覆盖细胞、小动物、植物、食品等多领域的X射线辐照应用X-ray irradiation applications covering cells, small animals, plants, food and other fields
专业方案 · 精准剂量 · 可靠结果Professional Solutions · Precise Dosage · Reliable Results
从细胞到动物、从植物到食品，锐源®系列产品满足多元化科研与工业应用需求From cells to animals, from plants to food, 锐源® series products meet diverse research and industrial application needs
针对大鼠脑部特定区域进行X射线照射，模拟辐射性脑损伤，为辐射防护药物研发提供实验基础。Targeted X-ray irradiation of specific rat brain regions to simulate radiation-induced brain injury, providing experimental basis for radioprotective drug development.
了解详情Learn More对小鼠特定肿瘤部位进行精准剂量照射，研究放疗对肿瘤生长的抑制作用，支持与化疗、免疫治疗等联合用药研究。Precise dose irradiation of specific mouse tumor sites to study radiotherapy inhibition on tumor growth, supporting combination therapy with chemotherapy and immunotherapy.
了解详情Learn More在细胞层面进行肿瘤药物与治疗方法的开发研究与评估，支持细胞凋亡、细胞周期、DNA损伤等多维度检测。Development, research and evaluation of tumor drugs and therapies at the cellular level, supporting multi-dimensional detection of apoptosis, cell cycle and DNA damage.
了解详情Learn More干细胞与免疫细胞治疗过程中的饲养层细胞辐照，使细胞失去增殖能力但保持代谢活性，提供稳定的饲养层支持。Feeder cell irradiation for stem cell and immune cell therapy, rendering cells proliferation-incompetent while maintaining metabolic activity for stable feeder layer support.
了解详情Learn More通过动物全身辐照功能对小鼠进行免疫抑制，支持免疫重建、骨髓移植、造血干细胞移植等研究。Immune suppression in mice through whole-body animal irradiation, supporting immune reconstitution, bone marrow transplantation and hematopoietic stem cell transplantation research.
了解详情Learn More利用X射线对植物种子进行诱变处理，创造新的遗传变异，为作物育种提供丰富的突变体材料。Using X-rays for mutagenesis treatment of plant seeds to create new genetic variations, providing abundant mutant materials for crop breeding.
了解详情Learn More对蚊虫、果蝇等昆虫进行不育剂量照射，研究辐射对昆虫生殖系统的影响，为昆虫不育技术提供实验支持。Sterilizing dose irradiation of mosquitoes, fruit flies and other insects, studying the effects of radiation on insect reproductive systems, providing experimental support for Sterile Insect Technique (SIT).
了解详情Learn More用于判定果蔬、肉类、香辛料及其它食品是否进行过辐照灭菌，台式设计方便实验室使用，助力食品安全监管。Used to determine whether fruits, vegetables, meat, spices and other foods have undergone irradiation sterilization. Benchtop design for convenient laboratory use, supporting food safety regulation.
了解详情Learn More深入了解每一个应用场景的实验原理、设备配置与研究价值In-depth understanding of experimental principles, equipment configuration and research value for each application scenario
通过配备的局部辐照模块，针对大鼠脑部特定区域进行精准X射线照射，有效模拟临床放射性脑损伤病理过程。 该模型广泛应用于辐射防护药物筛选、神经损伤修复机制研究以及放疗并发症干预等科研方向。Through the equipped local irradiation module, precise X-ray irradiation is delivered to specific regions of the rat brain, effectively simulating the pathological process of clinical radiation-induced brain injury. This model is widely used in radioprotective drug screening, neural injury repair mechanism research and radiotherapy complication intervention.
设备可精确控制辐照剂量率与累计剂量，配合专用大鼠固定装置与脑部准直器，实现对海马体、皮层等特定脑区的定向照射。 剂量分布均匀性好，实验重复性高，为辐射神经科学研究提供可靠的实验平台。The equipment can precisely control the dose rate and cumulative dose. Combined with dedicated rat fixation devices and brain collimators, it enables targeted irradiation of specific brain regions such as the hippocampus and cortex. With excellent dose distribution uniformity and high experimental reproducibility, it provides a reliable platform for radiation neuroscience research.
利用锐源® RS2000 Super 的局部辐照模块，对小鼠特定肿瘤部位进行精准剂量照射，在动物层面直接研究放疗对肿瘤生长的抑制作用。 配合小鼠专用辐照笼与肿瘤固定装置，可实现对皮下瘤、原位瘤等多种肿瘤模型的定向放疗。Using the local irradiation module of 锐源® RS2000 Super, precise dose irradiation is delivered to specific mouse tumor sites to directly study the inhibitory effect of radiotherapy on tumor growth at the animal level. Combined with dedicated mouse irradiation cages and tumor fixation devices, targeted radiotherapy for various tumor models including subcutaneous and orthotopic tumors can be achieved.
该应用支持与化疗药物、免疫检查点抑制剂、靶向药物等多种治疗手段的协同作用研究， 可系统评估不同联合方案的抗肿瘤效果，为临床转化研究提供重要的动物实验数据。This application supports synergistic research with various treatment modalities including chemotherapy drugs, immune checkpoint inhibitors and targeted therapies. It enables systematic evaluation of anti-tumor effects of different combination regimens, providing important animal experimental data for clinical translation research.
在细胞层面进行肿瘤药物与肿瘤治疗方法的开发、研究与评估。 通过对肿瘤细胞系进行不同剂量的X射线照射，可系统研究辐射对细胞增殖、凋亡、周期阻滞、DNA损伤修复等生物学过程的影响。Development, research and evaluation of tumor drugs and tumor therapies at the cellular level. By irradiating tumor cell lines with different doses of X-rays, the effects of radiation on cell proliferation, apoptosis, cycle arrest and DNA damage repair can be systematically studied.
