IV. Publications
BOOK
CHAPTERS
6. A.S.
Servestani
and E.
Jabbari,
“Nonlinear
viscoelastic
behavior
of
rubbery
bionanocomposites”,
in
Rubber
Nanocompoistes:
Preparations,
Properties
and
Applications,
Editors
Sabut
Thomas
and
Ranimol
Stephen,
Wiley &
Sons,
2008,
in
Press.
5. A.S.
Sarvestani
and E.
Jabbari,
“Rheological
and
Mechanical
Properties
of
Biologically
Inspired
Nanocomposites”,
in
Progress
in
Biopolymer
Research,
Editor
Pablo C.
Sánchez,
Nova
Publishers,
2007,
pp.
13-44.
4.
Jabbari
and A.
S.
Sarvestani,
“Bioinspired
Engineered Nanocomposites
for Bone
Tissue
Engineering”,
in
Micro-
and
Nanoengineering
of the
Cell
Microenvironment:
Technologies
and
Applications,
Editors
A.
Khademhosseini,
J.
Borenstein,
S.
Takayama,
M.
Toner,
Artech
House
Publishing,
Boston,
MA,
2007,
p.
461-482.
3. L Lu,
E
Jabbari, MJ
Moore,
and MJ
Yaszemski.
Animal
Models
for
Evaluation
of
Tissue
Engineered
Orthopedic
Implants.
In:
CRC’s
Biomedical
Engineering
Handbook,
Editor
Bronzino
J.D.,
Taylor &
Francis,
Boca
Raton,
FL, 3ed
Edition,
2006,
p. 45-1.
2. E.
Jabbari
L. Lu,
and M.J.
Yaszemski,
“Synthesis
and
Characterization
of
Injectable
and
Biodegradable
Composites
for
Orthopedic
Applications”,
in
Handbook
of
Biodegradable
Polymeric
Materials
and
Their
Applications,
Editors
S. K.
Mallapragada
and B.
Narasimhan,
American
Scientific
Publishers,
Stevenson
Ranch,
CA,
2004,
Vol. 2.
1. E.
Jabbari,
L. Lu, B.L.
Currier,
A.G.
Mikos,
and M.J.
Yaszemski,
“Injectable
Polymers
and
Hydrogels
for
Orthopedic
and
Dental
Applications,
in
Tissue
Engineering
in
Musculoskeletal
Clinical
Practice,
Editors
L.J.
Sandell
and A.J.
Grodzinsky,
American
Academy
of
Orthopaedic
Surgeons,
Rosemont,
IL,
2004,
Chapter
32.
PEER
REVIEW
JOURNAL
PUBLICATIONS
66.
Xuezhong
He,
Junyu
Ma, and
Esmaiel
Jabbari,
The
Effect
of
Grafting
RGD and
BMP-2
Protein-derived
Peptides
to a
Hydrogel
Substrate
on
Osteogenic
Differentiation
of
Marrow
Stromal
Cells,
Langmuir,
in press
(2008).
65. Angel
E.
Mercado, Xuezhong
He,
Weijie
Xu, and
Esmaiel
Jabbari,
Release
characteristics
of a
model
protein
from
self-assembled
succinimide-terminated
poly(lactide-co-glycolide
ethylene
oxide
fumarate)
nanoparticles,
Nanotechnology,
in press
(2008).
64. Alireza
S.
Sarvestani, Xuezhong
He, and
Esmaiel
Jabbari.
The Role
of
Filler-Matrix
Interaction
on
Viscoelastic
Response
of
Biomimetic
Nanocomposite
Hydrogels.
in
special
issue:
Nanostructured
Materials
for
Biomedical
Applications,
Journal
of
Nanomaterials,
in press
(2008).
63.
Jabbari
E. Bone
Regeneration
on Proteolytically-Degradable
Peptide-Reinforced
Hydrogel
Nanocomposite,
Chemistry
Today
25(6):32-35
(2007).
INVITED
ARTICLE
62. Sarvestani
SA,
Jabbari
E.
Modeling
kinetics
of cell
adhesion
on
substrates
with ligand
density
gradient.
J.
Biomech.
41(4):
921-925
(2008).
61. He X,
Ma J,
Mercado
AE, Xu
W,
Jabbari
E.
Cytotoxicity
of
paclitaxel
in
biodegradable
self-assembled
core-shell
poly(lactide-co-glycolide
ethylene
oxide
fumarate)
nanoparticles.
Pharm.
Res. Jan
15, PMID:
18196205
(2008).
60.
Henderson
JA, He
X,
Jabbari
E.
Concurrent
differentiation
of
marrow stromal
cells to
osteogenic
and
vasculogenic
lineages.
Macromol
Biosci
8:
499-507
(2008).
59. Sarvestani
AS, Xu
W, He X,
Jabbari
E.
Gelation
and
degradation
characteristics
of
in-situ
photo-crosslinked
poly(l-lactide-co-ethylene
oxide-co-fumarate)
hydrogels.
Polymer
48:
7113-7120
(2007).
58.
Jabbari
E, He X, Valarmathi
MT,
Sarvestani
AS, Xu
W.
Material
properties
and bone
marrow
stromal
cells
response
to in
situ
crosslinkable
rgd-functionlized
lactide-co-glycolide
scaffolds.
J.
Biomed.
Mater.
Res. in
Press
(2008).
57.
Jabbari
E, Tavakoli
J,
Sarvestani
AS.
Swelling
characteristics
of
acrylic
acid
polyelectrolyte
hydrogel
in a
D.C.
electric
field.
