Welcome to our Mouse Orthotopic Surgical Tumor Model Platform, an advanced center offering highly specialized and accurate solutions for tumor research, now enhanced with in vivo fluorescence imaging capabilities.
Platform Overview: This platform is dedicated to providing orthotopic surgical tumor models in mice for research and development of drugs, gene therapies, and other potential oncology treatment strategies. Our models simulate the tumor environment within the human body, offering a research backdrop that closely mirrors real-life scenarios. The addition of in vivo fluorescence imaging allows for real-time, non-invasive monitoring of tumor progression and drug distribution.
Key Features:
1.High Fidelity: Our orthotopic surgical tumor models precisely reflect the natural growth and spread of tumors within a biological system.
2.Diversity: We offer models for various types of tumors to cater to diverse research needs.
3.State-of-the-art Techniques: We employ the latest surgical techniques and equipment, ensuring the accuracy and consistency of the models.
4.In Vivo Fluorescence Imaging:
  • Tumor Monitoring: By utilizing fluorescently-labeled tumor cell lines, we can monitor the growth and metastasis of orthotopic tumor tissues in real-time.

  • Drug Distribution: Track and visualize the distribution of drugs within the animal's body, offering insights into drug pharmacokinetics and biodistribution.
5.Expert Team: Our team consists of seasoned oncology biologists, surgical specialists, and imaging experts, offering comprehensive support.
Application Areas:
• Efficacy evaluation of novel drugs.
• Research on drug delivery and targeting strategies.
• Studies on tumor biology and pathological mechanisms.
• Validation and optimization of immunotherapy strategies.
• Real-time tracking of tumor growth and metastasis using fluorescence imaging.
• Assessment of drug distribution and accumulation within the body.
At our Mouse Orthotopic Surgical Tumor Model Platform, we recognize the importance of accurate tumor models and advanced imaging for oncology research. We are committed to providing high-quality, reliable data and support, propelling your research to new heights.
We look forward to collaborating with you and advancing the progress of oncology research together!