蔡庆源太空育种植物食材叶绿体、线粒体与太赫兹激活生命细胞活力的探讨

食药物质健康中国栏目组 2026-09-21 来源：上海食文化研究会办公室

上海市社科联 2026 学术合作项目

科学食膳赋能健康

第三届“饮食营养与健康专家论坛暨营养与疾病防治”学术会议

太空育种植物食材叶绿体、线粒体与太赫兹激活生命细胞活力的探讨

太空育种植物食材叶绿体、线粒体与太赫兹激活生命细胞活力的探讨获优秀论文奖

太空育种植物食材叶绿体、线粒体与太赫兹激活生命细胞活力的探讨

国家航天育种成果转化中心蔡庆源

【摘要】太空育种依托太空微重力、强宇宙辐射、高能粒子及超真空特殊环境，可诱导植物基因组、细胞器结构与能量代谢系统产生良性定向变异，是培育高活性、高营养、高抗性特色食材的前沿技术。叶绿体与线粒体作为植物细胞核心能量代谢细胞器，直接决定植物光合作用效率、能量合成水平与生物活性物质积累量。太赫兹波具备低能量、无电离、高穿透的生物相容性特征，可精准作用细胞微结构与分子振动能级，实现细胞生理活力的无创激活。本文结合太空育种食材生理特性与太赫兹生物赋能机理，探讨细胞器变异规律与太赫兹技术激活细胞活力的协同机制，为高能效功能性食材开发与生物活性增效应用提供理论参考。

【关键词】太空育种植物食材叶绿体线粒体太赫兹技术细胞活力

【论述研讨】太空极端环境可打破植物细胞常规稳态，诱导叶绿体基粒结构重塑、光合酶活性上调，显著提升植株光合固碳效率，促进多酚、多糖、维生素等功能性活性成分富集。同时太空诱变可优化线粒体膜结构与呼吸链复合体功能，降低氧化应激损耗，提升细胞 ATP 能量合成效率，使太空育种食材具备更强的生物代谢活性与抗氧化能力，这也是其相较于普通食材营养价值更高、生物效能更强的核心细胞器机理。太赫兹生物共振技术可靶向匹配细胞大分子振动频率，对叶绿体光反应系统、线粒体能量代谢通路产生正向调控作用。相较于传统物理、生物激活手段，太赫兹波能够无创修复细胞器微损伤、优化细胞膜通透性、激活沉默代谢基因，有效提升植物细胞增殖活力与抗逆性能。将太赫兹赋能技术应用于太空育种食材深加工与活性激活，可进一步释放其细胞器储能优势，实现营养活性与生物利用度的二次增效。目前该领域仍存在研究短板：太空诱变细胞器变异的精准分子机制尚不系统；太赫兹波作用细胞的最优频率、辐照时长缺乏标准化参数；细胞器增效与人体营养吸收、细胞修复的转化应用研究较为薄弱，限制了技术落地与产业化应用。

【总结】太空育种通过环境诱变实现植物叶绿体、线粒体功能升级，从本源提升了食材的能量代谢水平与生物活性底蕴。太赫兹技术依托独特的生物共振效应，可深度激活细胞生理潜能，与太空育种食材形成“结构优化+活力赋能”的双重增效优势。二者结合突破了传统植物食材营养提升的技术瓶颈，为功能性药食同源食材、高活性膳食原料的创新研发提供了全新理论路径。未来通过深化细胞器诱变机理研究与太赫兹生物参数标准化构建，可推动太空生物科技与精准营养产业深度融合，为健康膳食赋能与细胞级康养提供新型技术支撑。

地址：上海食文化研究会会议室会议时间：2026 年 9 月 17 日

Shanghai Social Science Federation 2026 Academic Cooperation Project

Scientific diet empowers health

The 3rd "Diet, Nutrition and Health Expert Forum and Nutrition and Disease Prevention and

