Physiologically - Globe Thesis

Keyword [Physiologically] Result: 1 - 20 \| Page: 1 of 3
1.	Extraordinary Accumulations Of Physiologically Active Compounds In Ammopiptanthus Mongolicus (Maxim.) And Tetraena Mongolica (Maxim.) Zygophyllaceae And Their Interferences On Aging Processes
2.	Study On Metabolic Treatment Of L - Tetrahydropalmatine In Vitro And In
3.	Virginiamycin New Class Of Antibiotic X-435-c To Produce Bacteria X-435 Polyphasic Studies And Co-culture In The Screening Of Microorganisms Physiologically Active Substances
4.	Development And Application Of Physiologically Based Pharmacokinetics Models
5.	Experimental Research On The Protection Effect Of Artificial Oxygen Enriched Environment Against Hypoxia Of Emergent Entering High Altitude
6.	Two Brown Algae Polyphenols Physiologically Active Research
7.	Benzene Occupational Health Risk Assessment Methods And Applied Research
8.	High Throughput Screening For Drug Distribution In Vivo
9.	Application Of Physiologically Based Pharmacokinetic Models For Assessing The Disposition Of Promethazine In Simulated Weightless Rats
10.	A Physiologically Based Model And Parallel Simulation For Retinal Outer Plexiform Layer
11.	Study Of The Correlation Of Dissolution And Pharmacokinetics Of Telmisartan Tablets And The Effect Of The Gastric PH On The Pharmacokietics
12.	Design Research Of Dietary Advisonry System Based On Physiologically Recuperate
13.	Prediction And Verification Of The Pharmacokinetics Of Methotrexate In Children Based On Physiologically Based Modeling
14.	Prediction Of Structure, Exposure, Dose About The Series Of Coumarin Compounds Based On The PBPK Model
15.	The Construction And Validation Of Physiologically Based Toxicokinetic Model For Silver Nanoparticles
16.	A Physiologically Based Toxicokinetic/Toxicodynamic(PBTK/TD) Model Of Immature Rats Following The Oral Exposure To Chlorpyrifos
17.	The Study Of Physiologically Based Toxicokinetic And Toxicodynamic Model Following Subcutaneous Exposure To Chlorpyrifos
18.	The Study Of The Oil-spilling Mechanism In Fructus Lycii Based On The Changes Of Biological Activities During The Storage
19.	Intestinal Absorption Study Of Baicalein Based On Traditional Chinese Medicine Biopharmaceutics Classification System And PBPK Model
20.	Physiologically Based Modeling For IVIVC And Formulation Development Of BCS Class Ⅱ Drugs
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