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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
more -
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Mouse-derived immune system model
more -
Tumor vaccine
more -
Cell therapy
more -
In vitro testing platform
more -
Non-GLP Toxicology Platform
more -
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
more -
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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: Brain In Situ Modeling
Author:
InnoModels Biotechnology
Release time:
2024-01-16
InnoModels Biotechnology is committed to driving innovation in biomedical research, and its pioneering in situ brain modeling technology is attracting widespread attention in the scientific community. This technology opens up new possibilities in the field of neuroscience, providing a platform for more realistic and sophisticated research that is expected to deepen our understanding of brain function and disease.
Introduction to in situ brain modeling
Brain in-situ modeling is a technique that involves transplanting human or animal brain tissue cells into an in vitro environment in a laboratory and maintaining their structure and function in situ. InnoModels's in situ brain modeling technology utilizes state-of-the-art cell culture and tissue engineering methods to enable researchers to conduct neuroscience experiments in a more natural environment.
Key Benefits of the Technology
1. In situ structural restoration:
Brain in situ modeling technology is able to restore the in situ structure of brain tissue, including neuronal connections and distribution. This allows researchers to better model and understand the complex functions of the brain.

2. Disease modeling:
The technology can be used to model a variety of neurological diseases, such as Alzheimer's disease and Parkinson's disease. This provides a powerful tool for the study of disease mechanisms and is expected to accelerate research on the treatment of related diseases.
3. Drug testing platform:
The brain in-situ model of InnoModels Biotechnology can be used as a platform for drug testing, which allows researchers to assess the effects of new drugs on brain function and provide more accurate predictions for drug development.
Future Prospects
As brain in situ modeling technology continues to evolve, InnoModels Biotechnology will continue to drive innovation in this field. In the future, we expect to see the creation of more disease models, as well as more accurate drug testing and customized treatment plans. This technology is expected to revolutionize the field of neuroscience and thus move neurological disease research and treatment forward.
Conclusion
InnoModels's in situ brain modeling technology represents the cutting edge of neuroscience research. The application of this technology will help us understand the structure and function of the brain in a more comprehensive and in-depth manner, providing new ideas and possibilities for the treatment and prevention of neurological diseases. With the continuous development of this field, we are looking forward to the future prospects of neuroscience research.
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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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