Contact

Metal Nanoparticles of Different Shapes for Pharmaceutical and Molecular Diagnostics Applications

Synthesis, characterization, and application of metal nanoparticles of different shapes for anti-cancer, antibiotic, novel pharmaceutical drugs, and molecular diagnostics applications.

For more information, fill out the contact form
Who we serve

Helping Biomedical, Healthcare, and Pharmaceutical Industries — and Academic & Government Researchers.

Our focus is to provide high quality metal nanoparticles of different shapes as potential anti-cancer drugs, antibiotics, catalysts for novel pharmaceutical drugs, and substrates for molecular diagnostic applications — serving biomedical and healthcare companies, academic researchers, and governmental agency researchers.

Nanoparticle shape directly controls surface area, optical response, catalytic activity, and biological interactions. By precisely tuning these parameters, we help partners unlock better performance in drug delivery, biosensing, and chemical synthesis.

Anti-Cancer
Novel therapeutics
Antibiotics
Next-generation
Pharma
Novel drug catalysis
Diagnostics
Molecular substrates
Core capabilities

What We Do

Synthesis & characterization

Synthesize and characterize metal nanoparticles of different shapes, with focus on platinum, palladium, rhodium, gold, and silver.

Anti-cancer testing

Conduct tests to determine the effectiveness of several metal-nanoparticle-based anti-cancer drug candidates.

Anti-cancer commercialization

Supply the most effective nanoparticle-based anti-cancer drugs to pharma, biomedical, healthcare, life science, academic, and government researchers.

Antibiotic testing

Conduct tests to determine the effectiveness of several metal-nanoparticle-based antibiotic drugs.

Antibiotic commercialization

Supply the most effective nanoparticle-based antibiotics to pharma, biomedical, healthcare, life science, academic, and government researchers.

Nanocatalysts for novel drugs

Create novel metal-nanoparticle-based nanocatalysts for the synthesis of new pharmaceutical drugs.

Novel drug commercialization

Sell these novel pharmaceutical drugs to biomedical, healthcare, life science, academic, and government researchers.

Molecular diagnostic substrates

Create novel nanoparticle-based substrates for molecular diagnostics applications.

Detection optimization

Determine the best sets of nanoparticles to detect the lowest levels of medically relevant proteins, bacteria, and viruses.

Where our particles work

Particle Applications

Shape-controlled metal nanoparticles are enabling new approaches across therapeutic development, diagnostics, and industrial catalysis.

Anti-cancer therapeutics

Shape-tuned platinum, gold, and silver nanoparticles are engineered to improve drug loading, tumor targeting, and selective toxicity against cancer cells while reducing off-target effects.

Next-generation antibiotics

Metal nanoparticles can disrupt bacterial membranes and potentiate existing antibiotics, offering a promising strategy against resistant pathogens.

Catalysis for novel drugs

Nanocatalysts with well-defined facets accelerate selective reactions, enabling greener routes to active pharmaceutical ingredients and new chemical entities.

Science library

Shape-controlled nanoparticles across pharma & diagnostics.

We plan to use metal nanoparticles of different shapes as potential novel anti-cancer drugs, antibiotics, as catalysts for the synthesis of pharmaceutical drugs, and as substrates for molecular diagnostics applications.

Illustrative computer-generated TEM-style images.