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Introduction to Protein Structure
A-DNA
A01=Carl Ivar Branden
A01=John Tooze
actin
activation energy
allosteric control
allosteric protein
allostery
alpha barrel
alpha helix
alpha structure
alphavirus
Amino Acid
amyloid fibril
antenna
arabinose binding protein
Asp 189 Lys mutation
ATP
Author_Carl Ivar Branden
Author_John Tooze
B-DNA
bacteriorhodopsin
Base Pairs
beta barrel
beta helix
beta motif
beta sheet
beta structure
biomolecular interactions
Bragg's law
building block
c6 zinc cluster
caboxypeptidase
calmodulin
cancer
CAP
capsid
catalysis
Category=PSB
CDR Loop
CDR3
cell biology
cell cycle regulation
cell surface receptor
channel
chaperonin
chlorophyll
chymotrypsin
coiled coil
collagen
combinatorial method
consensus sequence
Cro
crystallization
Cysteine
data interpretation
diffraction
distance constraint
disulfide bond
disulfide bridge
DNA Backbone
DNA Bind Domain
DNA Binding
DNA binding domain
DNA Fragment
DNA Recognition
DNA Shuffling
DNA structure
domain structure
drug design
effector molecule
electron flow
energy
eq_bestseller
eq_isMigrated=1
eq_isMigrated=2
eq_nobargain
eq_non-fiction
eq_science
erythropoetin receptor
evolution
fiber diffraction
fibrous protein
flexibility
folding pathway
functional switch
G alpha
G alpha beta gamma
G protein
GAL4
gamma crystallin
GCN4
gene control
gene duplication
gene fusion
globin fold
globular proteins
glucocorticoid receptor
glycine
Greek Key Motif
GTP
GTPase
H subunit
Hairpin
Hairpin Loops
helix bundle
helix movements
Helix Turn Helix Motif
hemaglutinin
hemoglobin
HLH
HLH Motif
homologous protein
human growth hormone
hydropathy plot
hypervariable region
icosahedral symmetry
icosahedron
IgG
immunoglobulin domain
immunology
ion pore
isomerization
Jelly Roll
jelly roll barrel
K+ channel
kinetic factor
L subunit
Lac repressor
lambda Cro
lambda repressor
leucine finger
leucine zipper
LH2
linker region
lysozyme
M subunit
Major Groove
malaria
Max
membrane fusogen
membrane lipid
metal atom
MHC
MHC class I
MHC class II
MHC Protein
MHC-peptide complex
Minor Groove
Molecular Biology
molecular modelling
molten globule
motifs of protein structure
MRC Laboratory
multiwavelength anomalous diffraction
muscle
muscle contraction
mutation
MyoD
myoglobin
myosin
neuraminidase
Operator DNA
operator region
operon
p53
phage display
phage repressor
phase determination
phosducin
phosphofructokinase
photosynthetic reaction center
picornavirus
pigment
polyomavirus
porin
potassium channel
poteinase inhibitor
POU region
PRC
prediction
preferential cleavage
product
proline
proline kink
protein classification
Protein DNA Interaction
protein engineering
protein engineering techniques
protein folding
protein folding dynamics
protein function analysis in cells
protein library
protein motif
protein shell
protein stability
Proteomics
proton pump
pyruvate kinase
R state
Ras
receptor binding
Recognition Helix
regulatory domain
repressor
retinoid X receptor
retinol
retinol binding protein
rhinovirus
RNA conformation
RNA virus
Satellite Tobacco Necrosis Virus
scaffold
secondary structure
serine
serine proteinase
serpin
SH2 domain
SH3 domain
sickle cell
side chain mutation
specificity
spherical virus
spider silk
src
stem
Structural Biology
structural biology education
substrate
subtilisin
subunit structure
SV40
swinging cross bridge hypothesis
Switch Ii Region
switch region
t cell activation
t cell receptor
T state
TATA
TATA binding protein
TCR
tertiary structure
tertiary structure prediction
threading model
tip
Tomato Bushy Stunt Virus
topology
transcription activation
trp repressor
tumor
tumorigenic mutation
twisted open sheet
tyrosine kinase
tyrosyl tRNA sythetase
up and down barrel
variable domain
x-ray crystallography
Z-DINA
zinc finger
zinc motif
Product details
- ISBN 9780815323051
- Weight: 1640g
- Dimensions: 219 x 276mm
- Publication Date: 01 Jan 1999
- Publisher: Taylor & Francis Inc
- Publication City/Country: US
- Product Form: Paperback
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Introduction to Protein Structure provides an account of the principles of protein structure, with examples of key proteins in their biological context generously illustrated in full-color to illuminate the structural principles described in the text. The first few chapters introduce the general principles of protein structure both for novices and for non-specialists needing a primer. Subsequent chapters use specific examples of proteins to show how they fulfill a wide variety of biological functions. The book ends with chapters on the experimental approach to determining and predicting protein structure, as well as engineering new proteins to modify their functions.
Carl Branden
was educated at Uppsala University (PhD) and the MRC Laboratory for Molecular Biology, Cambridge, where he was a postdoctoral fellow in the laboratory of J.C. Kendrew. He has pursued a career in basic research, science administration (as science advisor to the Swedish Government), and biotechnology. Formerly Research Director of the European Synchrotron Radiation Facility in Grenoble, France, he is now at the Microbiology and Tumor Biology Center at the Karolinska Institute in Stockholm. A protein crystallographer with a distinguished academic career in research and teaching, he has made major contributions to the understanding of many biological structures, and is an editor of Structure.John Tooze
was educated at Cambridge University (MA), London University (PhD) and Harvard University (where he was a postdoctoral fellow in the laboratory of J.D. Watson). After several years in basic research, he moved principally into science administration and science publishing, notably as the executive secretary of the European Molecular Biology Organisation, Heidelberg, Germany. He is currently Director of Support Services at the Imperial Cancer Research Fund Laboratories, London, and editor of EMBO Journal. A molecular biologist, his previous books include Molecular Biology of Tumor Viruses, The DNA Story (with J.D. Watson) and the very successful first edition of Recombinant DNA: A Short Course (with J.D. Watson and D.T. Kurtz).
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