AKR Kidnioid®
Kidney Organoid Innovation Platform
Reshaping the kidney research paradigm to accelerate drug discovery.
Who We Are
Asia Kidney Research Ltd. (AKR) is a leading Asia-based CRO specializing in iPSC-derived kidney cells, organoids, organoid-on-a-chip platforms, and animal kidney disease models, with AI-enabled capabilities and backed by the SYSU Joint Lab, to accelerate kidney disease research and renal drug development.
Applications
Research on the Mechanisms and Therapeutic Targets of Kidney Diseases
Evaluation of Therapeutic Efficacy in Kidney Disease
Evaluation of Renal Drug Delivery Systems
Assessment of Nephrotoxicity
Services
End-to-end kidney disease research solutions—from iPSC-derived kidney cells and organoids to organoid-on-a-chip platforms and animal models, delivering customizable CRO services for drug discovery and development.
AKR is developing kidney organoid-on-a-chip solutions based on our iPSC-derived kidney organoid platform. We offer customizable CRO support for early-stage research and feasibility studies in kidney disease modeling and renal drug discovery.
Accelerate your kidney disease research and drug development with AKR's end-to-end kidney organoid CRO services. We offer customizable solutions based on iPSC-derived kidney organoids, capable of modeling a wide range of kidney diseases—including but not limited to ADPKD, renal fibrosis, and AKI—delivering publication-ready data with speed and cost efficiency.
Advance your renal drug discovery with AKR's animal models of kidney disease. We provide well-characterized, customizable in vivo models for studying disease mechanisms, evaluating drug efficacy, and assessing safety—delivered with speed and cost efficiency.
Products
Designed for 3D cell culture, spheroid formation, and organoid generation, this 96-well U-bottom ultra-low attachment plate features a hydrophilic, biologically inert surface that minimizes cell adhesion, protein adsorption, and edge effects. The U-shaped well geometry promotes uniform, single-spheroid formation with excellent roundness and reproducibility, making it ideal for iPSC-derived organoids, cancer spheroids, and high-throughput screening applications.
A complete, optimized reagent kit for generating kidney organoids from human iPSCs. This kit provides a defined, step-by-step differentiation system that guides iPSCs through intermediate mesoderm and renal progenitor stages into functional kidney organoids with nephron-like structures.
Designed for 3D cell culture and spheroid formation, this 6-well plate features an ultra-low attachment surface that minimizes cell adhesion and promotes uniform, reproducible spheroid aggregation. The larger well format is ideal for scale-up spheroid culture, preliminary experiments, and applications requiring greater culture volume.