Energy Modified Materials TRIZ Cases

Piezoelectric clinochlore crystals embedded in resin produce electrical stimuli under body pressure, enabling self-treatment without needles.

Formula I compounds accumulate in cancer cells via specific substituent groups, improving the tumor to healthy tissue ratio for boron neutron capture therapy.

Localized heating of sequestering structures on a card enables controlled volatile release without direct animal contact.

Peptide lipid modification improves biocompatibility and photothermal conversion while reducing cytotoxicity.

Magnetic particles attract and immobilize pathogens at specific locations, enabling targeted inactivation while minimizing harm to healthy tissues.

Bi-functional nanoparticles on stem cells enable MRI-guided hyperthermia, resolving non-selective heating in hypoxic tumor regions.

Ultrasound extraction creates a stable salt solution that reduces sodium intake while maintaining flavor.

A hollow mesoporous organosilica nanoparticle structure enables uniform metal deposition via selective etching and pre-synthesis.

An oral 5-aminolevulinic acid sensitizer enables bladder cancer detection via fluorescence imaging.

Conjugating protoporphyrin IX with globin tetramers improves aqueous solubility and tumor accumulation while reducing skin photosensitivity.

An LED array system replaces hazardous mercury lamps to provide high-intensity illumination while eliminating toxic materials and reducing energy consumption.

Gas discharge visualization captures corona discharge images to evaluate subject biofields during aroma exposure.

Superparamagnetic nanoparticles coated with chemiluminescence reagents activate antiviral compounds in whole blood.