Keyphrases
Specific Antibodies
100%
Peptide-based
100%
Ethylene Receptor
100%
Ethylene
100%
Leaf Morphogenesis
100%
Lace Plant
100%
Programmed Cell Death
100%
Solanaceae
100%
Climate Challenge
100%
Climate Futures
100%
Primary HIV Infection
100%
Time Constraints
100%
Gag mutations
100%
Monoclonal Antibody
66%
Signaling Pathway
66%
Insect Pests
66%
Reverse mutation
61%
Transcript Level
54%
Escape mutation
53%
Perforation Formation
45%
Capacitive Immunosensor
33%
Electropolymerization
33%
Tyramine
33%
Capacitance Change
33%
Cyclic Peptide
33%
Glutaraldehyde
33%
Analytical Platforms
33%
Antibody Clones
33%
Cyanotoxins
33%
Repeated Measurements
33%
Broad Spectrum Detection
33%
Early Warning Method
33%
Food Plants
33%
Autophagy Inhibition
33%
Membrane Disruption
33%
In Silico Modeling
33%
Transcription Regulation
33%
Folk Medicine
33%
Anticancer Potency
33%
Anticancer Drugs
33%
Last Five Years
33%
Solanaceae Family
33%
Solanaceae Plants
33%
Molecular Targets
33%
Molecular Cell Biology
33%
Cell Cycle Arrest
33%
Antiproliferative Activity
33%
Pharmacologically Active Compounds
33%
Metabolic Enzymes
33%
Cancer Types
33%
Global Temperature
33%
Biological Control
33%
Organic Food Market
33%
Societal Challenges
33%
Chemical Insecticides
33%
Biogeography
33%
Climatic Regimes
33%
Indirect Defense
33%
Biological Control Systems
33%
Defense Mechanisms
33%
Parasitism
33%
Prey Interactions
33%
Integrated Pest Management
33%
Insect Pest Management
33%
Climate Variation
33%
Insect Biochemistry
33%
Predation
33%
Climate Change Scenarios
33%
Insect Population
33%
Direct Defense
33%
Pest Species
33%
Leaf Development
18%
Cell Fate
9%
Cell Death Regulation
9%
Monocots
9%
Healthy Leaves
9%
Senescence
9%
Senescence-associated
9%
Leaf Stage
9%
Laser Capture Microscopy
9%
Leaf Senescence
9%
Cell-to-cell
9%
Negatively Regulate
9%
Perforation
9%
Death Cell
9%
Aponogeton Madagascariensis
9%
Differentially Expressed
9%
Ethylene Emission
9%
Receptor Expression
9%
HIV-1C
7%
Cox Proportional Hazards Model
7%
Dominant mutation
7%
Frailty
7%
Whole Genome Amplification
7%
Direct Sequencing
7%
Biochemistry, Genetics and Molecular Biology
Human Immunodeficiency Virus Type 1 Subtype C
100%
Seroconversion
100%
Solanaceae
100%
Anticancer
100%
Wild Type
53%
Phytochemical
50%
Signal Transduction
50%
Revertant
46%
Cell Cycle
25%
Autophagy
25%
Membrane Damage
25%
Antiproliferative Activity
25%
Cell Cycle Arrest
25%
Enzyme
25%
Transcription Regulation
25%
Computer Model
25%
Gene Amplification
7%