Smart
Mater.
Struct.
16:
1614-1620
(2007).
56. Sarvestani
AS, He
X,
Jabbari
E. Osteonectin-derived
peptide
increases
the
modulus
of a
bone-mimetic
nanocomposite.
Euro.
Biophys.
J.
37(2):229-234
(2007).
55. Xu
W, He X,
Sarvestani
AS,
Jabbari
E.
Effect
of a Low
Molecular
Weight
Crosslinkable
Macromer
on
Electrospinning
of
Poly(lactide-co-glycolide)
Fibers.
J.
Biomat.
Sci.
Polym.
Ed.
18(11):
1369-1385
(2007).
54. Sarvestani
AS, He
X,
Jabbari
E.
Effect
of
composition
on gelation
kinetics
of
unfilled
and
nanoapatite-filled
poly(lactide-ethylene
oxide-fumarate)
hydrogels.
Mater.
Letters
16:
5278-5281
(2007).
53. Sarvestani
AS,
Jabbari
E.
Modeling
the viscoelastic
response
of
suspension
of
particles
in
polymer
solution:
the
effect
of
polymer-particle
interactions.
Macromol.
Theory
Simul.
16:
378-385
(2007)
MOST ACCESED
MMTS
ARTICLE
3/2007-2/2008.
52. Sarvestani
AS,
Jabbari
E. A
model
for the viscoelastic
behavior
of
nanofilled
hydrogel
composites
under
oscillatory
shear
loading.
Polym.
Compos.
29:326–336
(2008).
51.
Mohammadi
Y, Mirzadeh
H,
Moztarzadeh
F,
Soleimani
M,
Jabbari
E.
Osteogenic
differentiation
of mesenchymal
stem
cells on
novel
three-dimensional
poly(L-lactic
acid).chitosan/gelatin/β-tricalcium
phosphate
hybrid
scaffolds,
Ir.
Polym.
J.
16(1):
57-69
(2007).
50. He
X,
Jabbari
E.
Material
properties
and cytocompatibility
of
injectable mmp
degradable
poly(lactide
ethylene
oxide
fumarate)
hydrogel
as a
carrier
for
marrow
stromal
cells.
Biomacromolecules
8:
780-792
(2007).
49. Sarvestani
AS, He
X,
Jabbari
E. The
Effect
of osteonectin-derived
peptide
on the
viscoelasticity
of
hydrogel/apatite
nanocomposite
scaffolds.
Biopolymers
85-4:
370-378
(2007).
48. Sarvestani
AS, He
X,
Jabbari
E. Viscoelastic
characterization
and
modeling
of
gelation
kinetics
of
injectable
in situ
crosslinkable
poly(lactide-ethylene
oxide-fumarate)
hydrogels.
Biomacromolecules
8(2):
406-415
(2007).
47.
Jabbari
E, He X.
Synthesis
and
characterization
of bioresorbable
in situ
crosslinkable
ultra
low
molecular
weight
poly(lactide)
macromer.
J.
Mater.
Sci.
Mater.
Med.
19(1):311-318
(2007).
46. Tavakoli
J,
Jabbari
E,
Khosroshahi
ME, and
Boroujerdi
M.
Swelling
characteristics
of
anionic
acrylic
acid
hydrogel
in an
external
electric
field.
Ir.
Polym.
J.
15(11):
891-900
(2006).
45.
Jabbari
E, He X.
Synthesis
of novel
multi-functional
matrix metalloproteinases
degradable
peptide crosslinkers.
Polym.
Prepr.
47(2):
192-193
(2006).
44.
Jabbari
E, He X.
Synthesis
and
material
properties
of
functionalized lactide
oligomers
as in
situ
crosslinkable
scaffolds
for
tissue
regeneration.
Polym.
Prepr.
47(2):
353-354
(2006).
43. Lee
KW, Wang
S, Lu L,
Jabbari
E,
Currier
BL, Yaszemski
MJ.
Fabrication
and
characterization
of
poly(propylene
fumarate)
scaffolds
with
controlled
pore
structures
using
3-dimensional
printing
and
injection
molding.
Tissue
Eng.
12(10):
2801-11
(2006).
42.
Mohammadi
Y,
Jabbari
E. Monte
Carlo
Simulation
of
Degradation
of
Porous Poly(lactide)
Scaffolds:
I.
Effect
of
Porosity
on pH.
Macromol.
Theory
Simul.
15:
643-653
(2006).
41. Kheirandish
S,
Jabbari
E.
Effect
of
surface
polarity
on
wettability
and
friction
coefficient
of
silicone
rubber/poly(acrylic
acid)
hydrogel
composite.
Colloid
Polym.
Sci.
284:
1513-1518
(2006).
40. He
X,
Jabbari
E.
Solid-phase
synthesis
of
reactive
peptide crosslinker
by
selective
deprotection.
Protein
&
Peptide
Letters
13:
715-718
(2006).
39. Sarvestani
AS,
Jabbari
E.
Modeling
and
experimental
investigation
of
rheological
properties
of injectable
poly(lactide
ethylene
oxide
fumarate)/hydroxyapatite
nanocomposites.
Biomacromoelcules
7:
1573-1580
(2006).
38. Hefferan
TE,
Jabbari
E,
Florschutz
A,
Mardones
RM, Lu
L,
Currier
BL,
Yaszemski
MJ.
rhBMP-2
enhances
bone
formation
in a
biodegradable
scaffold.
J. Bone
Mineral
Res.
20(9):
S108
(2005).
