Drug protein - Globe Thesis

Keyword [Drug protein] Result: 1 - 20 \| Page: 1 of 2
1.	HPCE And HPLC Methods For Studying Drug-protein Binding
2.	NMR Studies On The Low-Affinity Binding Of Drugs To Protein
3.	Preparation Of Self-aggregated Nanoparticles Of Cholesterol-bearing Chitosan Derivatives And The Primary Study On Using Them As The Novel Carriers Of Drugs
4.	Study On The Interaction Between Active Components From Traditional Chinese Medicine And Serum Albumin And On Its Influences On The Binding Of Pharmaceuticals
5.	Studies On Antitussive Effect And The Pharmacodyamic Material Basis From Verbena Officinalis L.
6.	In Vivo And Real Time Investigation Of Pharmacokinetics Of Pharmaceuticals By Capillary Electrophoresis
7.	Study On Fluorescence Analytical Methods For Estazolam And Trifluoperazine Hydrochloride Pharmaceuticals
8.	The Application Of Affinity Capillary Electrophoresis (ACE) In Drug-Protein Interaction Research
9.	Studies On Quality Control And Pharmacokinetics Of Traditional Chinese Medicine Verbena Officinalis L.
10.	Surface Plasmon Resonance Detection For Drug / Protein Interactions And Dna Amplification
11.	Liquid-phase Microextraction For The Determination Of The Chinese Medicine Furanocoumarins Composition Analysis And Drug Protein Binding Parameters
12.	Ds-simultaneous Study Multi-component Chinese Herbal Medicine With Bovine Serum Albumin
13.	Hepatoprotective Mechinism Of Phillygenin From The Flowers Of Osmanthus Fragrans
14.	Coupling On-line Microdialysis Sampling With The Electrogenerated Chemiluminescence Sensor For Studying Drug Protein Interactions
15.	Drug - A New Method For Determination Of Protein Binding Constant Research
16.	Research On The Virtual Screening Of Drug Protein Based On The Machine Learning
17.	Rational Design,Synthesis And Biological Evaluation Of HDAC-based Dual-target Inhibitors
18.	The Preparation,Characterization And Properties Of Co-Substutited Nano-Hydroxyapatite
19.	Deep Belief Network-based Drug-target Interaction Prediction
20.	Study Of Drug-protein Relationships With Attention-based Deep Models
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