Session
P1 (Monday, 1800-2000)
Session
Chair: J. Texter
Nanoparticls
& Hydrogels
197.
E. Akala; Crosslinked poly(lactide-co-ethylene glycol) nanoparticles
for delivery of bioactive agents
198.
L. Bromberg; Dually responsive microgels from polyether-modified
poly(acrylic acid) - Swelling and drug loading
199.
F. Ito; Preparation of irregularly shaped particles in seeded emulsion
polymerization with regulated electrostatic coagulation by counter-ion
species
200.
U. Meyer; Porous silica and titania microspheres prepared from
porous polymer bead templates
201. S.-J. Seo;
Preparation
of polymeric nanoparticles using retinoic acid conjgated with galactosylated
poly(ethylene glycol)
Controlled
Release
202. J. Chang;
Preparation
and release study of anticancer drug loaded PLA-gelatin nanospheres
203.
Y. Cheng; Understanding
drug release from gel extrusion module (GEM): Computer simulations and
comparison with experimental MRI studies
204.
M. Gupta; Design
and in-vitro evaluation of a multiparticulate system for budesonide - A
potential site-specific drug delivery to the colonic region
205.
M.W. Lubeley; Fabrication
of welled PMMA particles for drug delivery
Suspensions
206. S. Svenson;
Nanoparticles
of poorly water soluble drugs made via a continuous precipitation process
207.
W.S. Cheong; Use
of sucrose stearate in melt agglomeration using high shear mixing
Inhalation
208.
O. Masoud; The
in vitro assessment of aerolosized drug deposition using novel oropharyngal
models
209.
D.A.V. Morton; Surface
topography & adhesive forces of a surface-modified dry powder inhaler
formulation technology
Microencapsulation
& Liposomes
210.
D. Biggs; Improved
encapsulation method for water soluble macromolecules into PLGA nanoparticles
using microemulsions
211.
D. Kohane; In vivo evaluation of polymeric microspheres containing
tetrodotoxin coencapsulated with amino-amine local anesthetics
212.
F. Ahmed; Polymersomes
for drug delivery: From hyperstable leakproof vesicles to hydrolizable
membranes
213.
S. Yokoyama; Effect of albumin adsorption on membrane permeability
of liposomes
214.
J.A. MacKay; HIV TAT protein transduction domain mediate delivery
of liposomes into cells
Micelles
& Microemulsions
215.
J. Persello; Electric
field induced ordering of silica nanoparticles
216.
A. Garg; Self-emulsifying
drug delivery system for a poorly soluble drug - Fluoxetine
217.
Y. Tang; Study
of core-shell type nanoparticles of triblock copolymers as potential drug
release carriers
218.
P.L. Soo; Compatibility
betweenvarious drugs orprobes with biocompatible polycaprolactone-block-poly(ethylene
oxide) micelles
219. R. Savic;
PCL-B-PEO
micelles delay the internalization but do not alter teh fluorescence pattern
of micelle-incorporated probes
220.
R.J. Mumper; Novel
ethanol-in-perflubron microemulsions for topical genetic immunization
221.
A. Harada; Control
of enzymatic activity of lysozyme entrapped in polyion complex micelles
by external stimulus
222.
K.. Huang; Synthesis
and characterization of self-assembling block copolymers containing bioadhesive
DOPA-moieties
Characterization
223.
J.A. McConville; Characterization
of nanoparticulate systems by hydrodynamic chromatography
224.
T.D. Le; Use of small-angle neutron scattering to elucidate
structural properties of multilayered vesicles
225.
J.M. Brinkley; Microsphere-based reagents and standards for flow cytometry
Gene
Delivery
226.
K. Kono; Efficient
gene delivery mediated by fusogenic polymer-modified liposome-lipoplex
complexes
Supercritical
Fluids
227.
D.J. Jarmer; A
jet-swirl nozzle design for producing nanoscale polymer particles in a
supercritical fluid antisolvent process
Nanoparticles
in Diagnostics and Separations
228.
A. Kanaras; Restriction
enzyme interaction with gold nanoparticle-bound DNA molecules
229.
H. Harma; Ultrasensitive
detection using europium(III) nanoparticles and time-resolved fluorescence
230.
L. Sheihet; Uniform
functional magnetic nanospheres and microspheres: Synthesis, characterization
and biomedical applications
231.
B.B. Yellen; Fabrication
of biochemical arrays using magnetic particles carriers
232.
T. Drake; Bioconjugated
nanoparticles for bioanalytical applications
Surface Modification
233. T. Schiestel;
Cytokine-functionalized
nanoparticles for the stimulation of specific cell responses
234.
X.X. He; Amino-modified
silica nanoparticles for gene carriers
235.
C. Li; Preparation
of surface functional polymer magnetic microspheres for nucleic acid separation
and enzyme immobilization
236.
S.A. Tao; Fabrication
and surface modification of welled microparticles
237.
P.J. Pathos; Polymersomes
in vitro and in vivo: Variations of PEO-based bilayers and development
of proactively stealth polypeptides
Emulsions & Multiple
Emulsions
238. N. Yamazaki;Preparation
of W/O emulsions using PTFE membrane emulsification methods forinverse
phase polymerization
239.
G. Vergnault; Nanosuspensions
as carrier systems for poorly soluble drugs: Preparation through high pressure
homogenization HPH and stability upon storage
Spray
Dry Processing
240.
A.R. Pohlmann; Spray-dried
indomethacin-loaded poly(epsilon-caprolactone) nanocapsules and nanospheres:
Development and nanostructure models
241. S.S. Guterres;In
vitro release of indomethacin from spray-dried powders of polyester nanoparticles
and gastrointestinal tolerance after oral administration
242. C. Berkland;
Improved
techniques for the production of precision micro and nanoparticles
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(C) 2002 Particles Conference