Pharmacology, Toxicology and Pharmaceutical Science
Excipient
100%
Tablet
95%
Xanthan Gum
56%
Manihot Esculenta
51%
Dosage Forms
46%
Chitosan
44%
Drug Release
35%
Andrographolide
34%
Glycyrrhetinic Acid Phospholipid Complex
34%
Gum Arabic
34%
Grape
34%
Transdermal Delivery
34%
Amylose
29%
Zeta Potential
27%
Transdermal
27%
Phthalic Acid
27%
Luteolin
25%
Momordica Charantia
25%
Sustained Release
22%
Drug Delivery System
22%
Powder Formulation
22%
Diclofenac
21%
Povidone
21%
Inulin
20%
Trehalose
20%
Controlled Release
19%
Arbutin
17%
Hyaluronic Acid
17%
Nutraceutical
17%
Lactic Acid
17%
Maltodextrin
17%
Microemulsion
17%
Rifampicin
17%
Vegetable Oil
17%
Succinic Acid
17%
Centella asiatica
17%
Solid Lipid Nanoparticle
17%
Pirfenidone
17%
Ethyl Cellulose
15%
Hydration
15%
Cosmetic
14%
IC50
14%
Centella Asiatica Extract
12%
Bioavailability
12%
Alginic Acid
12%
Cosmetics
11%
Gamma Urogastrone
11%
Nicotinamide
11%
Microsphere
11%
Macrogol
10%
Keyphrases
Co-processed Excipients
54%
Cassava Starch
51%
In Vitro Skin Penetration
51%
Xanthan Gum
48%
Transfersomes
44%
Penetration Testing
40%
Entrapment Efficiency
36%
Vitis Vinifera
34%
Phytosomes
34%
Cross-linked
34%
Andrographolide
34%
Transdermal Delivery
33%
Chitosan
32%
Amylose
30%
Pre-gelatinized
27%
Particle Size
27%
Acacia Gum
25%
Luteolin
25%
Starch Phthalate
25%
Emulgel
25%
Momordica Charantia
25%
Sustained-release Tablets
23%
Microcapsules
23%
Zeta Potential
21%
Ethosomes
21%
Tablet Formulation
20%
Insulin
19%
Ethyl Cellulose
19%
Dosage Forms
19%
Bitter Melon
19%
Coating Polymers
18%
Implantable Devices
18%
Physicochemical Properties
18%
Microencapsulation
18%
Drug Release
17%
Enteric-coated Tablet
17%
Fruit Fractions
17%
Multiple Emulsions
17%
α-Arbutin
17%
Polyion Complex
17%
Rifampicin
17%
Fast Disintegrating Tablets
17%
Sodium Hyaluronate
17%
Leaf Extract
17%
Response Surface Methodology
17%
Nanostructured Lipid Carriers
17%
Nutraceuticals
17%
Floating Tablets
17%
Maltodextrin
17%
Lactic Acid
17%