We provide end-to-end research outsourcing services covering cell culture, sample processing, animal model establishment, drug administration, tissue and sample collection, molecular testing, and data analysis. Our services are designed to meet the research and drug development needs of universities, research institutions, and biopharmaceutical companies. We maintain strict quality control throughout the experimental process to ensure reliable, consistent, and reproducible data. On-site laboratory visits and customized project collaborations are also available.
The platform is equipped with a comprehensive range of advanced cell culture and analytical instruments, supported by established procedures for equipment maintenance, environmental disinfection, and quality control. All experiments are conducted according to standardized operating procedures.
To ensure experimental reliability from the outset, we implement a rigorous cell accession and quality-control system. Newly introduced cell lines undergo dedicated quarantine and culture procedures, followed by regular assessments of cell viability, purity, morphology, growth characteristics, and overall quality. These measures help maintain healthy cell populations and minimize the risks of contamination and unwanted cellular changes.
Our platform supports a broad range of routine cell culture and cell-based functional assays. We also provide specialized services including lentiviral packaging, mycoplasma detection, decontamination, and contamination prevention, supporting a wide range of applications in basic research, mechanistic studies, and early-stage drug discovery.
Depending on project requirements, we can provide integrated molecular testing and analysis services, including RNA/DNA-related assays, gene expression analysis, protein detection, and other molecular characterization approaches. Experimental protocols can be customized according to the client's research objectives, sample characteristics, target molecules, and required analytical endpoints.
By integrating molecular analysis with our cell-based and animal experimental platforms, we can provide end-to-end experimental support, from cellular phenotypic evaluation to molecular mechanism validation.
The facility is equipped with two independent individually ventilated cage (IVC) systems, providing a total of 200 standard mouse cage positions and a maximum housing capacity of approximately 1,200 mice. The facility is fully equipped to support both individual studies and larger-scale animal research projects.
We have established comprehensive standard operating procedures (SOPs) covering environmental control, personnel operations, animal husbandry, experimental procedures, and facility management. The sourcing, housing, experimental use, and disposal of laboratory animals are managed in accordance with applicable laboratory animal requirements and traceability procedures.
We can provide professional housing and experimental support for a variety of laboratory mouse strains, including SPF-grade mice, nude mice, and genetically engineered/transgenic mice, according to project requirements.
Our core services focus on preclinical oncology research. We can provide integrated experimental services covering tumor model establishment, drug administration, intervention, tissue and biological sample collection, and endpoint analysis. These services support the evaluation of tumor growth, tumor metastasis, and anti-tumor drug efficacy, providing standardized and reliable in vivo data for oncology drug development, cancer mechanism studies, and pharmacodynamic evaluation.
The platform enables non-invasive, real-time monitoring of fluorescence and bioluminescence signals in living animals, allowing longitudinal tracking of tumor growth, tumor metastasis, drug or tracer distribution, and other biological changes. Because the same cohort of animals can be repeatedly monitored over an extended period without requiring euthanasia at each time point, the approach can help reduce animal use while improving data continuity and enabling longitudinal assessment of treatment responses.
Our in vivo imaging services can be applied broadly to preclinical anti-cancer drug efficacy evaluation, tracer biodistribution studies, inflammation models, cell tracking, and other pharmacological and in vivo biological research applications.
The platform is supported by a standardized animal research area and established procedures for anesthesia, animal positioning and immobilization, image acquisition, and quantitative image-data analysis and reporting. These capabilities provide objective, quantitative in vivo imaging data to support preclinical drug evaluation and the development of new therapeutics.
Our facility is equipped with two large-capacity liquid nitrogen storage tanks, enabling redundant storage of valuable cell lines and other important biological samples to enhance sample security. In addition, the platform includes multiple 4°C refrigerators, −20°C freezers, and −80°C ultra-low-temperature freezers, supporting different storage requirements and short-, medium-, and long-term sample preservation.
All storage equipment is equipped with electronic temperature monitoring systems for continuous temperature measurement and recording. Storage conditions are traceable, and abnormal temperature conditions can trigger real-time alerts, helping protect the integrity and usability of valuable research samples.
By integrating these capabilities within a single platform, we can provide clients with one-stop, end-to-end CRO services, covering experimental model development, study execution, molecular and biological analysis, and long-term sample preservation without the need to coordinate multiple external service providers.
Our standardized operating procedures, rigorous quality-control processes, and efficient project management help clients reduce experimental costs, shorten research timelines, and improve project execution efficiency.
We welcome universities, research institutions, and biopharmaceutical companies to visit our facilities and explore potential collaborations. Based on specific project requirements, we provide customized experimental protocols, one-on-one technical consultation, and end-to-end project management and support, helping clients efficiently advance research programs and accelerate the generation of high-quality scientific results.