Control" Academic Conference

Discussion on the activation of life cell vitality of chloroplasts, mitochondria and terahertz in space

breeding plants

National Aerospace Breeding Achievement Transformation Centre Cai Qingyuan

【Abstract】Relying on space microgravity, strong cosmic radiation, high-energy particles and ultra-vacuum special environment, space breeding can induce benign directional mutations in plant genomes, organelle structure and energy metabolism system. It is a cutting-edge technology for

cultivating high-activity, high-nutrition and high-resistance characteristic ingredients. As the core energy metabolism organelles of plant cells, chloroplasts and mitochondria directly determine the efficiency of plant photosynthesis, the level of energy synthesis and the accumulation of biologically

active substances. Terahertz waves have the characteristics of low energy, non-ionisation and high penetration biocompatibility, which can accurately act on cell microstructure and molecular vibration energy levels, and realise the non-invasive activation of cell physiological vitality. This article combines

the physiological characteristics of space breeding ingredients and the terahertz bioempowerment mechanism, explores the synergistic mechanism of organelle mutation law and terahertz technology to activate cell vitality, and provides theoretical reference for the development of energy-efficient

functional food ingredients and the use of biological activity.

【Keyword】Space breeding, plant ingredients, chloroplasts, mitochondria, terahertz technology, cell vitality

【Discussion】The extreme environment in space can break the conventional homeostasis of plant cells, induce the remodelling of the chloroplast matrix structure, the up-adjusation of photosynthetic activity, significantly improve the efficiency of plant photosynthetic carbon fixation, and promote the enrichment of functional active ingredients such as polyphenols, polysaccharides and vitamins. At the same time, space mutagenesis can optimise the mitochondrial membrane structure and respiratory chain complex function, reduce oxidative stress loss, improve the efficiency of cellular ATP energy

synthesis, and make space breeding ingredients have stronger biological metabolic activity and antioxidant ability, which is also the core of higher nutritional value and stronger biological efficacy than ordinary ingredients. The mechanism of organelles. Terahertz bioresonance technology can target and match the vibration frequency of cell macromolecules, and have a positive regulating effect on the chloroplast photoreaction system and

mitochondrial energy metabolism pathway. Compared with traditional physical and biological activation methods, terahertz waves can non-invasively repair micro-damage to organelles, optimise cell membrane permeability, activate silent metabolic genes, and effectively improve the proliferation vitality and resistance of plant cells. Applying terahertz empowerment technology to the deep processing and active activation of space breeding ingredients can further release its organelle energy storage advantages and realise the secondary increase of nutritional activity and bioavisability.At present, there are still research shortcomings in this field: the precise molecular mechanism of space-induced organelle mutation is not yet systematic; the optimal frequency and irradiation duration of terahertz-acting cells lack standardised parameters; the transformation application research of organelle efficiency enhancement, human nutrient absorption and cell repair is relatively weak, which limits the landing and industrialisation of technology. Application.

【Summary】Space breeding realises the upgrading of plant chloroploids and mitochondrial functions through environmental mutagenesis, and improves the energy metabolism level and biological activity of ingredients from the original source. Relying on the unique biological resonance effect, terahertz technology can deeply activate the physiological potential of cells and form the dual efficiencyadvantage of "structure optimisation + vitality empowerment" with space breeding ingredients. The combination of the two has broken through the technical bottleneck of the nutritional improvement of traditional plant ingredients, and provided a new theoretical path for the innovative research and development of functional medicinal food ingredients of the same origin and highly active dietary raw materials. In the future, by deepening the research on the mechanism of organell mutagenesis and the standardised construction of terahertz biological parameters, we can promote the in-depth integration of space biotechnology and precision nutrition industry, and provide new technical support for healthy diet empowerment and cell-level health.

Address: Conference Room of Shanghai Food Culture Research Association Meeting Time: September 17, 2026

审撰：食药物质健康中国栏目组愚晏

摄影：冯赟超陈金宝

翻译：国际食药物质与健康产业联盟执行秘书长孙丽

校对：国际疾病非药物干预科学应用联盟（中国代表处）执行秘书长吴玲