cartigen lumegen cardiogen ligagen ostegen dermigen bioreactorZG总代理
DynaGen Bioreactor Systems
Modular, Scalable & Adaptable
Powerful in versatility ａnd application, the DynaGen Series Bioreactor Systems set the standard for tissue growth research. Available for most construct geometries, these instruments mimic the in vivo mechanical ａnd biochemistry environment in order to:
LumeGen Vascular Bioreactor
Provides pulsatile ａnd shear stress stimulation to a vascular construct. Available in single ａnd multiple chamber configurations with material properties feedback ａnd control.
CardioGen Heart Valve Bioreactor
Provides pulsatile ａnd shear stress stimulation to heartvalves ａnd other valve constructs. Available in various chamber configurations with material properties feedback ａnd control.
LigaGen Ligament & Tendon Bioreactor
Provides oscillatory axial stress stimulation to tendons ａnd ligaments. Available with additional stimulation axes in single ａnd multiple chamber configurations with material properties feedback ａnd control.
CartiGen Cartilage Bioreactor
Provides oscillatory axial stress ａnd perfusion to cartilage constructs. Available in single ａnd multiple chamber configurations with material properties feedback ａnd control.
OsteoGen Bone Bioreactor
Provides media perfusion to bone constructs. Available in single ａnd multiple chamber configurations.
DermiGen Skin Bioreactor
Provides oscillatory axial stress ａnd media perfusion to skin ａnd "skin-like" constructs. Available with material properties feedback ａnd control.
Custom ａnd Automated Bioreactors
If your application does not involve one of the standard tissue types above, chances are we still have built a system that is adaptable to your application. Tissue Growth Technologies also has recognized the need for scalability ａnd automation for many cell ａnd tissue growth studies. The DynaGen Series Bioreactors were designed to be scalable allowing for simultaneous multi-chamber experiments to enable tanslation to clinically relevant regenerative medicine. Contact us to learn more information about our automated systems.
