Laboratory for Nanomedicine
Home
News
People
Current
Alumni
Research
Publications
2017
2016
2015
2014
2013
2012
2011
2010
2009
Gallery
Image
Video
Contact Us
Publications
Home
>
Publications
Page Content
No
Loading ...
Search Bibliography
Filter by: Year
select
All
2017
2016
2015
2014
2013
2012
2011
2010
2009
Author
select
All
(...)
A. Accardo
A. Benhida
A. Lakshmanan
A. Lakshmanan and C.A.E. Hauser
A. Mishra
A. Pucci
A. Raju
A.B. Tekinay
A.G.W. Koh
A.M. Hillmer
A.T.K. Ping
A.V. Khrenov
and A. Mitraki
and C.A. Floudas
and C.A.E. Hauser
and J.R. Lu
and M. Ni
and M.-H. Tan
and T.C. Lim
and U. Hauser
and Y.Y. Yang
B. Gopalan
B. Laufer
B. Lim
B. Xue
C. Hauser and C. Riekel
C. Riekel
C.A.E. Hauser
C.A.E. Hauser and M. Kurisawa
C.A.E. Hauser and Y. Loo
C.H. Ang
D. Cojoc
D. Sundaramurthi
D.H. Lam
D.W. Cheong
E. Di Cola
E. Di Fabrizio
E.B. Lane
E.C. Wu
E.C.H. Hing
E.L. Saenko
E.Z. Cai
F. De Angelis
F. Lee
F. Pan
F. Zhuang
G. Calafiore
G. Marinaro
G. Salgado
G.A. Khoury
H. Castillo-Michel
H. Kessler
H. Lee
H. Rigneault
H. Xu
H.J. Zhou
H.T. Hee
I. Cima
J. Lim
J. Smadbeck
J. Wenger
J.E. Chung
J.M. Chin and C.A.E. Hauser
J.-M.R. Saint-Remy
J.Y. Ying
J.Y. Ying and C.A.E. Hauser
Jaspreet and C.A.E. Hauser
K. Liang
K. Oglęcka
K.B. Tan
K.H. Chan
K.-H. Chan
K.H. Chan and C.A.E. Hauser
K.-J. Leck
L.-K. Yong
L.L. Toh
M. Burghammer
M. Cotte
M. Fleischer
M. Göktaş
M. Joshi
M. Khan
M. Kurisawa
M. Ni
M. Ni and C.A.E. Hauser
M. West
M.B. Sullivan
M.F. Garcia-Parajo
M.O. Guler
M.R. Reithofer
N. Beaufort
N. Benseny-Cases
N. van Hulst
N. Wiradharma
P. Robson
P.K. Koh
R. Deng
R. Regmi
R.C. Robinson
R.M. Costa
R.M. van Dam
S. Cabrini
S. Dante
S. Knör
S. Maurer-Stroh and I.C. Martins
S. Prabhakar
S. Rauf
S. Schlücker
S. Wang
S. Zhang
S. Zhang and C.A.E. Hauser
S.C. Grailly
S.L. Kong
S.M. Moochhala
S.S. Lee
S.V. Seow
T.C. Lim
U. Khoe
V. Magdolen
W.-Y. Lim
W.Y. Seow
W.Y. Seow and C.A.E. Hauser
X. Zhao
Y. Loo
Y. Loo and C.A.E. Hauser
Y.C. Wong
Y.J. Chuah
Y.-Y. Yang
Title Keyword
select
All
3D bioprinting
3D cell cultures
3D environment
Adsorption
Agarose hydrogel
alpha-Helix
Alzheimers-disease
Amphiphile nanofibers
Amyloid fibril formation
Amyloid fibrils
Animals
Anti-bacterial
Antimicrobial peptides (AMP)
Atomic-level accuracy
Beta-sheet
Beta-sheet tapes
Bioactivity; Biocompatibility; Isomers; Mass spectrometry
Biocompatible materials
Bioengineering
Bioinks
Biological colloids
Biological-materials
Biomaterial
Biomaterials
Biomedical engineering
Biomedicine
Biophotonics
Bioprinting
Biosensing
Building-blocks
Burns
Cancer
Cancer-chemotherapy
Carbon nanotubes
Cell culture
Cell-culture
Cells
Circulating tumor cells
Colorectal cancer
Colorectal-cancer
Combinatorial libraries
Complementary oligopeptide
Compstatin variants
Computational protein design
Controlled-trial
Coordination
Cross-beta spine
Crosslinking
Degradation
Differentiation
Digital microfluidics
Diphenylalanine nanotubes
Dip-pen nanolithography
Disulfide bonds
Drug delivery vehicles
Drug resistance
Early detection
Efficiency
Embryonic stem cells
Endothelial-cells
Excision wounds
Fiber diffraction
Fibril formation
Fibril-forming segments