37. Lu
L, Zhu
X,
Pederson
LG,
Jabbari
E,
Currier
BL, O’driscoll
S,
Yaszemski
MJ.
Effects
of
Dynamic
Fluid
Pressure
on
Chondrocytes
Cultured
in
Biodegradable
Poly(glycolic
acid)
Fibrous
Scaffolds.
Tissue
Eng. 11:
1852-1859
(2005).
36.
Jabbari
E, Wang
S, Lu L, Gruetzmacher
JA,
Ameenuddin
S,
Hefferan
TE,
Currier
BL,
Windebank
AJ,
Yaszemski
MJ.
Synthesis,
material
properties
and
biocompatibility
of a
novel
self-crosslinkable
poly(caprolactone
fumarate)
as an
injectable
tissue
engineering
scaffold.
Biomacromolecules
6:
2503-2511
(2005).
35. de Ruiter
GC,
Knight
AM,
Moore MJ,
Liang E,
Gorgyi
S, Lu L,
Jabbari
E, Wang
SF,
Currier
BL,
Marsh WR,
Yaszemski
MJ,
Spinner
RJ,
Windebank
AJ.
Biodegradable
polymer
scaffolds
for
spinal
cord
regeneration:
I.
Optimizing
characteristics
for
biocompatibility.
Neurology
64(6):
A357
(2005).
34.
Jabbari
E, Qian KK, An
Y.
Poly(caprolactone)-
based
degradable
and
injectable
scaffolds
for bone
regeneration.
MUSC
Orthopedic
Journal
VIII:
47-49
(2005).
33.
Jabbari
E.
Encapsulation
and
release
characteristics
of a
model
plasmid dna from
synthetic
and
biodegradable
poly(ethylene
glycol
fumarate)/acrylamide
hydrogel
microspheres.
J.
Microencapsulation
21(5):
525-538
(2004).
32. Ghafelebashi
Zarand
SM,
Pourmahdian
S,
Jabbari
E,
Afshar-Taromi
F, Dabir
B.
Modeling
of
styrene/butadiene
co-polymerization
in
emulsion
polymerization
with
monte
carlo
simulation.
Chem.
Eng.
Technol.
26(9):
969-974
(2003).
31.
Jabbari
E, Gruetzmacher
JA, Lu
L,
Currier
BL, Yaszemski
MJ.
Synthesis
and
characterization
of nano
hydroxyapatite
grafted
with
biodegradable
and
crosslinkable
fumaric/adipic
acid
macromer.
Polym.
Prepr.
44(2):
184-185
(2003).
30. Temenoff
JS, Park
H,
Jabbari
E,
Sheffield
TL,
LeBaron
RG,
Ambrose
CG,
Mikos
AG.
In-vitro
osteogenic
differentiation
of
marrow
stromal
cells
encapsulated
in
biodegradable
hydrogels.
J.
Biomed.
Mater.
Res.
70A:
235-244
(2004).
29. Temenoff
JS, Park
H,
Jabbari
E,
Conway
DE,
Sheffield
TL,
Ambrose
CG,
Mikos
AG.
Thermally
cross-linked
oligo(poly(ethylene
glycol)
fumarate)
hydrogels
support
osteogenic
differentiation
of
encapsulated
marrow
stromal
cells in
vitro.
Biomacromolecules
5: 5-10
(2004).
28. Talac R,
Friedman
JA,
Moore MJ,
Lu L,
Jabbari
E,
Windebank
AJ,
Currier
BL,
Yaszemski
MJ.
Animal
models
of
spinal
cord
injury
for
evaluation
of
tissue
engineering
treatment
strategies.
Biomaterials
25(9):
1505-1510
(2004).
27.
Moore MJ,
Jabbari
E,
Ritman
EL, Lu
L,
Currier
BL,
Yaszemski
MJ.
Quantitative
analysis
of
scaffold
interconnectivity
of
biodegradable
scaffolds
with
micro-computed
tomography.
J.
Biomed.
Mater.
Res.
71A:
258-267
(2004).
26. Kempen
DHR, Lu
L, Zhu
X, Kim
CW,
Jabbari
E, Dhert
WJA,
Currier
BL,
Yaszemski
MJ.
Development
of
biodegradable
poly(propylene
fumarate)/
poly(lactic-co-glycolic
acid)
blend
microspheres:
II.
Controlled
drug
release
and
microsphere
degradation.
J.
Biomed.
Mater.
Res.
70A:
293-302
(2004).
25. Kempen
DHR, Lu
L, Zhu
X, Kim
CW,
Jabbari
E, Dhert
WJA,
Currier
BL,
Yaszemski
MJ.
Development
of
biodegradable
poly(propylene
fumarate)/poly(lactic-co-glycolic
acid)
blend
microspheres:
I.
Preparation
and
characterization.
J.
Biomed.
Mater.
Res.
70A:
283-292
(2004).
24.
Jabbari
E, Karbasi
S.
Swelling
behavior
and cell
viability
of
dehydrothermally
crosslinked
poly(vinyl
alcohol)
hydrogel
grafted
with
n-vinyl
pyrrolidone
or
acrylic
acid
using
γ-radiation.
J. Appl.
Polym.
Sci.
91(5):
2862-2868
(2004).
23.
Jabbari
E.
Microstructure
and
release
behavior
of
polyurethane-urea
microcapsules
prepared
by
interfacial polycondensation
of
methylene
bis(phenyl
isocyanate)
with
hexamethylene
diamine.
J.
Microencapsulation
18(6):
801-809
(2001).
