INIS
arabidopsis
100%
pectins
75%
suspensions
75%
calcium
68%
kinases
62%
walls
62%
polymerization
52%
acetylation
52%
concentration
52%
production
52%
mutagenesis
52%
peroxides
52%
apoptosis
52%
eggs
52%
water
52%
phenylalanine
52%
amino acids
52%
stabilization
52%
switches
52%
lyases
52%
defense
52%
time dependence
52%
size
52%
ammonia
52%
in vitro
52%
dimers
48%
interactions
40%
cell wall
34%
carrots
34%
putrescine
34%
signals
22%
synthesis
17%
accumulation
17%
matrices
17%
ionization
17%
spermidine
17%
spermine
17%
affinity
17%
mass spectrometry
17%
cation exchange capacity
17%
pathogenesis
17%
receptors
17%
desorption
17%
ethane
17%
modulation
17%
isotherms
17%
time-of-flight method
17%
peptides
17%
prediction
17%
plant cells
17%
Keyphrases
Phenylalanine Ammonia-lyase
52%
Chitooligosaccharides
52%
Wall-associated Kinase
52%
Cellular Water
52%
Pectin
52%
Polyamines
52%
In Vitro Characterization
52%
Ion Selectivity
52%
Ligand-binding Domain
52%
Egg-box Dimer
41%
Diamine
39%
Concentration Degree
26%
Putrescine
26%
Carrot Cell
26%
Alginate
20%
Calcium Bridge
20%
Egg-box
20%
Selectivity Sequence
13%
Anion Binding
13%
Spermine
13%
Binding Properties
13%
Low Selectivity
13%
Na +
13%
Matrix-assisted Laser Desorption Ionization-time of Flight Mass Spectrometry (MALDI-TOF MS)
13%
Suspension-cultured Cells
13%
Defense Activation
13%
Plant Defense Mechanisms
13%
Reacetylation
13%
Mg2+
13%
Exchange Property
13%
Ca2+
13%
Ion Exchange Isotherm
13%
Cell Suspension
13%
Dry Matter
13%
High Affinity
13%
1,4-butanediamine
13%
Spermidine
13%
Ionic Selectivity
13%
Signal Modulation
13%
Cation Exchange Capacity
13%
Macromolecular Conformation
13%
Ethane
13%
Recombinant Peptide
10%
Cell Wall Architecture
10%
Junction Sequence
10%
Maturation Stage
10%
High NaCl Concentration
10%
Egg-box Structure
10%
Arabidopsis Thaliana
10%
Conformational States
10%