People

I am a researcher in image analysis. I developed theoretical and application oriented methods. I have been working with different kind of images: medical, food, radar, robotic and forensic images. Recently I worked with skin lesion images and retinal images. See my 100+ publications (google scholar or researchgate) for more details

I am presently working MR brain images.

As part of the UCIS Lab, I look at the combination of Neuroscience and Information Retrieval. My focus is on Information Overload.

Oncology imaging, including imaging of paediatric neuroendocrine tumours

Radiotherapy using unsealed sources of radiation

SPECT technology and image reconstruction

MR technology

Electrophysiology equipment

Visual development in preterm, newborn and infants

Objective assessment of visual acuity

Signal detection

Modelling visual impairment

Anu Chandra hold an undergraduate degree in Biomedical Engineering from University of Calicut, India (2010).  After graduating, She worked as an assistant lecturer, teaching Biomaterials in Model Engineering College, under Cochin University, India. She completed her masters in MSc Biomedical Engineering from University of Dundee in the year 2012. She got an opportunity to work with Prof. Sandy Cochran on the project “Sonotweezers”, testing and characterising the crossed electrode arrays for ultrasonic particle manipulation, during her masters.

Anu completed her Masters by research, 2015 under the guidance and supervision of Dr. Christine Demore and Dr. Graeme McLeod. The funding for the research study was provided by the Regional Anaesthesia – UK (RA-UK). The research focussed on using micro-ultrasound to investigate the possibility for nerve damage caused by inappropriate positioning of the anaesthetic needles during ultrasound guided regional anaesthesia.

Currently She is doing her final year of PhD under the supervision and guidance of Dr. Christine Demore, Dr. Graeme McLeod, Prof. george Corner and Prof. Zhihong Huang. The research study is funded by the National Institute of Academic Anaesthesia (NIAA) [2015-2018]. The research study mainly focuses on improving the visualisation techniques of region of interest and the surrounding structures for regional anaesthesia and epidurals,  which  can then increase the efficacy of the procedure performed.

Pulmonary/pleural imaging with focus on pharmacokinetics, radiomics and imaging biomarkers. Venous thromboembolic disease. Whole body MRI imaging.

I have been using 3D laser scanning microscopy since 1993 to study vascular structure & function.  In recent years my imaging studies have focused on the autonomic innervation of perivascular adipose tissue (PVAT).  During all of these years I have been continually frustrated by the limited 3D visualisation options offered by most microscope-based 3D analysis packages (usually just 'tilt and turn').  A collaboration with the Glasgow School of Art, Digital Design Studio, alerted me to the possibility of importing 3D microscope-based data into sophisticated animation software (i.e. Autodesk Maya & 3Ds Max).  This has led to a new interest in animation & multimedia for teaching, learning & outreach.

If you have a 3D image volume that needs repaired, enhanced or brought to life, please get in touch.

http://www.gla.ac.uk/schools/lifesciences/staff/craigdaly/3dservice/