·We offer a DMF-certified clinical-grade iPSC bank
·We offer iPSC line generation services
·We offer comprehensive solutions for the directed differentiation of over ten types of tissue-specific cells, including NK cells, pancreatic beta cells, neural stem cells, neurons, endothelial cells, liver cells, and cardiomyocytes.
·We offer iPSC lines for over twenty major and rare diseases
Multiple reprogramming techniques
Footprint free
Safe & Highly Efficient
cGMP compliant
The iPSC-NK cell manufacturing process uses a feeder-free culture system and 3D expansion technology to enable large-scale production. This method enhances the safety of NK cell products while maintaining the high purity and potency of iPSC-NK cells.
Development of a Stable Differentiation Protocol for iPSC-Derived Islet β Cells
·Process Research
·Process Optimization and Validation
·Formulation and Process Development, Research, and Validation
·Research and Establishment of Quality Standards
·Development and Validation of Quality Analysis Methods
·Accelerated Stability Study
·Storage Stability Study
·Transport Stability Study
·In-Use Stability Study
·Production of Seed Cell Bank for Clinical Trial Registration Batch
·Preparation of End-of-Production Cell Bank for Clinical Trial Registration Batch
·Batch Quality Inspection
·Mechanism of Action Research
·Storage of Seed Cell Bank and Working Cell Bank
·Preclinical Toxicology Study Consulting
·Preclinical Pharmacodynamics Study Consulting
·CTD Document Preparation Consulting
·Process Optimization and Validation
·Formulation Process Optimization and Validation
·Optimization and Validation of Quality Standards
·Optimization and Validation of Quality Analysis Methods
·Storage Stability Studies
·In-Use Stability Studies
·Seed Cell Bank Production
·Working Cell Bank Production
·Batch Verification
·Clinical Trial Protocol Consulting
·Storage for Seed Cell Banks and Working Cell Banks
·Production Process Scale-up Research, Validation and Process Verification
·Validation and Verification of Quality Standards and Analytical Methods
·Storage Stability
·Production of Seed Cell Banks
·Production of Master Cell Banks
·Batch Quality Testing
·CTD Document Preparation Consulting
·Storage of Seed Cell Banks
·Storage of Master Cell Banks
Phase Contrast
Karyotype analysis
Pluripotent marker immunofluorescence staining
Pluripotent marker flow cytometry analysis
In vitro EB differentiation
·IxCell NK Cells
·IxCell Pancreatic β cells
·IxCell Neural stem cells
·IxCell Endothelial cells
·IxCell Cardiomyocytes
·IxCell Hepatocytes
·CD56+ Cells: ≥80%
·CD16+ Cells: ≥30%
·Percentage of Target Cell Lysis: ≥70%
·Cell Viability: ≥95%
Autoimmune Diseases
·Glucagon+ cells: ≥95%
·Insulin Secretion: 8000 mU/L
·GSIS: Pass
·Cell Viability: ≥95%
Diabetes
·Sox1+ cells: ≥99%
·Sox2+ cells: ≥99%
·Nestin+ cells: ≥99%
·Pax6+ cells: ≥56%
·Cell Viability: ≥95%
Neurodegenerative Diseases: Parkinson's Disease (PD), Senile Cognitive Impairment Syndrome, etc.
·Beijing Science and Technology Commission (Battlefield Trauma Repair) (Z181100004118004)
·National Key R&D Program (2016YFA0101300)
·CD31+ cells: ≥98%
·CD144+ cells: ≥98%
·Cell Viability: ≥95%
Vascular Diseases
·National Key Research and Development Program (2018YFB1105600).
·cTnT+ cells: ≥98%
·MLC-2a+ cells≥98%
·MLC-2v+ cells: ≥98%
·Cell Viability: ≥95%
Cardiac diseases; Myocardial drug screening and development
·National Key R&D Program (2016YFA0101300)
·HNF+ cells: ≥98%
·Albumin+ cells: ≥98%
·PAS+ cells: ≥98%
·Cell Viability: ≥95%
Liver disease research and drug development
·Major National Project for New Drug Creation, 2015ZX09501-009