Nanomedicine is one of the fastest growing areas of nanotechnology. The control over
nanoparticle design and the ability to tailor nanoparticle performance to fit exacting …

In-situ infrared-spectroscopic characterization of polymer brushes plays an important role for
a deeper understanding of the brushes' structural and chemical properties during stimuli …

The past decade has witnessed great advancement in the design and synthesis of
endogenous stimuli-responsive (ESR) block copolymers in biomedical applications …

Abstract Thermosensitive star-shaped poly (2-isopropyl-2-oxazoline) is studied via light
scattering in D 2 O solutions in a ten-fold concentration range at the temperatures from 21 to …

This chapter introduces the nanocarriers based on amphiphilic graft copolymers, which have
found applications in drug delivery systems. The perspectives of the common polymerization …

The aim of the present work is the qualitative as well as quantitative investigation of
functional polymer films and stimuli-responsive polymer brushes by means of spectroscopic …

Термочувствительный звездообразный поли (2-изопропил-2-оксазолин) изучен
методами светорассеяния в растворах в D2O в десятикратном интервале …