Scientific Research
Advancing human-relevant medicine through groundbreaking research in disease modeling and drug safety
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Brain Organoid Research
Brain organoids have revolutionized our ability to study human neurological diseases. These 3D models recapitulate key features of brain development and enable research previously impossible with animal models.
Alzheimer's Disease
Patient-derived organoids modeling amyloid plaque formation and tau pathology for drug screening.
Parkinson's Disease
Dopaminergic neuron models for neuroprotective compound testing and disease mechanism studies.
Glioblastoma
Patient tumor organoids for personalized chemotherapy sensitivity testing.
Zika Virus
Infection models demonstrating viral impacts on developing brain tissue.
Liver Toxicity Research
Drug-induced liver injury (DILI) remains a leading cause of drug failure and withdrawal. Human liver models provide superior prediction of hepatotoxicity compared to animal testing.
DILI Prediction
Multi-parameter assessment of hepatotoxicity risk using liver-on-chip systems.
NASH Modeling
Non-alcoholic steatohepatitis models for metabolic liver disease therapeutics.
Drug Metabolism
CYP450 enzyme activity and drug-drug interaction prediction.
Cardiac Safety Testing
Cardiotoxicity is the second leading cause of drug withdrawal. Human heart models detect arrhythmia risks that animal models miss, improving drug safety assessment.
QT Prolongation
hERG channel assays and multi-electrode array testing for arrhythmia prediction.
Contractility
Measure cardiac muscle function and force generation in human cardiomyocytes.
Structural Cardiotoxicity
Detect myocardial damage from cancer therapeutics and other compounds.
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In-depth research on organoids, organ-on-chip, and human simulation science
Brain Organoids
Cerebral organoid research
Liver Toxicity Testing
Hepatotoxicity prediction
Cardiac Safety Testing
Cardiotoxicity assessment
Kidney Nephrotoxicity
Renal toxicity screening
Tumor Organoids
Cancer research models
Lung Organoids
Respiratory tissue models
Gut Microbiome Models
Intestinal ecosystem research
Blood-Brain Barrier
BBB-on-chip systems
Retinal Organoids
Eye disease modeling
Pancreatic Organoids
Diabetes research
Skin-on-Chip
Dermal tissue models
Placenta-on-Chip
Reproductive research
Bone Marrow Organoids
Hematopoietic models
Colon Organoids
GI tract research
Thyroid Organoids
Endocrine tissue models
Prostate Organoids
Urological research
Ovarian Organoids
Reproductive tissue models
Bladder Organoids
Urothelial research
Assembloids
Fused organoid systems
Multi-Organ Systems
Body-on-chip platforms
CRISPR Organoids
Gene editing applications
iPSC Disease Modeling
Patient-specific models
Clinical Trials in a Dish
In vitro trial platforms
High-Throughput Screening
Automated drug testing
Biosensors Integration
Real-time monitoring
Vascularization Advances
Blood vessel engineering
Organoid Biobanking
Tissue repositories
Organoid Cryopreservation
Tissue storage methods
Single-Cell Organoids
Clonal analysis
Organ-Chip Manufacturing
Production scaling
Quality Control MPS
Standards compliance
Standardization MPS
Industry standards
Validation Standards
Regulatory validation