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The aim of the Nanomedicine Research Group is to benefit patients and society by incorporating
leading-edge technology into new diagnostic and therapic modalities. The technological emphasis is on
nano/microtechnologies and high performance/embedded computing technologies, typically combined in novel devices.
Our fields of research are:
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Nanomedicine
- Nanomedicine to treat atherosclerosis and cancer
- Malaria nanopill
- In vitro cell transfection
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High-performance algorithms and computing
- Biomedical signal and image processing
- Computational Tensor Algebra
- Tensor B-splines
- Hybrid systems for numerical computations (CPU, GPU, FPGA)
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Epidemiology and diagnosis of tropical diseases
- Device for rapid detection of parasites
- Study of epidemiology in developing countries
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Intelligent Medical Micro/Nano Systems
- Development of micro robots and micro devices for diagnosis and treatment.
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Microfluidics
- Nanopict
- 3D helix mixers
- Innovative application of PDMS for 3D microstructures
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Medical Robotics
- Robotic systems and automation in the Intensive Care Unit
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Selected works:
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Polymeric nanosystems for near-infrared multispectral photoacoustic imaging...
publication
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Large, irregularrly sampled image reconstruction...
publication
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A comparison of plasmid DNA delivery efficiency and cytotoxicity...
publication
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Solving 3-D PDEs by Tensor B-spline Methodology...
publication
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