"Master's Programme in Biomedical Sciences and Engineering" - Selaus Tutkinto-ohjelman ja opintosuunnan mukaanOpinnäytteet - ylempi korkeakoulututkinto

OOC models are microfluidic systems, designed to mimic the physiological processes of specific human organs. On a cellular level, sufficient O2 supply is crucial for the viability of cells in cell cultures. In culture ...

Recent studies comparing the outcomes of in vitro and in vivo tests for bone-regenerating biomaterials revealed a very weak correlation between the two, highlighting the low reliability of the currently used in vitro models. ...

Purpose Automated feature extraction combined with deep learning has had and continues to have a strong impact on the improvement and implementation of pattern recognition driven by machine learning. Systems without prior ...

Background and aim: Organ on chip (OOC) are multi-channel 3D microfluidic integrated circuits that mimic human mechanics, physiology and functions of a whole human organ and organ system. OOC devices offer a more realistic ...

Mitochondrial dysfunction plays a key role in many metabolic and degenerative diseases, including those caused by alcohol consumption. The PPA2 gene encodes a mitochondrial inorganic pyrophosphatase critical for ATP ...

For some time, hydrogel biomaterials have been of core interest in the field of tissue engi-neering. One of the main beneficial properties of hydrogels is the high tuneability of their mechanical properties via the ...

To study the effects of low oxygen concentrations (hypoxia) on epileptic cells in neuronal cell culture, an existing cell culture device with three separate cell compartments connected by microtunnels was modified to ...