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Keyword [Caffeine]
Result: 81 - 100 | Page: 5 of 8
81. Changes Of Volatiles, Catechins And Caffeine In New Cultivar "Baisang Cha" Over Manufacturing Processes
82. Effect Of Resin Properties On The Absorption Of Caffeine
83. Functionalized Choline Ionic Liquid-polymer Aqueous Two-Phase Systems And Their Separation Performance For Some Phytochemicals
84. Effect Of Chlorogenic Acid And Caffeine On Lipid Metabolism In High-fat Diet-induced Obese Mice
85. The Application Research Of Magnetic Solid Phase Extraction-chromatography Technique In The Analysis Of Food And Environmental Fields
86. Cloning And Expression Of Key Genes For Caffeine Degradation In Paraburkholderia Caffeinilytica CF1
87. Palladium-catalyzed Cross-dehydrogenative-coupling Of Caffeines/uracils Use O2 As The Sole Oxidant
88. Study On Difference Tieguanyin Origin Quality And HPLC Chemical Fingerprint Identity
89. Researches On The Synergy Of EGCG And Caffeine And The Green Tea Infusion Of Hypolipidemic And Anti-obesity Effect And Mechanism
90. Mechanism Of Caffeine Catabolism Under Effect Of Microorganisms From Pu-erh Tea Solid-state Fermentation
91. Synthesis Of Amino Acid Ester Derivatives And Their Percutaneous Permeability Activity
92. Study On The Physiological Characteristics Of Theanine And Caffeine Metabolism In Dahongpao
93. Study On The Factors Affecting The Precipitate Formation Of Catechin And Caffeine
94. Changes Of The Composition In Fermentation Process Of Pu-er Tea And Preparation Of Caffeine
95. Preparations And Properties Of Some Magnetic Molecularly Imprinted Polymers Based On Attapulgite/Fe3O4 Nanoparticles
96. Preparation And Properties Study Of Temperature-Sensitive Molecularly Imprinted Hydrogel
97. A Study On Technology Of Decreasing Caffeine Content In Black Tea And Oolong Tea
98. Development Of Healthy Instant Tea With Rich γ-Aminobutyric Acid (GABA) And Low Caffeine
99. Preparation And Characterization Of Magnetic Surface Molecularly Imprinted Microspheres And Its Utilization On Separation And Analysis For Caffeine
100. Preparation,Characterization And Application Of The New Surface Enhanced Raman Substrate
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