Scientific Articles with Pro-C-epT equipment
CRAFT project CR1460-91 - Drying powders from slurries using microwaves
in a single closed vessel. Microwave winner.
M. De Wit, ProCepT, European Commission
Spray Drying Scale-Up from mg to kg Scale with a Hydroxypropyl
Methylcellulose Acetate Succinate (HPMC-AS) Solution
J. Vanwesenbeeck, F. Van der Gucht, M. Gil
Particle Engineering with a lab scale spray-dryer
Filip Van der Gucht, Ignace De Ridder
Optimization of Process Conditions for Spray Drying drug-loaded Poly
lactic-co-glycolic acid (PLGA) microspheres
G. Serneels, F. Van der Gucht, G. Van den Mooter
An approach to maximise drug
loading for oral tablets via
formulation and process
design
Pfizer, by Dennis Golchert,
Ian Smales, Brunel
Eiliazadeh, Laura Musgrave,
Elena Razzano
Ready to use pellets with
controlled properties.
Elaboration in a Mi-Pro high
shear mixer granulatior
Emilie Chevalier - GEFSOD
Groupe d'études sur la
fonctionnalisation des
solides divisés; m. Viana,
C. Pouget, D. Chulia
Is the small scale
predictive of large scale
performance? Case study from
High Shear Wet Granulation
and Fluid Bed processing
Merck and co, by Mr. Conrad
Winters
Microwave Assisted Vacuum
Drying and End Point
Determination Using Mass
Spectrometry, Part I
Kevin Hettenbach, David J.
am Ende, Eric Dias, Steven
J. Brenek, Catherine Laforte,
and Stanley M. Barnett
Microwave Assisted Vacuum
Drying and Endpoint
Determination Using Mass
Spectrometry, Part II,
On-Line Moisture Content
Profiling
Kevin Hettenbach, David J.
am Ende, Eric Dias, Steven
J. Brenek, Catherine Laforte,
and Stanley M. Barnett
Increasing process
understandig of wet
granulation by spectroscopic
methods and dimension
reduction tools
University of Helsinki
byAnna Cecilia Jorgensen
Comparison of torque
measurements and
near-infrared spectroscopy
in characterization of a wet
granulation process
Astra Zeneca, University of
Helsinki, Copenhagen by Anna
Cecilia Jřrgensen, Pirjo
Luukkonen, Jukka Rantanen,
Torben, Schćfer, Anne Mari
Juppo, Jouko Yliruusi
Effect of process
pararameters on
characteristics of
theophylline containing
pellets prepared in a HIGH
SHEAR granulators
University of Pécs,
institute of Pharmaceutical
Technology, Semmelweis
University, Department of
Pharmaceutics
The effect of vessel
material on granules
produced in a high-shear
mixer
University of Groningen by
Anneke M. BouwmanMarinella
R. Visser, Anko C. Eissens,
JohannesWesselingh and
Henderik W. Frijlink
Physical and thermal
characterisation of Precirol^(R)
and Compritol^(R) as
lipophilic glycerides used
for the preparation of
controlled-release matrix
pellets
Laboratory of Pharmaceutical
Technology, University ULB
of Brussels, by Hamdani J,
Moes AJ, Amighi K.
Scaling-up of a lactose wet
granulation process in
Mi-Pro high shear mixers
University of Ghent by Ameye
D, Keleb E, Vervaet C, Remon
JP, Adams E, Massart DL
Influence of chopper and
mixer speeds and microwave
power level during the
high-shear granulation
process on the final granule
characteristics
Laboratory of
Pharmaceutical Technology,
University of Gent, Belgium
by Kiekens F, Cordoba-Diaz
M, Remon JP.
The theoretical basis for
scaling-up by the use of the
method of microwave
granulation
Meditop Pharmaceutical
Co.,Pilisborosjeno by David
A, Benkoczy Z, Acs Z,
Greskovits D, David AZ.
Development and evaluation
of prolonged release pellets
obtained by the melt
pelletization process
Laboratory of Pharmaceutical
Technology, University ULB
of Brussels by Hamdani J,
Moes AJ, Amighi K
An oral controlled release
matrix pellet formulation
containing nanocrystalline
ketoprofen
Laboratory of Pharmaceutical
Technology, University of
Gent, Belgium byVergote GJ,
Vervaet C, Van Driessche I,
Hoste S, De Smedt S,
Demeester J, Jain RA, Ruddy
S, Remon JP.
Ready to use pellets with
controlled properties
Emilie Chevalier
Particle Engineering with
Lab Scale Spray-Dryer
Filip Van der Gught, Ignace
De Ridder. Departement
Chemical Engineering, DE
NAYER INSTITUTE [Mechelen,
Belgium]
An Energy-Based
Population-Balance Approach
to Model Granule Growth and
Breakage in High-Shear Wet
Granulation Processes
Anish P. Dhanarajan and
Rebanta Bandyopadhyay.
Michigan Pharmaceutical
Sciences, Pfizer Global R&D,
Kalamazoo, MI
Ready to use pellets with
controlled properties
Emilie Chevalier
Particle Engineering with
Lab Scale Spray-Dryer
Filip Van der Gught,
Ignace De Ridder.
Departement Chemical
Engineering, DE NAYER
INSTITUTE [Mechelen,
Belgium]
An Energy-Based
Population-Balance Approach
to Model Granule Growth and
Breakage in High-Shear Wet
Granulation Processes
Anish P. Dhanarajan and
Rebanta Bandyopadhyay.
Michigan Pharmaceutical
Sciences, Pfizer Global R&D,
Kalamazoo, MI
Page last updated : 20-07-2011