applications [2]. Sustainable Development - Biomanufacturing has significant low-carbon attributes, making it a crucial pathway to achieve carbon neutrality goals. Biobased products in the chemical sector can reduce emissions by 50% to 70% compared to petrochemical routes. A 30% substitution rate in the chemical and materials sectors could lead to a cumulative reduction of over 1.5 billion tons of CO2 by 2030 [3]. - Technologies in biomanufacturing can even enable "negative carbon" outcomes, as demonstrated by Shougang Longze, which utilizes steel industry waste gases to produce feed protein and fuel ethanol [3]. Policy Support and Development - The "14th Five-Year Plan" has identified biomanufacturing as a key development direction, with previous policies dating back to 2012 emphasizing the establishment of a biomanufacturing technology system [3]. - Recent initiatives by the Ministry of Industry and Information Technology and the National Development and Reform Commission aim to cultivate biomanufacturing pilot platforms and promote the integration of biotechnological industries [4]. - The collaborative efforts of government, industry, academia, and research will accelerate the commercialization of biomanufacturing innovations, creating new employment and entrepreneurial opportunities [4].

Core Viewpoint - The article discusses the potential of carbon dioxide (CO2) as a resource for biomanufacturing, highlighting advancements in converting CO2 into valuable products such as starch, proteins, and biodegradable plastics, which can contribute to sustainable development and carbon neutrality [10][11][12]. Group 1: CO2 as a Resource - CO2 is not only a greenhouse gas but also a crucial raw material for biomanufacturing, participating in the global carbon cycle and supporting the food chain [11][12]. - The international community is increasingly focusing on how to convert CO2 into useful resources, shifting from passive emission reduction to active utilization [11][12]. Group 2: Advances in CO2 Conversion - Researchers have made significant progress in developing new pathways for CO2 conversion, including the design of artificial carbon fixation pathways that outperform natural processes [13][14]. - The first artificial synthesis of starch from CO2, achieved by the Chinese Academy of Sciences, demonstrates a method that does not rely on photosynthesis, utilizing chemical catalysis and enzymatic reactions [15][16]. Group 3: Industrial Applications - Microbial proteins are emerging as a sustainable protein source, with companies successfully converting CO2 or industrial waste gases into microbial protein, thus not competing with food resources [16]. - The development of biodegradable plastics from CO2 captured from seawater showcases the potential for large-scale production and addresses marine acidification [17]. Group 4: Future Implications - The exploration of CO2 bioconversion mechanisms and the development of efficient carbon fixation systems are recognized as significant scientific challenges, with the potential to reshape material production and contribute to carbon neutrality goals [17][18].

Core Viewpoint - The "15th Five-Year Plan" emphasizes the transformation of the economy towards high-quality development, focusing on new productive forces as the main engine for growth, with a shift in investment paradigms towards technology innovation and industrial upgrading [1][2]. Group 1: Economic Development and Investment Opportunities - The "15th Five-Year Plan" highlights the importance of expanding domestic demand and improving income distribution to drive consumption as a key growth engine [2]. - The plan aims to significantly enhance the level of technological self-reliance, focusing on critical areas such as semiconductor equipment and high-end materials, while also exploring future industries like quantum technology and brain-machine interfaces [2][4]. - Investment logic is shifting from short-term speculation to long-term value, with a focus on companies with technological barriers and continuous innovation capabilities, particularly in advanced manufacturing and hard technology sectors [3][4]. Group 2: Structural Upgrades and Industry Focus - The economic development during the "15th Five-Year Plan" will rely more on structural upgrades rather than scale expansion, with advanced manufacturing and strategic emerging industries as key targets [4][5]. - Investment opportunities are identified in artificial intelligence, quantum technology, biomanufacturing, and commercial aerospace, as well as in the transformation of traditional manufacturing towards smart and green practices [4][8]. - The importance of industry chain collaboration and full-chain layout is emphasized, with a focus on integrating technology, industry, and finance to enhance overall competitiveness [6][7]. Group 3: Capital Market Dynamics - The capital market is expected to evolve with a new valuation system that prioritizes R&D intensity, core patent numbers, and technology conversion efficiency over traditional financial metrics [6][7]. - Long-term capital mechanisms are being improved to support stable funding for technology enterprises, with an anticipated increase in direct financing and a more favorable environment for private enterprises with core technologies [3][6]. - The focus on new energy, new materials, and strategic emerging industries is expected to create significant investment potential as traditional industries undergo transformation [8][19]. Group 4: Policy and Strategic Directions - The "15th Five-Year Plan" sets a clear policy direction for supporting emerging industries while also upgrading traditional sectors, ensuring a balanced approach to economic development [16][19]. - The emphasis on technological innovation as a core strategic priority reflects a commitment to transitioning from a manufacturing powerhouse to a technology-driven economy [19][20]. - Education reforms are aligned with strategic needs to ensure a robust talent pipeline for future industries, particularly in high-demand fields like AI and engineering [20].

Core Viewpoint - The "15th Five-Year Plan" emphasizes the construction of a modern industrial system, reflecting a strategic shift in China's economic development focus, particularly in response to current domestic and international challenges [2][3][4]. Group 1: Modern Industrial System - The prioritization of "building a modern industrial system" signifies a shift towards strengthening the real economy, which is essential for sustainable growth and resilience against external shocks [4][7]. - The plan aims to transform traditional industries, which currently account for about 80% of the economy, into new growth drivers, potentially creating a market worth trillions [4][8]. - The integration of technological innovation with industrial development is crucial, as it ensures that breakthroughs in technology can be effectively applied within the industrial framework [3][8]. Group 2: Future Industries - The plan outlines six key future industries: quantum technology, biomanufacturing, hydrogen energy, nuclear fusion, brain-computer interfaces, and sixth-generation mobile communications, chosen for their potential to drive economic growth and strategic importance [11][19]. - These industries are expected to contribute significantly to China's high-tech sector, with the goal of achieving a "doubling" of high-tech industries over the next decade [18][19]. - The selection of these industries considers their original innovation potential, market prospects, and alignment with national security needs [11][19]. Group 3: Policy and Investment Strategies - The government is advised to adopt a differentiated approach to funding and policy support for traditional, strategic emerging, and future industries, ensuring that resources are allocated effectively without neglecting any sector [9][10]. - The establishment of a guiding fund for future industries is recommended to attract private investment while managing risks associated with high uncertainty in these sectors [22][23]. - The focus on nurturing "unicorn" and "gazelle" companies is essential for fostering innovation and ensuring a dynamic ecosystem that supports both large enterprises and startups [24][23]. Group 4: Technological Innovation and Social Impact - The plan highlights the importance of integrating social considerations into technological innovation, particularly regarding the impact of artificial intelligence on employment and income distribution [31][37]. - A balanced approach is necessary to ensure that technological advancements do not exacerbate social inequalities, aligning with the broader goals of shared prosperity and sustainable development [37][38]. - The governance of artificial intelligence must evolve through interdisciplinary collaboration to address its societal implications effectively [38].