22.
Jabbari
E.
Characterization
of
microcapsules
prepared
by
interfacial polycondensation
of
methylene
bis(phenyl
isocyanate)
with
hexamethylene diamine.
Ir.
Polym.
J.
10(1):
33-43
(2001).
21.
Jabbari
E. Monte
Carlo
simulation
of
tri-functional
branching
and
tetra-functional crosslinking
in
emulsion
polymerization
of
butadiene.
Polymer
42:
4873-4884
(2001).
20.
Jabbari
E, Khakpour
M.
Morphology
of and
release
behavior
from
porous
polyurethane
microspheres.
Biomaterials
21:
2073-2079
(2000).
19.
Jabbari
E, Khakpour
M.
Preparation
of
aqueous
suspension
of
porous
polyurethane
microspheres
by
suspension
polycondensation.
Scientia Iranica
7(2):
102-110
(2000).
18.
Jabbari
E, Nozari
S.
Swelling
behavior
of
acrylic
acid
hydrogels
prepared
by gamma
radiation
crosslinking
of
polyacrylic
acid in
aqueous
solution.
Eur.
Polym.
J. 36:
2685-2692
(2000).
17.
Jabbari
E, Nozari
S.
Synthesis
of
acrylic
acid
hydrogel
by gamma
irradiation
crosslinking
of
polyacrylic
acid in
aqueous
solution.
Ir.
Polym.
J. 8,
263-270
(1999).
16. Tabatabaie
H,
Jabbari
E.
Investigation
of
release
mechanism
of urea
from a
natural
rubber
matrix.
Ir.
Polym.
J. 1:
69-74
(1997).
15. Arjomand-Hesabi
K,
Jabbari
E. Monte
Carlo
simulation
of
branching
in
emulsion
polymerization
of
dienes:
I.
effect
of the
initiator
concentration.
Ir.
Polym.
J. 1:
123-131
(1997).
14. Lahootifard
F,
Jabbari
E.
Investigation
of the
release
mechanism
of
nitroglycerin
from a
transdermal
microreservoir
system.
Ir.
Polym.
J. 2:
758-763
(1997).
13.
Jabbari
E,
Peppas
NA.
Matrix
effects
on interdiffusion
at the
polystyrene
and
poly(vinyl
methyl
ether)
interface.
Macromolecules
28:
6229-6237
(1995).
12.
Jabbari
E,
Peppas
NA.
Quantitative
measurement
of interdiffusion
at
polymer-polymer
interfaces
with
TEM/EDS
and
EELS. J.
Appl.
Polym.
Sci. 57:
775-779
(1995).
11.
Jabbari
E,
Peppas
NA.
Comparison
of interdiffusion
at the
PS/PVME
and PS/PiBVE
interfaces.
Polym.
International
38:
65-69
(1995).
10.
Jabbari
E,
Peppas
NA. A
Model
for interdiffusion
at
interfaces
of
polymers
with
dissimilar
physical
properties.
Polymer
36(3):
575-586
(1995).
9.
Jabbari
E,
Peppas
NA.
Measurement
of
adhesion
and
interfacial
thickness
of
polymer-polymer
interfaces
with
electron
microscopy.
Ir. J. Polym.
Sci.
Tech.
4(2):
110-117
(1995).
8.
Jabbari
E,
Peppas
NA.
Molecular
weight
and polydispersity
effects
on
interdiffusion
at the
interface
between
polystyrene
and
poly(vinyl
methyl
ether).
J.
Mater.
Sci. 29:
3969-3978
(1994).
7.
Jabbari
E,
Peppas
NA.
Polymer-polymer interdiffusion
and
adhesion.
J.
Macromol.
Sci.-
Rev.
Macromol.
Chem.
Phys.
C34(2):
205-241
(1994).
6.
Jabbari
E,
Wisniewski
N,
Peppas
NA.
Evidence
of mucoadhesion
by chain
interpenetration
at a
poly(acrylic
acid) /
mucin
interface
using
ATR-FTIR
Spectroscopy.
J.
Controlled
Release
26:
99-108
(1993).
5.
Peppas
NA, Sahlin
JJ,
Jabbari
E.
Near-field
FTIR and
ATR-FTIR
spectroscopies
for the
investigation
of
diffusional
mechanisms.
Polym.
Prepr.
34(2):
783-784
(1993).
4.
Jabbari
E,
Peppas
NA.
Temperature
effects
on interdiffusion
at
glassy /
rubbery
interfaces.
J.
Adhesion
43:
101-119
(1993).
3.
Jabbari
E,
Peppas
NA.
Transport
phenomena
in
polymers:
Polymer/polymer interdiffusion.
Polymer
News 17:
43-47
(1992).
2.
Jabbari
E,
Peppas
NA. The
use of ATR-FTIR
to study
interdiffusion
in
polystyrene
and
poly(vinyl
methyl
ether).
Macromolecules
26:
2175-2186
(1993).
1.
Jabbari
E,
Peppas
NA.
Mapping
the
concentration
profile
at a poly(vinyl
chloride)
and
poly(ethyl
methacrylate)
interface.
Polymer
Bulletin
27:
305-309
(1991).
REFEREED
PROCEEDINGS
PREPRINTS
53. X.
He, J.
Ma, A.E.
Mercado,
W. Xu,
E.
Jabbari,
Cytotoxicity
of
Paclitaxel
in
biodegradable
self-assembled
core-shell
PLGEOF
nanoparticles,
CRS
Transactions,
Abstract
# 622
(2008).
