Kirsten leads the Super Resolution Imaging group in the QUIIN lab. Her background is in super-resolution ultrasound imaging for quantitative and functional imaging of microvascular associated diseases.

Laura leads the Ultrasound for Imaging & Material Characterisation group in the QUIIN lab. Her background is in advanced ultrasound methods for screening, monitoring, and interventional guidance.

Antonis leads the Focused Brain Interventions group in the QUIIN lab. His background is in therapeutic ultrasound, targeted drug delivery into the brain, treatment monitoring techniques, and clinical translation of focused ultrasound.

Mohammed works at the Institute of Pharmaceutical Sciences to evaluate ultrasound-mediated paediatric brain tumour treatment using drug-loaded thermosensitive liposomes. Previously, he worked on ultrasound-mediated immunomodulation in glioblastoma.  

Paul works with Dr Laura Peralta-Pereira on the development of coherent multi-transducer ultrasound  (CoMTUS) to improve the field of view and resolution in clinical ultrasound. Previously, he worked on ultrasonic characterisation of materials, measuring their crystal orientation and elasticity by laser ultrasound. 

Hasan works with Dr Antonios Pouliopoulos on quantifying drug delivery  using DCE-MRI. Previously, he worked as an assistant and associate professor at  MEF University in Istanbul, Turkey. His research interests include acoustics and vibrations, biomedical ultrasound, and acoustic characterization of soft materials.

Jaime works with Dr Christensen-Jeffries on developing 3D super-resolution ultrasound imaging techniques. Previously, he worked on characterising anisotropic materials using ultrasound shear waves, designing ultrasound phased array and electromagnetic probes, and optimising control strategies.

Chris works with Dr Antonios Pouliopoulos on the development of an ultrasound mediated paediatric brain tumour therapy using drug-loaded thermosensitive liposomes. Previously he worked on developing minimally invasive, image-guided therapies for the brain using magnetic particles.

Rachel works on acoustic holography methods for targeted drug delivery and drug release in brain tumours. 

Primary supervisor: Dr. Antonios Pouliopoulos

Second supervisor: Dr. Maya Thanou, Institute of Pharmaceutical Sciences

Amelia is investigating paediatric brain tumour treatment with ultrasound and drug-loaded phase-change nanodroplets.

Primary Supervisor: Dr. Maya Thanou, Institute of Pharmaceutical Sciences
Secondary Supervisor: Dr. Antonios Pouliopoulos

Daniel works on the clinical use of super-resolution ultrasound imaging, investigating micro-scale tissue morphology to characterise tumours.

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Primary supervisor: Dr Christensen-Jeffries

Secondary Supervisor: Professor Mengxing Tang, Department of Bioengineering, Imperial College London

Zhanchong works on robot-assisted ultrasound microsurgery for controlled drug delivery in brain tumours.

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Primary supervisor: Dr. Antonios Pouliopoulos

Second supervisor: Dr. Lukas Lindenroth

Anisia works with Dr. Antonios Pouliopoulos on pre-clinical evaluation of ultrasound-mediated paediatric brain tumour treatment using drug-loaded thermosensitive liposomes.

Ana works with Dr. Antonios Pouliopoulos on the treatment of paediatric brain tumour cells using focused ultrasound. She is the recipient of the Charles Steger fellowship from the Focused Ultrasound Foundation for undergraduate researchers.

Leong Fan (Stanley) works on developing closed-loop cavitation controllers for safe ultrasound treatment in the brain.

Matteo works on developing and 3D-printing realistic skull phantoms for therapeutic ultrasound applications. 

Ivy works on measuring drug delivery enhancement in the brain following focused ultrasound treatment.

Caitlin works on measuring drug delivery enhancement in the brain following focused ultrasound treatment.

Elspeth works on the assessment of the in-vivo imaging feasibility of our coherent multi-transducer method.

Hafsah works on developing and 3D-printing realistic brain moulds to create a realistic brain phantom for therapeutic ultrasound applications and MRI.

Emmanuelle works on the fabrication of a head phantom, focusing specifically on the brain and blood vessels, that mimic human tissue properties for therapeutic ultrasound applications.