Services & Facilities

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Overview

CNRM aims to enhance the scientific understanding of regenerative processes and translate the knowledge into clinical practice through innovative biomedical science and engineering technologies. The advancement of regenerative therapies for the restoration of tissue and organ function is the central theme of CNRM for regenerative medicine.

 

CNRM serves as an incubator and pipeline for enabling technologies that will be developed for clinical trials and product commercialization. Its establishment fosters effective partnerships and collaborations with local and international universities and industries, facilitating innovation and transforming patient care.

 

The CNRM Laboratory spans 8,500 square feet and is equipped with state-of-the-art professional equipment, including Bio-Atomic Force Microscopy, 3D Bioplotter, Mica, Electrospinner, Patch Clamp Recording System, and Animal Holding Facility.

 

To explore collaboration opportunities, please contact our Business Development Team via email at info@cnrm.com.hk

Histology Room
Histology Room
Microscope Room
Microscope Room
Cell Sorter Room
Cell Sorter Room
Bio-AFM and PCR Room
Bio-AFM and PCR Room
Cell Culture Room
Cell Culture Room
Gel Loading Area (Open Lab)
Gel Loading Area (Open Lab)
Small Equipment Area (Open Lab)
Small Equipment Area (Open Lab)
Small Equipment Area (Open Lab)
Small Equipment Area (Open Lab)

Bio-Atomic Force Microscopy

Utilizing Bio-Atomic Force Microscopy (Bio-AFM) technology for biomechanical exploration
Employing the force spectroscopy imaging function to uncover mechanical properties of healthy and diseased tendons at a microscale
Leveraging wave mode imaging to reveal the appearance and alignment of collagen fibrils
Converting Bio-AFM's lateral force mode to friction force readout for detailed characterization of shear stress between biomaterials and tissues

3D Bioplotter

Fabrication of biological constructs with cells and biomaterials
Low temperature, high temperature and multi-wavelength photocuring print heads for printing of different types of biomaterials
Precise control of internal structures to mimic biological structures

 The printed structures can hold good 3D structures in the air and in the aqueous environment.

Mica

Dual modes for fluorescence and confocal microscopy
Closed system with precise control of temperature, humidity and gas composition
Adaptive imaging processing to attain super-resolution
AI –assisted image analysis software

Nano Particle Tracking Analyzer

Measures size, concentration, and movement of nanoparticles
Determines zeta potential for particle stability insights
Provides real-time tracking and analysis of individual nanoparticles

Electrospinner

Helps create tissue scaffolds for tissue repair in people with diseases
Enables targeted drug delivery for better disease management
Electrospun fibers can be used in wound dressings for faster healing
Assist in developing specialized implants for treating medical conditions

BD FACSAria™ Fusion Flow Cytometer

Enable flow cytometric analysis for stem cell typing with 18 fluorescent channels
Precise cell sorting for isolating specific cell types for downstream experiments

Patch Clamp Recording System

Measure cell electrical activity for studies of neural cell activities
Investigation of cellular responses to electrical stimulation
Enable individual cell manipulation for investigations of developmental biology and tissue regeneration