52. A.E.
Mercado,
X. He,
E.
Jabbari,
Release
characteristics
of
rhBMP-2
from
self-assembled
biodegradable
PLEOF
nanoparticles,
CRS
Transactions,
Abstract
#324
(2008).
51. J.
Ma, W. Xu, X.
He, A.
Mercado,
E.
Jabbari,
Morphology
of rat
bone
marrow
stromal
cells on
aligned
electrospun
biodegradable
fibers.
Trans.
Soc.
Biomaterials,
p. 2660
(2008).
50. A.S.
Sarvestani,
A.
Mercado,
E.
Jabbari,
Quantification
of
membrane
adhesion
on
ligand
gradient
substrates,
Trans.
Soc.
Biomaterials,
p. 2661
(2008).
49. A.
Mercado,
X. He,
J. Ma,
W. Xu,
E.
Jabbari,
Biodegradable
self-assembled
nanoparticles
for
targeted
delivery
of
paclitaxel
to tumor
cells.
Trans.
Soc.
Biomaterials,
p. 2662
(2008).
48. A.S.
Sarvestani,
E.
Jabbari,
Effect
of
ligand
density
gradient
on the
adhesion
kinetics
of
biological
membranes.
Mater.
Res.
Soc.
Symp.
Proc. In
Press (2007).
47. A.S.
Sarvestani,
E.
Jabbari,
The role
of
polymer-particle
interactions
on the
viscoelastic
properties
of
polymer
nanocomposites.
Mater.
Res.
Soc.
Symp.
Proc.
Vol.
1056,
HH08-29
(2008).
46. E.
Jabbari,
D. Rocheleau,
W. Xu,
X. He,
“Fabrication
of
biomimetic
scaffolds
with
well-defined
pore
geometry
by fused
deposition
modeling”,
Proceedings
ASME
International
Conference
on
Manufacturing
Science
and
Engineering,
in Press
(2007).
45. M.T.
Valarmathi,
J.D.
Potts,
M.J.
Yost,
R.L.
Goodwin,
E.
Jabbari,
“Proepicardial
cells
modulate
the
osteogenic
potential
of BMS
cells in
aligned
collagen
I
scaffold,”
Trans.
Soc.
Biomaterials,
p. 633 (2007).
44. M.T.
Valarmathi,
J.D.
Potts,
M.J.
Yost,
R.L.
Goodwin,
E.
Jabbari,
“A novel
three-dimensional
culture
system
to study
vasculogenesis
and
osteogenic
differentiation
of BMS
cells,”
Trans.
Soc.
Biomaterials,
p. 115 (2007).
43. E.
Jabbari,
W. Xu,
X. He,
“Degradation
characteristics
of novel
in-situ
crosslinkable
poly(lactide-co-glycolide-ethylene
oxide-fumarate)
copolymer
networks,”
Trans.
Soc.
Biomaterials,
p. 353 (2007).
42. E.
Jabbari, A.S.
Sarvestani,
X. He,
“Response
of
marrow
stromal
cells to
multi-functional
peptide-reinforced
cell-adhesive
nanocomposite
scaffolds,”
Trans.
Soc.
Biomaterials,
p. 230 (2007).
41. E.
Jabbari,
X. He, A.S.
Sarvestani,
In-situ
crosslinkable
osteoinductive
poly(lactide)
scaffold
for bone
regeneration.
Euro.
Cells
Mater.
13: S6 (2007).
40. E.
Jabbari, Biomimetic
hydrogel/apatite
nanocomposite
scaffolds
for bone
regeneration.
Mater.
Res.
Soc.
Symp.
Proc.
897E:
J07-03.1-03.6
(2006).
39. E.
Jabbari,
X. He, A.S.
Sarvestani,
“Swelling
and
degradation
characteristics
of novel
biodegradable
in situ
crosslinkable
poly(lactide-ethylene
oxide-fumarate)
terpolymer
networks,
N.A.
Peppas,
A.S.
Hoffman,”
T.
Kanamori
and K.
Tojo,
editors,
Advances
in
Medical
Engineering,
Drug
Delivery
Systems
and
Therapeutic
Systems,
AIChE,
New
York, p.
110 (2006).
38. E.
Jabbari,
“In situ crosslinkable
bioresorbable
poly(lactide
fumarate)
scaffolds
for
guided
bone
regeneration,”
Trans.
Soc.
Biomaterials,
491 (2006).
37. E.
Jabbari,
"Synthesis
and
Characterization
of
Apatite Nanoparticles
Grafted
with
Unsaturated
Hydrophilic
Macromers”,
in N.A.
Peppas
and J.Z.
Hilt,
eds.,
Advances
in
Bionanotechnology,
pp.
90-91,
AIChE,
New
York, NY
(2005).
36. E.
Jabbari
and X.
He,
"Aqueous
based hydrogel/apatite
nanocomposite
scaffolds
for
guided
bone
regeneration,”
in N.A.
Peppas
and J.Z.
Hilt,
eds.,
Advances
in
Bionanotechnology,
pp.
92-93,
AIChE,
New
York, NY
(2005).
35. E.
Jabbari,
L. Lu, J.A.
Gruetzmacher,
S.
Ameenuddin,
G.C. de
Ruitter,
M.J.
Moore,
B.L.
Currier,
R.J.
Spinner,
A.J.
Windebank,
M.J.
Yaszemski,
“Material
properties
and
biocompatibility
of self-crosslinkable,
poly(caprolactone
fumarate)
copolymer
as a
scaffold
for
guided
tissue
regeneration,”
in N.A.
