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Humanized model of the immune system
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iHuPBMC-T
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iHuPBMC-NK
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iHuPBMC-B
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PBMC-LT
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CD34+ HSC
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Winn model
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iHuPBMC-MHC/KO
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iHuPBMC-OncVax
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PBMC mixed inoculation model
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In vivo tumor experimental platform
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CDX
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iHuPDX
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Non-GLP Toxicology
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PK/PD
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Brain in situ model
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Other in situ models
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Hematologic tumor model system inoculation
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Creation of high interstitial tumor models
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In vitro killing experiment platform
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Immune co-culture killing model
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CDC
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In vitro killing experiment platform
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IC50
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PDC High-Throughput In Vitro Pharmacodynamics
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3D organoids
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ADCC
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T cell-mediated killing experiment
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Mouse-derived immune system model
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Tumor vaccine
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Cell therapy
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In vitro testing platform
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Non-GLP Toxicology Platform
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Non-tumor model and drug efficacy evaluation platform
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Systematic Vaccination Model
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Non-tumor model and drug efficacy evaluation platform
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Skin injury model
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Stroke model
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Liver fibrosis model
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Diabetes model
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Gouty Arthritis (GA) Model
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Pulmonary fibrosis model
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Systemic lupus erythematosus (SLE) model
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Inflammatory Bowel Disease (IBD) model
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Rheumatoid Arthritis (RA) Model
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PDX model
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PDX model
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Head and neck cancer
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Eye cancer
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Lung cancer
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Human breast cancer
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Esophageal cancer in humans
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Human gastric cancer
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Colorectal cancer
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Human liver cancer
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Bile duct cancer
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Gallbladder cancer
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Human pancreatic cancer
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Human kidney cancer
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Human Bladder Cancer
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Ureteral cancer
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Prostate cancer
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Uterine cancer
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Cervical cancer in women
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Human Ovarian Cancer
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Human skin cancer
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sarcoma
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Human Nervous System Cancer
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Embryonal carcinoma
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Human Lymphoma
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Human leukemia
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Multiple Myeloma
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Adrenal gland
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Mesothelioma
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Other people
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CDX model
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CDX model
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Head and neck cancer
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Eye cancer
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Lung cancer
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Human breast cancer
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Esophageal cancer in humans
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Human gastric cancer
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Colorectal cancer
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Human liver cancer
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Bile duct cancer
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Gallbladder cancer
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Human pancreatic cancer
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Human kidney cancer
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Human Bladder Cancer
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Ureteral cancer
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Prostate cancer
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Uterine cancer
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Cervical cancer in women
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Human Ovarian Cancer
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Human skin cancer
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sarcoma
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Human Nervous System Cancer
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Embryonal carcinoma
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Human Lymphoma
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Human leukemia
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Multiple Myeloma
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Adrenal gland
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Mesothelioma
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Other people
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Homogeneous Model
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Homogeneous Model
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Head and neck cancer
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Eye cancer
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Lung cancer
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Breast cancer
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Stomach cancer
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Liver cancer
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Bile duct cancer
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Gallbladder cancer
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Pancreatic cancer
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Kidney cancer
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Bladder cancer
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Ureteral cancer
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Prostate cancer
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Uterine cancer
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Cervical cancer
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Ovarian cancer
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Esophageal cancer
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Skin cancer
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sarcoma
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Nervous System Cancer
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Embryonal carcinoma
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Lymphoma
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Leukemia
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Multiple Myeloma
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Adrenal gland
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Mesothelioma
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Other
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Colorectal cancer
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News Center
——
InnoModels Biotechnology: iHuPDX
Author:
InnoModels Biotechnology
Release time:
2024-01-17
InnoModels Biotechnology is committed to advancing innovation in the biomedical field, and its iHuPDX (Individualized Human Patient-Derived Xenograft) technology is an outstanding example of the company's commitment to personalized medicine. iHuPDX technology brings a new perspective to cancer research and treatment, providing more precise and personalized solutions for medical research and drug development. The introduction of iHuPDX technology brings a new perspective to cancer research and treatment, and provides a more precise and personalized solution for medical research and drug development.
Introduction of iHuPDX Technology
iHuPDX technology is a xenotransplantation technology based on patient's individual tumor cells, aiming to establish a more realistic and individualized cancer model. By collecting cancer tissue samples from patients and transplanting them into animals such as mice, individualized transplanted tumors are formed, thus providing a tumor model that is closer to the actual situation of the patient.
Key advantages of the technology
1. Individualized disease model:
The iHuPDX technology establishes a highly individualized disease model based on an individual patient's tumor cells. This helps to provide a more comprehensive understanding of a patient's tumor characteristics and provides important support for precision medicine.

2. Drug response prediction:
Due to the highly individualized nature of the model, iHuPDX technology can be used to test the response of different drugs to a specific patient's tumor. This provides a powerful tool for the development of personalized treatment plans and is expected to improve the success rate of treatment.
3. New perspectives in cancer research:
The iHuPDX technology enables researchers to probe more deeply into the differences in tumor heterogeneity between different patients. This helps reveal the diversity of cancers and provides important information for the development of individualized treatment strategies.
Future Outlook
InnoModels Biotechnology is confident about the future of iHuPDX technology. As biomedical research continues to deepen and technology continues to innovate, iHuPDX is expected to play an even more important role in the field of personalized medicine. In the future, we can expect to see more research results and application scenarios related to iHuPDX technology.
Conclusion
The iHuPDX technology of InnoModels Biotechnology is an important innovation in the field of personalized medicine. By providing highly individualized tumor models for medical research and drug development, iHuPDX opens up new possibilities for precision cancer treatment. InnoModels Biotechnology will continue to work to advance this technology and provide more effective treatment options for patients.
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InnoModels Biotechnology (Beijing) Co., Ltd.
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TEL: +86 15711355061
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E-mail: xuyl@imodels.tech
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Address: Building 14, No. 79 West Shuangying Road, Changping District, Beijing
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