X C Fu
Overview
Explore the profile of X C Fu including associated specialties, affiliations and a list of published articles.
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Articles
27
Citations
93
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Recent Articles
1.
Tu M, Li J, Fu X, Wang X, Zhang J, Wang W, et al.
Zhonghua Yi Xue Za Zhi
. 2019 Oct;
99(38):3005-3007.
PMID: 31607033
To investigate the therapeutic effects of first phase renal puncture and drainage guided by B ultrasound and second phase percutaneous nephrolithotomy(PCNL) in the treatment of urinary calculi complicated with pyonephrosis....
2.
Wang Y, Fu X, Zheng Z, Huang C, Yuan K, Ye Q, et al.
Zhonghua Yi Xue Za Zhi
. 2018 Jul;
98(26):2083-2087.
PMID: 30032505
To investigate the relationship between intake volume of carbohydrates solution (CHO) and gastric emptying time in termed parturient, thus to optimize fasting time before anesthesia. This study was a prospective...
3.
Fu X, Wang G, Gao J, Zhan S, Liang W
Pharmazie
. 2007 Mar;
62(2):157-8.
PMID: 17341040
An artificial neural network model is developed to predict the fraction of cephalosporins bound to plasma proteins (f(b)) from their molecular structural parameters. These molecular structural parameters are the molecular...
4.
Ding B, Fu X, Liang W
Pharmazie
. 2006 May;
61(4):298-300.
PMID: 16649541
One long-standing approach for improving transdermal drug delivery is using penetration enhancers which reversibly decrease the skin barrier resistance. Though the skin permeation enhancement effect of chemical penetration enhancers has...
5.
Fu X, Chen C, Wang G, Liang W, Yu Q
Pharmazie
. 2005 Oct;
60(9):674-6.
PMID: 16222867
An artificial neural network model is developed to predict percent human intestinal absorption (%FA) of compounds from their molecular structural parameters. These parameters are the polar molecular surface area (PSA),...
6.
Fu X, Song Z, Fu C, Liang W
Pharmazie
. 2005 May;
60(5):354-8.
PMID: 15918585
A simple two-descriptor model to predict blood-brain barrier penetration is derived from a training set of 79 compounds: log BB = - 13.31V2 + 9.601V - 2.231PSA - 0.5290 (n...
7.
Fu X, Wang G, Fu C, Liang W
Pharmazie
. 2004 Oct;
59(9):706-8.
PMID: 15497753
A mathematical model to predict the fraction of water-soluble drug released as a function of release time (t, h), HPMC concentration (CH, w/w), and volume of drug molecule (V, nm3)...
8.
Fu X, Wang G, Wang Y, Liang W
Pharmazie
. 2004 Sep;
59(8):624-6.
PMID: 15378852
A model to predict the fraction of slightly water-soluble drug released as a function of release time (t, h), HPMC concentration (C(H), w/w), drug solubility in distilled water at 37...
9.
Fu X, Wang G, Wang Y, Liang W, Yu Q, Chow M
Pharmazie
. 2004 May;
59(4):282-5.
PMID: 15125573
The Potts and Guy's model for skin permeability, log P = alpha log K - beta MV + delta where P is the permeability coefficient of a compound from aqueous...
10.
Fu X, Wang G, Liang W, Yu Q
Pharmazie
. 2004 Mar;
59(2):126-30.
PMID: 15025181
An artificial neural network model is developed to predict the ratios of the steady-state concentrations of drugs in the brain to those in the blood (log BB) from their molecular...