设备支持细胞培养板、培养皿、培养瓶等多种容器的高通量照射，剂量均匀性高、重复性好，适合大规模药物筛选实验。 结合克隆形成实验、流式细胞术、Western blot等检测手段，可实现多维度的辐射生物学研究。The equipment supports high-throughput irradiation of various containers including cell culture plates, petri dishes and culture flasks, with high dose uniformity and good reproducibility, suitable for large-scale drug screening experiments. Combined with colony formation assays, flow cytometry, Western blot and other detection methods, multi-dimensional radiation biology research can be achieved.
在干细胞治疗、免疫细胞治疗及相关研究过程中，饲养层细胞的制备是关键环节之一。 通过X射线辐照使饲养层细胞失去增殖能力但保持代谢活性，从而为干细胞或免疫细胞的培养提供稳定的生长微环境。In stem cell therapy, immune cell therapy and related research, the preparation of feeder cells is one of the key steps. X-ray irradiation renders feeder cells proliferation-incompetent while maintaining metabolic activity, providing a stable growth microenvironment for stem cell or immune cell culture.
相比传统的丝裂霉素C处理方法，辐照灭活具有操作简便、无化学残留、批次一致性好等优势。 设备可一次性处理大量细胞，剂量控制精确，确保每批饲养层细胞质量稳定，满足细胞治疗的严格质控要求。Compared with traditional mitomycin C treatment, irradiation inactivation offers advantages such as simple operation, no chemical residue and good batch consistency. The equipment can process large quantities of cells at once with precise dose control, ensuring stable quality of each batch of feeder cells and meeting the strict quality control requirements of cell therapy.
通过设备的动物全身辐照功能，对小鼠进行不同剂量的全身照射，实现不同程度的免疫抑制与骨髓清除。 这是进行免疫重建、骨髓移植、造血干细胞移植等研究不可或缺的关键步骤。Through the equipment's whole-body animal irradiation function, mice receive different doses of total body irradiation to achieve varying degrees of immune suppression and myeloablation. This is an indispensable key step for immune reconstitution, bone marrow transplantation and hematopoietic stem cell transplantation research.
配备专用小鼠辐照笼，可同时处理多只小鼠，剂量分布均匀，实验效率高。 通过精确控制辐照剂量，可以灵活调节清髓程度，满足不同研究模型的需求——从亚致死剂量到致死剂量均可精确实现。Equipped with dedicated mouse irradiation cages, multiple mice can be processed simultaneously with uniform dose distribution and high experimental efficiency. By precisely controlling the irradiation dose, the degree of myeloablation can be flexibly adjusted to meet the needs of different research models — from sublethal to lethal doses can be precisely achieved.
利用X射线对植物种子进行诱变处理，通过辐射诱导DNA产生随机突变，创造丰富的遗传变异资源。 这是作物育种中创造新种质、培育新品种的重要技术手段。Using X-rays for mutagenesis treatment of plant seeds, inducing random DNA mutations through radiation to create abundant genetic variation resources. This is an important technical approach for creating new germplasm and breeding new varieties in crop breeding.
设备可对各种作物种子、花卉种子进行批量辐照处理，诱变效率高、操作简便。 通过调整辐照剂量和剂量率，可以有效控制突变频率和突变谱，为育种工作提供多样化的突变体材料，加速育种进程。The equipment can perform batch irradiation treatment on various crop seeds and flower seeds with high mutagenesis efficiency and simple operation. By adjusting irradiation dose and dose rate, mutation frequency and mutation spectrum can be effectively controlled, providing diverse mutant materials for breeding work and accelerating the breeding process.
利用设备的昆虫辐照能力，对蚊虫、果蝇、蛾类等农业与卫生害虫进行不育剂量照射。 经过亚不育剂量照射的昆虫虽能正常交配但无法产生后代，释放到田间后可有效降低害虫种群数量。Using the equipment's insect irradiation capability, sterilizing dose irradiation is applied to agricultural and sanitary pests such as mosquitoes, fruit flies and moths. Insects treated with sub-sterilizing doses can mate normally but cannot produce offspring. When released into the field, they can effectively reduce pest population numbers.
该技术（SIT，昆虫不育技术）是一种环境友好型的绿色防控手段，不使用化学农药，对生态环境影响极小。 锐源®设备可为SIT技术研究提供精准的剂量控制与高效的批量处理能力，助力害虫绿色防控研究与应用。This technique (SIT, Sterile Insect Technique) is an environmentally friendly green pest control method that does not use chemical pesticides and has minimal impact on the ecological environment. 锐源® equipment provides precise dose control and efficient batch processing capability for SIT technology research, supporting green pest control research and applications.
锐源® RS500系列用于判定果蔬、肉类、香辛料及其它食品是否进行过辐照灭菌处理， 是食品安全检测实验室的重要设备。通过对样品进行剂量梯度照射并配合相关检测方法，可有效鉴别食品是否经过辐照处理。锐源® RS500 series is used to determine whether fruits, vegetables, meat, spices and other foods have undergone irradiation sterilization. It is essential equipment for food safety testing laboratories. By irradiating samples with dose gradients and combining with relevant detection methods, irradiated foods can be effectively identified.
设备采用台式设计，体积小巧，方便实验室使用，无需复杂的安装条件。 操作简便，剂量精度高，可为食品安全监管、进出口检验、食品质量控制提供可靠的技术手段。The equipment adopts a benchtop design with compact size, convenient for laboratory use without complex installation requirements. Simple operation and high dose accuracy provide reliable technical means for food safety regulation, import/export inspection and food quality control.
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