Medicine & Life Sciences
Inhibitory Concentration 50
100%
Leishmania
99%
Rollinia
91%
Antiparasitic Agents
87%
Trypanosoma cruzi
81%
Annonaceae
68%
Piper
60%
Bolivia
59%
Benzoic Acid
56%
tetraethyl-bis(aminoethanethiol)
51%
In Vitro Techniques
51%
Plasmodium falciparum
49%
2-aminocyclohexanol
48%
Chloroquine
47%
Antimalarials
44%
Pentamidine
41%
Isoindoles
39%
methyl benzoate
39%
1,2-cyclohexanediamine
36%
Heterocyclic Compounds
32%
Hemin
32%
Chalcone
30%
Benzoates
28%
Chagas Disease
28%
flavone
28%
Stilbenes
28%
Diamines
28%
Sphingosine
27%
Trypanosoma
25%
Optical Rotation
24%
ethyl acetate
24%
Plant Extracts
23%
Chelating Agents
22%
Flavonoids
20%
Acids
20%
Hexanes
18%
Ethanol
16%
Prostate
16%
Parasites
16%
benzonidazole
16%
Leukemia
16%
Adenocarcinoma
15%
Esters
15%
Cell Culture Techniques
15%
Growth
15%
Plasmodium malariae
14%
Dihydrostilbenoids
14%
Population Groups
14%
phenolic acid
14%
Rodentia
11%
Chemistry
Anti Leishmaniasis
69%
Pentamidine
66%
Antiplasmodic
59%
Chloroquine
56%
Benznidazole
42%
Parasiticides
40%
Trypanocidal
40%
Strain
40%
Benzoic Acid
38%
Isoindoles
31%
Stilbenoid
31%
Antitrypanosomal
29%
Sphingosine
27%
Amphotericin B
26%
Chalcone
23%
Flavone
23%
Heterocyclic Compound
21%
Benzoate
20%
Flavonoid
19%
Diamine
18%
Inhibition of Growth
17%
Leaf Like Crystal
16%
Hexane
15%
Ethanol
12%
Ethyl Acetate
12%
Anti Chagas
11%
Polarimetry
11%
Acid
9%
Racemate
9%
Antiparasitic Agent
7%
Protium(.)
7%
Antianalgesic
7%
Substance Spectroscopy
7%
Block Like Crystal
6%
Agriculture & Biology
antiparasitic properties
29%
Piper
25%
Chagas disease
24%
benzoic acid
23%
Bolivia
22%
inhibitory concentration 50
22%
chelating agents
21%
trypomastigotes
20%
genetic resources
20%
national parks
18%
chemical derivatives
15%
environmental surveys
14%
Trypanosoma cruzi
14%
antileishmanial properties
14%
antiplasmodial properties
14%
epimastigotes
13%
montane forests
11%
tropical forests
10%
developing countries
9%
blood
8%
biodiversity
8%
antitrypanosomal properties
8%
acids
7%
drugs
6%
ethane
6%
mice
5%