Energy Modified Materials TRIZ Cases

A gas-filled microbubble shell functionalized with polymerizable molecules undergoes UV-induced crosslinking to modulate viscoelastic properties.

A hydrogel with dual dynamic bonds and conductive particles provides self-healing and antibacterial properties.

Borylated amino acids accumulate boron in tumors through LAT1 transporters, resolving the contradiction between high treatment efficacy and systemic toxicity.

Propylene oxide converts to non-toxic propylene glycol via hydrolysis, preventing calcification and fibrosis in stored collagen.

Merges a PARP inhibitor with gemcitabine and carboplatin to overcome treatment resistance in triple negative breast cancer.

A magnetic field-controlled movable bio-scaffold uses an external magnetic layer to move through the body.

Extracorporeal photopheresis generates immunoregulatory NK cells from patient blood samples.

A PSMA-targeted phthalocyanine compound enables fluorescence imaging and photodynamic therapy during prostate cancer surgery.

Intermittent light exposure and photosensitizer removal reduce inflammation while maintaining therapeutic efficacy.

A flexible fiber optic tip transmits light from common sources to internal sites.

Segmented focused radiation overcomes tumor-mediated immune suppression to enhance survival rates.

Acoustic fields separate cell complexes to reduce manufacturing time and cost while maintaining high purity.

Solvating polyethylene glycol hydrogels in protective solvents prevents unwanted crosslinking during gamma radiation sterilization.

A homeopathic composition accelerates wound repair by modulating macrophage infiltration and reducing tissue swelling.

Heating iodine solutions under pressure generates free elemental iodine, eliminating impurities from conventional radiation methods.

Passive host medium containing nanocrystals emits targeted radiation via photoluminescence.

SNAP-tag enzyme catalyzes uniform attachment of IR700 to antibodies, resolving homogeneity issues in photoimmunoconjugate manufacturing.

Alternating magnetic fields aggregate particles in target regions, reducing system complexity and cost compared to mechanical tweezers.

A CD25-targeting conjugate delivers a phthalocyanine dye to tumor cells for light-activated killing.

A method synthesizes mesoporous silica nanoparticles with controlled encapsulation of superparamagnetic clusters.

Borylated amino acids concentrate boron in tumors via LAT1 transport, reducing toxicity and improving BNCT efficacy.

Humectant-rich conductive hydrogel retains electrical stability during open storage, eliminating expensive foil barrier packaging requirements.

Thermal imaging system detects temperature variations from injected fluids to visualize blood flow patterns.

A radiation sensor measures dose by detecting decreased fluorescent light intensity from a sensing portion.

Bottom-up self-assembly creates stable redox nanomedicine quantum dot networks, resolving thermal instability in single electron spin states.

A self-contained irradiation device uses a two-part housing to hold an LED lamp system and power source for independent operation.

An IL-34-specific antibody blocks immunosuppressive signaling to reduce treatment resistance and minimize side effects during cancer therapy.

A photobiomodulation system uses real-time tissue activity data to optimize light source parameters.

Cross-linking agents modify the extracellular matrix structure to prevent cancer cell invasion and metastasis.

Pre-treating tumor cells with Id2 inhibitors renders them immunogenic, overcoming immune evasion and shrinking established neuroblastoma tumors.

Encoded water transfers beneficial substances through piping networks, resolving mass treatment efficiency bottlenecks without complex distribution devices.

Segmented optical array controls wavelength and fluence rate to deliver precise light dosage across tumor surfaces while minimizing healthy tissue exposure.

Carbamide peroxide injection overcomes low tumor oxygen levels by generating singlet oxygen through laser activation, enabling targeted cell destruction.

A photon cold gel integrates medicine storing cavities with ventilated cotton cloth bags to promote rapid therapeutic absorption through the skin.

Upconversion nanoparticles convert infrared light to ultraviolet, triggering azobenzene isomerization to regulate macrophage adhesion without tissue damage.

Dual activity centers in iron oxide nanoparticles boost radiation sensitivity for targeted free radical generation.

A baby monitor system uses pulse oximetry vitals to emit sound and light signals that guide infants into sleep.

Self-organized plasma patterns activate saline solutions to generate reactive species, inducing DNA damage and apoptosis while sparing normal tissues.

Replacing chemical fuels with acoustic radiation pressure eliminates immune detection while maintaining efficient cargo transport in whole blood.

Direct pulsed electrical stimulation boosts extracellular vesicle yield four to five fold without genetic modification or cytotoxicity.

ICG fluorescence imaging resolves white-light tracking limits by providing selective contrast to identify vessels and reduce surgical trauma.

Kukharev region data enables targeted fluid destruction through double resonance, bypassing complex device requirements.

A stent-based system activates a photosensitizing agent via intraluminal irradiation to isolate vessels from tumors without damaging the vessel wall.

Elastomeric composite backing accommodates mechanical strain to prevent buckling and friction during prolonged transdermal drug delivery.

Doped nanoparticles generate heat under radio waves to expand ablation areas beyond 4 cm limits while providing MRI, CT, and optical imaging contrast.

Radio frequency heating of a carbon-based nanomaterial composition destroys adipose cells while minimizing thermal damage to surrounding tissues.

Modified gasdermin protein with a photoactivatable linker enables controlled pore formation through illumination.

Electromagnetic radiation dynamizes carrier substances, eliminating toxic residue risks from dilution while enabling complex combination preparations.

A hollow cylindrical casing holds an absorbent element and slotted stopper to deliver liquids orally.