The current design of perfused bioreactors and bio-incubators tend to be complex and are purpose built for the specific needs of one research underway. Modifications or the ability to change the environment and stimulation parameters are costly in time or involve the complete redesign of the system. The following project describes the development of a modular bio-incubator that allows the control and adjustment of the cell culture environment whilst monitoring the cell behaviour in realtime.
The construction of tissue-engineered parts such as heart valves and arteries requires more than jus...
A pulsatile perfusion bioreactor system was designed and developed for the application of scaffold-b...
Today´s rising demand for more reliable and affordable alternatives to organ transplant has led to a...
The current design of perfused bioreactors and bio-incubators tend to be complex and are purpose bui...
Tissue Engineering (TE) bears potential to overcome the persistent shortage of donor organs in trans...
Objectives: The field of tissue engineering (TE) aims to provide solutions for the regeneration of o...
This study has investigated the design of a mini-bioreactor system with bio-stimuli for culturing ce...
A bioreactor is a device simulating physiological environments for different biotechnological applic...
There is a need to develop a cost effective bioreactor. Growing tissue in vitro is a scientific proc...
In this chapter, the design, fabrication process and preliminary tests of a Multi- Compartmental Mo...
Many researchers now recognize the importance of the external environment in which cells are culture...
Bioreactors are crucial tools for the manufacturing of living cell-based tissue engineered products....
In the last years, the interest in bioreactors is constantly increasing in several fields of bioengi...
Bioreactors are essential enabling technologies for the translation of advanced therapies medicinal ...
In tissue engineering, the chemical and topographical cues within three-dimensional (3D) scaffolds a...
The construction of tissue-engineered parts such as heart valves and arteries requires more than jus...
A pulsatile perfusion bioreactor system was designed and developed for the application of scaffold-b...
Today´s rising demand for more reliable and affordable alternatives to organ transplant has led to a...
The current design of perfused bioreactors and bio-incubators tend to be complex and are purpose bui...
Tissue Engineering (TE) bears potential to overcome the persistent shortage of donor organs in trans...
Objectives: The field of tissue engineering (TE) aims to provide solutions for the regeneration of o...
This study has investigated the design of a mini-bioreactor system with bio-stimuli for culturing ce...
A bioreactor is a device simulating physiological environments for different biotechnological applic...
There is a need to develop a cost effective bioreactor. Growing tissue in vitro is a scientific proc...
In this chapter, the design, fabrication process and preliminary tests of a Multi- Compartmental Mo...
Many researchers now recognize the importance of the external environment in which cells are culture...
Bioreactors are crucial tools for the manufacturing of living cell-based tissue engineered products....
In the last years, the interest in bioreactors is constantly increasing in several fields of bioengi...
Bioreactors are essential enabling technologies for the translation of advanced therapies medicinal ...
In tissue engineering, the chemical and topographical cues within three-dimensional (3D) scaffolds a...
The construction of tissue-engineered parts such as heart valves and arteries requires more than jus...
A pulsatile perfusion bioreactor system was designed and developed for the application of scaffold-b...
Today´s rising demand for more reliable and affordable alternatives to organ transplant has led to a...