Biochemistry, Genetics and Molecular Biology
Absorption
22%
Actin
44%
Anabolism
22%
Caenorhabditis Elegans
14%
Callus Culture
22%
Canagliflozin
44%
Cell Culture
44%
Cell Hybridization
44%
Chlorogenic Acid
14%
Chromosome Doubling
44%
Cichorium
88%
Diploidy
33%
Explant
22%
Flow Cytometry
33%
G Protein
44%
Gene Expression
44%
Geranylgeranylation
44%
Hairy Root Culture
88%
Heat Shock Factor
44%
Hyoscyamine
66%
Hyoscyamus Niger
44%
Infancy
44%
Influenza Virus
29%
Kinase
44%
Lipid
88%
Lipid Homeostasis
22%
Lipid Metabolism
14%
Medicinal Plant
14%
Messenger RNA
88%
Metabolic Engineering
88%
Nuclear Export
38%
Nuclear Hormone Receptor
14%
Phosphotransferase
44%
Phytochemical
44%
Ploidy
88%
Polyploid
100%
Protein Homeostasis
22%
Protein Kinases
14%
Regeneration Ability
96%
RNA Processing
14%
RNA Splicing
44%
Salvia
44%
SARS Coronavirus
44%
Scopolamine
77%
Secondary Metabolite
59%
Sodium Thiosulfate
44%
Tetraploidy
81%
Tissue Culture
44%
Viral Protein
14%
Virus Replication
29%
Keyphrases
Alkaloid Content
22%
Alkaloid Production
44%
Autotetraploid
44%
Biotechnological Approaches
44%
Callus
44%
Callus Culture
22%
Callus Induction
22%
Callus Tissue
22%
Canagliflozin
44%
Chromosome Manipulation
44%
Cichorium Intybus
88%
Classical Breeding
22%
Different Ploidy
44%
Dracocephalum Kotschyi Boiss
44%
Egyptian Henbane
44%
Flow Cytometric Analysis
22%
Global Market
22%
Hyoscyamus
44%
Hyoscyamus muticus
44%
In Vitro Regeneration
88%
Induced Tetraploid
44%
Intact Plants
14%
Intracellular Lipids
44%
Late Start
44%
Leaf Explants
44%
Lipids
44%
Metabolic Demand
22%
Methoxylated Flavones
44%
Mixoploid
31%
Narcotine
22%
NiSi
44%
Nuclear Receptor
22%
Nutrient Absorption
22%
Opium Poppy
44%
Papaver Somniferum
22%
Phytochemical Characteristics
44%
Ploidy Level
53%
Polyploid Plants
44%
Polyploidy
22%
Potential Systems
14%
Protein Geranylgeranylation
44%
Regenerability
44%
Salvia Leriifolia
44%
Skoog Medium
22%
Small G Protein
44%
Sodium Thiosulfate
44%
Tetraploid
22%
Thebaine
22%
Total Alkaloids
14%
Tropane Alkaloids
44%
Agricultural and Biological Sciences
Aerial Parts
14%
Biomass Production
12%
Callus
44%
Callus Culture
14%
Chicory
88%
Dracocephalum
44%
Duboisia
11%
Essential Oil
14%
Evolution
7%
Explant
14%
Flavone
44%
Flow Cytometry
14%
Guard Cell
29%
Hyoscyamine
44%
Hyoscyamus
44%
Hyoscyamus muticus
44%
Hyoscyamus Niger
7%
Hyoscyamus reticulatus
44%
in Vitro Culture
7%
in Vitro Regeneration
88%
Leaf Studies
14%
Murashige and Skoog Medium
22%
Ploidy
42%
Polyploidy
21%
Putrescine N-Methyltransferase
7%
Regeneration Ability
88%
Salvia
44%
Secondary Metabolism
11%
Seed Treatment
14%
Shoot Tips
14%
Tetraploidy
14%