Medical Imaging

Due to unqiue electrical and optical properties, nanomaterials have been critical in the latest wave of medical imaging developments, and are being used in imaging devices, imaging agents and conductive films.

Applications

Imaging devices, conductive films (for similar applications, see also our SLR-160 solar cell conductive film and touchscreen display technology), imaging agents and more.


The following chart is taken from a June 2008 research paper published by the Digest Journal of Nanomaterials and Biostructures.


Type of Nanoparticle Application
Dendrimers
Targeting of cancer cells, drug delivery, imaging, boron, neutrons capture therapy
Ceramic Nanoparticle
Passive targeting of cancer cells, lipid-encapsulated per fluorocarbon, nanoemulsion, passive targeting of cancer
Magnetic nanoparticles
Specific targeting of cancer cells, tissue imaging,
LH-RH-targeted silica-coated lipid
Micelles
Specific targeting of cancer cells
Thiamine-targeted nanoparticles Directed transfer across Caco-2 cells
Liposomes
Specific targeting of cancer cells, gene therapy, drug delivery
Nanoparticle-aptamer bioconjugate
Targeting of prostate cancer cells
Anti-Flk antibody-coated 90Y nanoparticles
Antiangiogenesis therapy
Gold nanoshells
Tissue imaging, thermal ablative cancer therapy
Anti-HER2 antibody-targeted gold/silicon nanoparticles
Breast cancer therapy
CLIO paramagnetic nanoparticles
Imaging of migrating cells
Quantum dots
Tissue imaging
Silicon-based nanowires
Real-time detection and titration of antibodies,
Virus detection
Chip based biosensors
Real-time detection and titration of antibodies,
Virus detection
Electronic biosensors
Noninvasive vaccine delivery, Drug delivery
Carbon Nanotubes
Bone grafting, Biosensors, Bacteria and virus
Filtration
Silver Nanoparticles Antibacterial agents, filters