Custom Brain Organoid Services
The human brain is an extremely complex system that contains a variety of neuron types. In this case, human brain study, especially neurodegenerative diseases, becomes extremely difficult. Compared with rodent animal models, brain organoids present more advanced cell composition, maturation, and tissue architecture, which are closer to the human brain. At Creative Biolabs, we provide the custom novel STEMOD™ neuroscience ex vivo models for a broad range of neurosciences research.
Forebrain Organoid
For researches on cognitive activities, sensory and associative functions, etc.
Cerebellar Organoid
For research of diseases that involve general inadequacy of motor response.
Whole-brain Organoid
A model that shares high functional similarities with developing cerebral cortex.
Retinal Organoid
For research of retinal diseases and conditions, and retinogenesis.
Connect With Our Scientists
Have a unique research idea or custom requirement? Our experts are ready to collaborate and tailor solutions that fit your scientific goals. Let's push boundaries together.
Basic Neuroscience Research tools
Due to expending effort and long timeline required for stem cell research, scientists at Creative Biolabs produce and provide high quality stem cell products and related reagents and tools. To meet various requirements of researchers from different fields of stem cell research, our cell products are mainly organized and categorized by types of disease (e.g. Cardiovascular Diseases, Neurological Diseases, Ocular Diseases, etc). Other tools includes reagents, media, kits and consumables.
About Us
Facing the challenges in drug discovery for neurological disorders, especially around understanding the molecular and cellular mechanism underlined, induced pluripotent stem cells (iPSCs) emerge to be an excellent tool to recapitulate the biology of donor cells. With years of experience in iPSC and gene editing technologies, scientists at Creative Biolabs are providing services and products for neuroscience research and drug discovery.