Peppas,
K.
Anseth,
A.K.
Dillow
and C.E.
Schmidt,
eds.,
Advances
in
Biomaterials,
Bionanotechnology,
Biomimetic
Systems
and
Tissue
Engineering,
pp.
245-247,
AIChE,
New
York, NY
(2004).
34.
K.-W.
Lee, E.
Jabbari,
L. Lu, B.L.
Currier,
J.
Dunkers,
M.Y.
Chiang,
J.A.
Tesk, M.
Cicerone,
M.J.
Yaszemski,
“Permeability
of
polymeric
scaffolds
with
defined
pore
micro-architecture
and
interconnectivity
fabricated
by solid
free-form
fabrication,”
in N.A.
Peppas,
K.
Anseth,
A.K.
Dillow
and C.E.
Schmidt,
eds.,
Advances
in
Biomaterials,
Bionanotechnology,
Biomimetic
Systems
and
Tissue
Engineering,
pp.
219-221,
AIChE,
New
York, NY
(2004).
33. E.
Jabbari, A.V.
Florschutz,
L. Lu,
N. Liu,
L.G.
Pedersen,
D.H.R.
Kempen,
B.L.
Currier,
M.J.
Yaszemski,
“PLGA
Microspheres
Embedded
in
Porous
Biodegradable
Scaffold
as a
Delivery
Vehicle
for
Sustained
Release
of
Recombinant
Human
Bone
Morphogenetic
Protein-2
(rhBMP-2),”
in N.A.
Peppas,
K.
Anseth,
A.K.
Dillow
and C.E.
Schmidt,
eds.,
Advances
in
Biomaterials,
Bionanotechnology,
Biomimetic
Systems
and
Tissue
Engineering,
pp.
55-57,
AIChE,
New
York, NY
(2004).
32. E.
Jabbari, T.E.
Hefferan,
L. Lu,
L.G.
Pedersen,
B.L.
Currier,
M.J.
Yaszemski,
“In
vitro
migration
and
proliferation
of human
osteoblasts
in
injectable
in situ
crosslinkable
poly(caprolactone
fumarate)
scaffolds,”
in N.A.
Peppas,
K.
Anseth,
A.K.
Dillow
and C.E.
Schmidt,
eds.,
Advances
in
Biomaterials,
Bionanotechnology,
Biomimetic
Systems
and
Tissue
Engineering,
pp.
55-57,
AIChE,
New
York, NY
(2004).
31. E.
Jabbari, J.A.
Gruetzmacher,
L. Lu,
B.L.
Currier,
M.J.
Yaszemski,
“Effect
of
macromer
grafted
nano-hydroxyapatite
on
compressive
mechanical
properties
of
poly(propylene
fumarate)
scaffolds,”
Trans.
Soc.
Biomaterials,
986 (2004).
30. M.J.
Moore,
E.
Jabbari,
E.L.
Ritman,
L. Lu,
B.L.
Currier,
M.J.
Yaszemski,
“Investigating
scaffold
interconnectivity
with
micro-CT
and
image
analysis,”
Trans.
Soc.
Biomaterials,
p. 1646
(2004).
29. E.
Jabbari, M.L.
Ceridon,
T.E.
Hefferan,
L.G.
Pedersen,
L. Lu,
B.L.
Currier,
M.J.
Yaszemski,
“Evaluation
of
cytocompatibility
of a
novel
poly(caprolactone
fumarate)
injectable
scaffold
with
human
fetal
osteoblast
cells,”
Trans.
Soc.
Biomaterials,
p. 1061
(2004).
28. E.
Jabbari,
K.-W.
Lee, A.C.
Ellison,
M.J.
Moore,
J.A.
Tesk,
M.J.
Yaszemski,
“Fabrication
of shape
specific
biodegradable
porous
polymeric
scaffolds
with
controlled
interconnectivity
by solid
free-form
microprinting,”
Trans.
Soc.
Biomaterials,
p. 1348
(2004).
27. E.
Jabbari, A.V.
Florschutz,
L.G.
Petersen,
N. Liu,
L. Lu,
B.L.
Currier,
M.J.
Yaszemski,
“Release
characteristics
of
recombinant
human
bone
morphogenic
protein-2
from
PLGA
microspheres
embedded
in a
poly(propylene
fumarate)
porous
scaffold,”
Trans.
Soc.
Biomaterials,
p. 512 (2004).
26. J.S.
Temenoff,
H. Park,
E.
Jabbari,
T.L.
Sheffield,
R.G.
LeBaron,
C.G.
Ambrose,
A.G.
Mikos,
“Swelling
of
fumarate
based
hydrogels
affects
osteogenic
differentiation
of
embedded
marrow
stromal
cells,”
Trans.
Soc.
Biomaterials,
p. 899 (2004).
25. E.
Jabbari, J.A.
Gruetzmacher,
L. Lu,
B.L.
Currier,
and M.J.
Yaszemski,
“Development
of a
novel
self-crosslinkable
poly(caprolactone
fumarate)
as a
biodegradable
and
injectable
scaffold
for bone
tissue
engineering,”
Trans.
IEEE
Med.
Biol.,
pp.
1219-1222,
(2003).
24. E.
Jabbari,
“Encapsulation
and
mineralization
of
marrow stromal
cells in
synthetic
biodegradable
and in
situ
crosslinkable
hydrogels”,
Proceed.
Int.
Symp.
Microencapsulation,
pp.
54-55 (2003).
