INIS
antioxidants
100%
arginase
85%
arginine
69%
asia
32%
assessments
32%
asthma
34%
blood
44%
comparative evaluations
58%
concentration
35%
control
50%
correlations
44%
delivery
32%
diabetes mellitus
29%
diet
55%
diseases
35%
doses
44%
drugs
37%
eutectics
64%
evaluation
55%
extraction
42%
fats
51%
flavonoids
30%
glucose
91%
herbs
32%
in vitro
79%
indonesia
60%
inflammation
60%
inhibition
42%
levels
80%
lipids
44%
liver
33%
metabolism
34%
mice
67%
nitric oxide
70%
organs
41%
oxidation
39%
production
46%
proteins
57%
rats
92%
reduction
34%
reviews
78%
roots
43%
skin
56%
sodium
30%
solvents
69%
streptozotocin
40%
toxicity
97%
tyrosinase
31%
weight
31%
wood
32%
Keyphrases
Active Compounds
24%
Activity Profile
32%
Andrographis Paniculata
63%
Andrographis Paniculata Nees
32%
Anti-aging
56%
Antidiabetic Activity
33%
Antidiabetic Effect
32%
Antihyperglycemic
28%
Antioxidant
53%
Antioxidant Activity
56%
Arginase
87%
Arginine
73%
Arginine Metabolism
32%
Asia
32%
Bioactivity
39%
Biological Activity
35%
Blood Glucose
32%
Brazilin
32%
Caesalpinia Sappan
81%
Combined Extracts
32%
Curculigo Latifolia
64%
Curcuma Xanthorrhiza
67%
Diabetic Rats
24%
Elastase
23%
Ethanolic Extract
28%
Ethyl Acetate
32%
Fasting Plasma Glucose
30%
High-fat Diet
62%
In Silico
34%
Indonesia
56%
Lactic Acid
28%
Latifolia
60%
Lipid Profile
33%
Meta-analysis
33%
Metformin
32%
Molecular Docking
36%
Natural Deep Eutectic Solvents (NADES)
64%
Nitric Oxide
27%
Oxidative Stress
25%
Premna Latifolia
32%
Sappan Wood
23%
Skin Aging
28%
Sodium-glucose Cotransporter 2 Inhibitors (SGLT2i)
32%
Sprague-Dawley Rats
43%
Streptozotocin
47%
Syzygium Cumini
59%
Syzygium Cumini (L.) Skeels
32%
Toxicity Profile
32%
Tyrosinase Inhibition
36%
Xanthorrhizol
81%