Flexible templates
Form nanotubes
Freeze dry
G protein coupled receptor
Gelation properties
Globular-proteins
HEK293S tetracyclineinducible system
Hemolysis
High shape fidelity
Hofmeister series
Human body
Hyaluronic-acid
Hydrogel
Hydrogel matrices
Hydrogel; Gelation Kinetics; Surface Tension; Gel Formation
Hydrogels
In-vitro
Ionic self-complementary peptides
Ionic-complementary peptide
Ligand binding
Lipid-like peptides
Liquid biopsy
Manipulation
Mean-field theory
Mechanical-properties
Membrane lysis
Methylene blue
Micro-/nano X-ray diffraction
MicroFTIR
Minimum inhibitory concentration (MIC)
Modified electrodes
Molecular dynamics simulation
Molecular self-assembly
Molecular-basis
Nanofiber
Nanofibers
Nanofibrous scaffold
Nanomaterials
Nanomedicine
Nanoparticle
Nanoparticle superstructures
Nanoparticle-drug conjugates
Nanoparticles
Nanophotonics
Nanostructures
Nanotechnological applications
Nanotechnology
Nanotubes
Nanovesicles
Nuclear magnetic resonance spectroscopy
Oligomers
Organ transplantation
Organic acids
Origin of life
Partial thickness burns
Peptide
Peptide bioink
Peptide fragments
Peptide hydrogels
Peptide nanofibers
Peptide nanotubes
Peptide therapeutics
Peptides
P-Glycoprotein-dependent
Pharmacokinetics
Plasmonics
Platinum drugs
Pluripotent stem cells
Poly(ethylenimine)
Polypeptide iapp
Protein degradation
Protein purification
Proteins
Quantum confinement
Rational design
Rats wound healing
Regenerative medicine
Scaffold
Scaffold functionalization
Scaffolds
Self-assembling peptide
Self-assembling peptide motifs
Self-assembly
Self-assembly mechanism
Sequence selection problem
Silver
Smart biomaterials
Spectroscopy
Stability
Stabilizing membrane proteins
Stimuli-responsive self-assembly
Structural-characterization
Supramolecular architecture
Supramolecular peptide scaffolds
Supramolecular structures
Surface-active agents
Surfactant-like peptides
Synchrotron radition
Synthetic scaffolds
Targeted delivery
Textile and industrial wastewater
Thiol and sulfhydryl
Tissue engineering
Tissue engineering scaffolds
Tissue reconstruction
Tissue regeneration
Translational medicine
Transthyretin
Ultrashort peptide hydrogels
Ultrashort peptides
Ultrasmall peptides
Vector
Water purification
Wound healing
X-ray
X-ray-diffraction
Zebra fish receptor
α-Helix
Total result(s) found:
1
Development of a small molecule peptidomimetic affinity ligand for efficient purification of the large protein factor VIII
S. Knör, B. Laufer, A.V. Khrenov, A. Benhida, S.C. Grailly, N. Beaufort, V. Magdolen, C.A.E. Hauser, E.L. Saenko, J.-M.R. Saint-Remy, H. Kessler
Adv. Exp. Med. Biol., 611 (2009) 151-152
Keywords:
Protein purification, Ligand binding, Protein degradation, Peptides
Read More
Website
Download Document
2009
©
2018
King Abdullah University of Science and Technology. All rights reserved.
|
Team Site
Laboratory for Nanomedicine
http://
http://
http://
The beginning and end dates for each internship will be agreed upon between the Faculty and the Intern. Visa processing time will be a determining factor in actual start date. Minimum period is three months. Maximum period is six months.
5