Caco-2 Cell - Globe Thesis

Keyword [Caco-2 Cell] Result: 101 - 120 \| Page: 6 of 8
101.	To Study The Absorption Mechanism In Caco-2 Cell Model And Preliminary Pharmacokinetics Of Major Components Of Pomegranate Peel Polyphenols In Xinjiang
102.	Molecular Mechanism Research On Intervention To Uric Acid Metabolism Of Rhein Based On Intestinal Transporter
103.	Establishment Of Caco-2 Cell Model Of Curcumin Self Emulsifying Drug Delivery System
104.	Construction Of Nano Soybean Meal Based Nutritional Delivery System Of Vitamin B2 And Vitamin B6
105.	Study On The Mechanism Of Promoting Absorption Of Menthol In Caco-2 Cell Model
106.	Study On Preclinical Pharmacokinetics Of Chicoric Acid
107.	The Study Of The Effect Of Pharmaceutical Exicipients On Intestinal Absorption Of Alkaloids Of Corydalis Saxicola
108.	Study On The Absorption And Transport Of Curcumin And Its Analogues Using Caco-2 Cell Monolayers
109.	Study On Quantitative Transport Mechanism Of Puerarin,Berberine Hydrochloride And Paeoniflorin And Influence Of Linear Furans Coumarin On Them In A Caco-2 Cell Model
110.	Study On The Toxicity And Mechanisms Of Absorption And Transportation Of Nanomaterials In Caco-2 Cell Models
111.	Absorption Of Three Monomeric Compounds In Atractylodes L. Based On Caco-2 Cell Model
112.	The Mechanism Of Probiotics To Protect The Barrier Function Of Intestinal Mucosa
113.	Preliminary Study On Biopharmaceutics Classification And Absorption Mechanism Of 9 Kinds Of Saponin Chinese Traditional Medicine Monomers
114.	The Study Of Genistein Root Stilbene Effective Parts And Its Preparation
115.	Study On The Absorption Mechanism And Transport Properties Of Total Glycosides Of Pterocephali Herba Based On Monolayer Model Of Caco-2 Cells
116.	Protective Effect Of Carboxytmethylpachymaran On TNF-a-Induced Damage Of Intestinal Epithelial Barrier In Caco-2 Cell Monolayers
117.	Studies On Nanotechnologies To Improve The Oral Absorption Of Curcumin
118.	Experimental Study Of Berberine Improving Lipopolyccharide-induced Intestinal Mucosal Barrier Damage And Its Possible Mechanisms
119.	The Transport Of Tea Polyphenols In Caco-2 Cell Model
120.	Protective Effect Of Chemical Constituents In Fengliao Changweikang On Intestinal Epithelial Model
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