23. E.
Jabbari,
“Encapsulation
of a
model
double
stranded
plasmid dna from
synthetic
and
biodegradable poly(ethylene
glycol
fumarate)
hydrogel
microspheres”,
Proceed.
Int.
Symp.
Microencapsulation,
pp.
56-57 (2003).
22. Y.
Mohammadi,
A. Nezhad-Najaf,
E.
Jabbari,
“Hydrophobicity
effects
of
crosslinking
agent on
swelling
behavior
of poly
(acrylic
acid)
hydrogels
in
electrical
fields,”
ISPST
Proceed.,
p. 346 (2003).
21. S. Sharifi,
Y.
Mohammadi,
E.
Jabbari,
“Synthesis
of poly
(acrylic
acid)
nanoparticles
as drug
delivery
carriers,”
ISPST
Proceed.,
p. 355 (2003).
20. K. Bamdad-Farrokh,
T.
Naeimi,
Y.
Mohammadi,
E.
Jabbari,
“Preparation
and
characterization
of
pH-responsive
poly(methacrylic
acid-g-ethylene
glycol)
nanogels,”
ISPST
Proceed.,
p. 359 (2003).
19. H.A.
Argadine,
E.
Jabbari,
R. Talac,
B.L.
Currier,
Lichun
Lu, M.J.
Yaszemski,
“The
assessment
of
interconnectivity
of
tissue
engineering
scaffolds
using
hydraulic
permeability”,
Trans.
Soc.
Biomaterials,
pp.
636-637
(2003).
18. E.
Jabbari,
“Swelling
behavior
and cytotoxicity
of
poly(vinyl
alcohol)
hydrogel
grafted
with
n-vinyl
pyrrolidinone
or
acrylic
acid”,
Trans.
Soc.
Biomaterials,
p. 576 (2002).
17. E.
Jabbari,
S. Kheirandish,
“Increased
fluid
solid
friction
coefficient
of
silicone
rubber
poly(acrylic
acid)
composite
due to
change
of
polarity
upon
addition
of
hydrogel”,
Proceed.
Asian
Symp.
Biomed.
Mater.,
#C6 (2001).
16. E.
Jabbari,
S. Karbasi,
A. Alavi,
“Effect
of
grafting
N-vinyl
pyrollidone
or
acrylic
acid on
cytotoxicity
and
water
content
of
crosslinked
poly(vinyl
alcohol)
as
artificial
cartilage”,
Proceed.
Asian
Symp.
Biomed.
Mater.,
#H19 (2001).
15. S. Karbasi,
E.
Jabbari,
F.
Moztarzadeh,
“Investigation
of the
effect
of
acrylic
acid
grafting
by gamma
radiation
on
porous
PVA gels
on
swelling
and
dynamic
mechanical
properties”,
Proceed.
6th Nat.
Chem.
Eng.
Cong,
Isfahan,
Iran,
pp.
459-465
(2001).
14. S. Karbasi,
E.
Jabbari,
S. Alavi,
“Investigation
of
biocompatibility
of the
acrylic
acid
grafted
PVA
hydrogel
as an
artificial
cartilage”,
Proceed.
6th Nat.
Chem.
Eng.
Cong.,
Isfahan,
Iran,
pp.
369-375
(2001).
13. S. Kheirandish,
E.
Jabbari,
H.Mirzadeh,
“Variation
of
equilibrium
water
content
of
silicone
rubber
poly(acrylic
acid)
particulate
composite
with
hydrogel
content”,
Proceed.
Int’l
Symp.
Control.
Rel.
Bioact.
Mater.,
#5130 (2001).
12. E.
Jabbari,
A. Tolu-Kouroshi,
“Effect
of pH
and
extent
of
crosslinking
on
swelling
pressure
of
anionic
acrylic
acid
hydrogel”,
Proceed.
Int’l
Symp.
Control.
Rel.
Bioact.
Mater.,
#5132 (2001).
11. E.
Jabbari,
“Microstructure
and
release
behavior
of polyurea
microcapsules
prepared
by the
method
of
interfacial
polycondensation”,
Proceed.
Int’l
Symp.
Control.
Rel.
Bioact.
Mater.,
#616 (2001).
10. E.
Jabbari,
A. Arabi,
“Effect
of mesh
size of
the
network
on
mucoadhesion
of
polyacrylic
acid
hydrogel
to the
intestinal
mucosa
in
simulated
physiological
conditions”,
Proceed.
Int’l
Symp.
Control.
Rel.
Bioact.
Mater.,
#5131 (2001).
9.
H.-R. Daghyani,
F.
Farmanzad,
E.
Jabbari,
”Finite
element
modeling
of bone
fixed
with
composite
plate”,
Proceed.
Asian-Australasian
Conf.
Composite
Mater. ,
pp.
961-964
(2000).
8. E.
Jabbari,
J. Tavakoli,
“Effect
of
electric
field on
swelling
of
anionic
acrylic
acid
hydrogels”,
Proceed.
Int’l
Symp.
Control.
Rel.
Bioact.
Mater.,
pp.
682-683
(2000).
7. E.
Jabbari,
J. Tavakoli,
“Release
behavior
of
nitroglycerin
from a
micro-reservoir
transdermal
delivery
device”,
Proceed.
Int’l
Symp.
Control.
Rel.
Bioact.
Mater.,
pp.
958-959
(2000).
6. E.
Jabbari,
A. Jan Nesari,
“Encapsulation
and
controlled
release
of
antifouling
agent
tributyl
tin
chloride
by
complex
coacervation”,
Proceed.
