Pharmacology, Toxicology and Pharmaceutical Science
Rollinia
100%
Antiplasmodial Activity
100%
Hematin
100%
Ethanol
66%
IC50
66%
Promastigote
66%
Acetic Acid Ethyl Ester
66%
Ester
62%
Chloroquine
58%
Plant
58%
Isoindole Derivative
50%
Methanol
50%
Cytokine
50%
Essential Oil
50%
Chlorophyll
50%
Polymer
50%
Colubrina
50%
Callus
50%
Ragweed
50%
Indometacin
50%
Sphingosine
50%
Benzyl Alcohol
50%
1,2 Diaminocyclohexane
50%
Diamine
50%
Aminoalcohol
50%
Drimys
50%
Alkaloid
50%
Rubiaceae
50%
Euterpe
50%
Hyptis
50%
Hemolysis
50%
Medicinal Use of Plants
50%
Antiparasitic Agent
50%
Terminalia
50%
Prostaglandin Synthase
50%
Sesquiterpene Lactone
50%
Polygonaceae
50%
Anacardiaceae
50%
RNA Directed DNA Polymerase
50%
Combretaceae
50%
Anti-Inflammatory Drug
50%
Complexation
50%
Arecaceae
50%
Basidiomycete
50%
Uncaria tomentosa
50%
Asteraceae
50%
Adenosine Diphosphate
50%
Annonaceae
50%
Nanocarrier
50%
Betulinic Acid
50%
Agricultural and Biological Sciences
Apuleia
50%
Bauhinia
50%
Prunus
50%
Pterocarpus
50%
Rutaceae
50%
Callus
50%
in Vitro Culture
50%
Polygodial
50%
Drimys
50%
Stems
50%
Oxygenase
50%
Blood Cell
50%
Piscicide
50%
Tropical Forests
50%
Plasmodium
50%
Biodiversity
50%
Iryanthera
50%
Guatteria
50%
Toxicity
50%
Libraries
50%
Derris
50%
Mountains
50%
Genetic Resource
50%
Annonaceae
50%
Nectandra
50%
Terminalia
50%
Rubiaceae
50%
Combretaceae
50%
Anti-Inflammatory Activity
50%
Astronium
50%
Cochlospermum
50%
Triplaris Americana
50%
Anacardiaceae
50%
Uncaria tomentosa
50%
Polygonaceae
50%
Platelet Aggregation
50%
Glucosidase
50%
MCF-7
50%
Food Crop
50%
Balanophoraceae
50%
Mixtures
50%
Bolete
50%
Caryophyllene
50%
Trypanosoma Cruzi
50%
Fungi
50%
Scleroderma Citrinum
50%
Piper
37%
Aerial Parts
37%
Abuta
37%
Tubers
33%
Chemistry
Diamine
50%
Sphingosine
50%
Parasiticide
50%
Base
50%
Isoindole
50%
Kavapyrone
50%
Diterpenoid
50%
Cyclopropane
50%
Limonoid
50%
Aporphine Alkaloid
50%
Heterocyclic Compound
50%
Stilbenoid
50%
Naphthoquinone
50%
Lapachol
50%
Antiplasmodic
50%
Acid
50%
Natural Product Synthesis
50%
Alicyclics
50%
Pigment
50%
Sesquiterpene
50%
Propolis
50%
Plant Metabolite
50%
Dimethoxyflavone
50%
Jaceosidin
50%
Phytodienoic Acid
50%
Hydroxycinnamic Acid
50%
Mass Spectrometry
50%
Phytol
50%
Flavanone
50%
Spathulenol
50%
Ether
50%
Eriodictyol
50%
Amphotericin B
50%
Caryophyllene Oxide
50%
Mixture
50%
Terpenoid
50%
Lupenone
50%
Benzoic Acid
50%
Compound Isomer
50%
Benzoate
50%
Microwave
50%
Betulinic Acid
33%
Ceanothic Acid
33%
Inhibition of Growth
33%
Imine
33%
Usnic Acid
33%
% Inhibition
25%
Biomineralization
25%
Chalcone
25%
Benzopyran
25%
