Case studies

Thanks to a new fingerprint analysis technique developed using mass spectrometry technology, police can discover more about the lifestyle and state of mind of a suspect.

Sheffield Multimodal Imaging Centre (SMIC) researchers are using ultrasound to study how a common air pollutant, carbon monoxide, is affecting cerebral blood flow.

Using 3D surface imaging technology at the Sheffield Multimodal Imaging Centre (SMIC), Sheffield Hallam researchers have developed anatomical models for education, research and product development.

We're developing a synthetic infected skin to help develop new treatments for eczema sufferers, allowing cosmetics and pharmaceutical companies to test products as if they were being applied to natural human skin.

Sheffield Hallam researchers are helping to improve the performance of pharmaceutical tablets using a new imaging method developed at the Sheffield Multimodal Imaging Centre,

Thanks to a new fingerprint analysis technique developed using mass spectrometry technology, police can discover more about the lifestyle and state of mind of a suspect.

Research from Sheffield Hallam has shown that hi-res micro-computed tomography can be used as a reliable authentication technique for gems and pearls.

Researchers at Sheffield Multimodal Imaging Centre (SMIC) have examined the effectiveness of commercial seed film coatings to improve product performance and give crops a much-needed zinc boost.

Labskin UK and Sheffield Hallam are helping cosmetic and pharmaceutical companies find a competitive edge by using mass spectrometry and a market-leading artificial skin model to analyse product performance.

Thanks to a new fingerprint analysis technique developed using mass spectrometry technology, police can discover more about the lifestyle and state of mind of a suspect.