Int’l
Symp.
Control.
Rel.
Bioact.
Mater.,
pp.
1170-71
(2000).
5. E.
Jabbari,
F. Farmanzad,
H.-R.
Daghyani,
“Finite
element
analysis
of the
effect
of
geometry
on
mechanical
design
of low
modulus
plastic
orthopedic
plates”,
Proceed.
Conf.
Eur.
Soc.
Biomech.,
p. 374 (2000).
4. E.
Jabbari,
M. Khalili,
Effect
of
strain
rate on
mucoadhesion
of
synthetic
hydrogels
to the
surface
of small
intestine,
Proceed.
Int’l
Symp.
Control.
Rel.
Bioact.
Mater.,
pp.
313-314
(1999).
3. E.
Jabbari,
M.
Etemadi,
“Effect
of
swelling
on mucoadhesion
of
anionic
acrylic
acid
hydrogel
to the
surface
of small
intestine”,
Proceed.
Int’l
Symp.
Control.
Rel.
Bioact.
Mater.,
pp.
311-312
(1999).
2. E.
Jabbari,
M. Khakpour,
“Effect
of chain
extending
agent on
morphology
of
porous
polyurethane
microspheres”,
Proceed.
Int’l
Symp.
Control.
Rel.
Bioact.
Mater.,
pp.
212-213
(1999).
1. E.
Jabbari, N.A.
Peppas,
“Interfacial
adhesion
of
poly(vinyl
chloride)
and
poly(ethyl
methacrylate)”,
Proc.
Adhes.
Soc.,
15, pp.
113-114
(1992).
PRESENTATIONS
AT
NATIONAL
AND
INTERNATIONAL
MEETINGS
125.
“Sustained
in situ
delivery
of
rhBMP-2
by
conjugation
to novel
biodegradable
nanoparticles”,
Society
for
Biomaterials
2008
Translational
Biomaterial
Research
Symposium,
Saturday,
September
13, 2008
(paper#
276;
2:45-4:15
PM).
124.
“Biodegradable
self-assembled
nanoparticles
for
targeted
delivery
of
Paclitaxel
to tumor
cells”,
Society
for
Biomaterials
2008
Translational
Biomaterial
Research
Symposium,
Musculoskeletal
Applications
session,
Saturday,
September
13, 2008
(paper#
152;
3:35-4:30
PM).
123.
“Modulation
of
osteogenic
and
vasculogenic
differentiation
of
stromal
cells in
a
collagen
scaffold”,
Society
for
Biomaterials
2008
Translational
Biomaterial
Research
Symposium,
Friday,
September
12, 2008
(paper#
275;
2:45-4:15
PM).
122.
“BMP-2
peptide
grafted
to a
degradable
substrate
enhances
osteogenic
differentiation
of
stromal
cells”,
Society
for
Biomaterials
2008
Translational
Biomaterial
Research
Symposium,
Musculoskeletal
Applications
session,
Saturday,
September
13, 2008
(paper#
280;
2:30-4:00
PM).
121.
“Release
characteristics
of
rhBMP-2
from
self-assembled
biodegradable
PLEOF
nanoparticles”,
35th
Controlled
Release
Society
Annual
Meeting,
New
York,
NY,
Monday,
July 14,
2008
(paper#
324;
14:00-15:00
PM).
120.
“Cytotoxicity
of
Paclitaxel
in
biodegradable
self-assembled
core-shell
PLGEOF
nanoparticles”,
35th
Controlled
Release
Society
Annual
Meeting,
New
York,
NY,
Tuesday,
July 15,
2008
(paper#
622;
13:00-14:00
PM).
119.
“Quantification
of
membrane
adhesion
on
ligand
gradient
substrates”,
8th
World
Biomaterials
Conference,
Modeling
session,
Amsterdam,
The
Netherlands,
May 31,
2008
(paper#
1830.00).
118.
“Morphology
of rat
bone
marrow
stromal
cells on
aligned
electrospun
biodegradable
fibers”,
Amsterdam,
The
Netherlands,
May 29,
2008
(paper#
1829.00).
117.
“Biodegradable
self-assembled
nanoparticles
for
targeted
delivery
of
Paclitaxel
to tumor
cells”,
8th
World
Biomaterials
Conference,
Micro/Nanoparticles
for drug
delivery
session,
Amsterdam,
The
Netherlands,
June 1,
2008
(paper#
1827.00;
10:30-12:00).
116. ‘The
role of
polymer-particle
interactions
on the viscoelastic
properties
of
polymer
nanocomposites”,
Materials
Research
Society
Meeting,
Symposium
HH:
Nanophase
and
Nanocomposite
Materials
V,
Boston,
MA,
Tuesday,
November
27, 2007
(8:00
PM,
HH8.29).
115.
“Effect
of ligand
density
gradient
on the
adhesion
kinetics
of
biological
membranes”,
Materials
Research
Society
Meeting,
Symposium
OO:
Solids
at
biological
interfaces,
Boston,
MA,
Monday,
November
26, 2007
(11.45
AM,
OO1.10).
114.
“Synthesis
of
degradable nanotubes
by
tubulin
template
polymerization”,
AIChE
Annual
Meeting,
Salt
Lake
City,
UT,
Thursday,
November
8, 2007,
Thursday
(12:30
PM,
session#599a,
Nanostructured
Biomaterials
(08B12)).
113.
“Release
behavior
of paclitaxel
from
self-assembled
degradable
nanoparticles”,
AIChE
Annual
Meeting,
