It is an adjective.
Artificial limbs.
adaptive bioengineering is using examples from nature and adapting them to human use, such as whales have grooves in their fins which decrease co-efficient drag and use this on wind turbines to increase efficiency
adaptive bioengineering
Assistive helps someone while adaptive changes someone. ex. A rod on a broken leg is adaptive when contacts are assistive.
Adaptive Bioengineering products differ from assistive ones in that they actually change the living organisms. A similar adaptive bioengineering is the replacement of defective or diseased cells with healthy cells. Replacing the defective or diseased cells with healthy cells is changing the living organisms because it's making their cells healthy & the cells will NOT have any more bacteria on it.
adaptive bioengineering is using examples from nature and adapting them to human use, such as whales have grooves in their fins which decrease co-efficient drag and use this on wind turbines to increase efficiency
adaptive bioengineering is using examples from nature and adapting them to human use, such as whales have grooves in their fins which decrease co-efficient drag and use this on wind turbines to increase efficiency
UW Bioengineering was created in 1984.
Bioengineering and other advanced science fields are becoming very prominent in these times.
teachers
The University of Utah has a BioMedical Engineering Undergraduate Program and a BioEngineering Graduate Program.
Bioengineering have a choice of jobs in all types of environments. Some professions involving bioengineering include: biomaterials, classical mechanics, medical imaging, consulting, teaching, and rehabilitation engineering.