Online Particle Dynamic Light Scattering Analysis of Nanoparticles for Drug Delivery(PPT)1. Online DLS measurements of nanoparticles now possible 2. We configure the system to your process/needs 3. It's worth the investment: increase yields, higher quality 4. Visit the web site: www.pssnicomp....
Nanotechnology is a field that advances materials with a nano-dimension and provides several means for innovative design of nano-size drug delivery systems (nanosystems) to overcome biological barriers. Nanosystems based on polymers, lipids, proteins, and carbohydrates hold significant promise in ...
Mikhailova, J. R. Shakirova, V. V. Sharoyko, S. P. Tunik & T. B. Tennikova The growing attention to the luminescent nanocarriers is strongly stimulated by their potential application as drug delivery systems and by the necessity to monitor their distribution in cells ...
Pharmaceutical nanotechnology is the development of therapeutic materials and devices at a nanometer scale, and there are several advantages to exploiting NPs in drug delivery. These include but are not limited to (1) improvement in the solubility of certain drugs; (2) controlled, sustained release...
For combination therapy, appropriate drug carriers selection seems very crucial. The poly (ethylene glycol-b-dl-lactic acid-co-glycolic acid) (PEG-PLGA) has been widely employed in the past three decades, as a highly biocompatible and biodegradable amphiphilic polymer drug delivery carrier [[13],...
resonance effects, a Schottky contact additional active sites and/or presence of electronics traps31–33, that in the end are used to enhance localized heating in living systems, wich may find potential applications in thermal abla- tion therapies or drug delivery mechanisms34. In this context, ...
considered as a facile way to make nanocarriers for PersL imaging-guided drug delivery. Hydrothermal/solvothermal method refers to the preparation of nanomaterials by treating the precursors in a sealed heated solution above ambient temperature and pressure [55]. This method has the advantages of ...
Particularly, gold nanoparticles are being extensively studied for biological and medical applications such as colorimetric biosensors,1,2 drug delivery,3-5 cancer imaging,6-10 and cancer therapies.11-13 They allow simple and ?exible synthetic routes and are considered relatively biocompatible. Gold ...
While ideal for ablative therapy, recent analysis of systemic nanoparticle delivery in vivo demonstrated that the delivery efficiency of nanoparticles to tumors is only 0.7%25. Although systemic delivery of chemotherapy is used for disseminated CRC, the blood peritoneal barrier can impede delivery, and...
97Both the materials also have high specific surface areas, uniform pore size distribution and good stability, making them an excellent catalytic support. In addition, KIT-6 can be used to construct drug delivery systems for antimicrobial therapy, anti-tumor therapy and anti-blastocystosistherapy.98...