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Keyword [xanthine oxidase]
Result: 81 - 100 | Page: 5 of 8
81. Effect And Mechanism Of Probiotics On Serum Uric Acid Levels In Mice With Hyperuricemia
82. Study On The Inhibition Mechanism Of Chrysin And Genistein Towards Xanthine Oxidase And Structure-activity Relationship
83. The Effects Of Febuxostat On VSMC Proliferation And Migration In Mouse
84. Xanthine Oxidase Related Oxidative Stress And Diabetic Atrial Remodeling
85. Screening Inhibitors Of Xanthine Oxidase, Lipoxygenase, Cyclooxygenase And Antitumor Activity In Vitro
86. Anti-gout Traditional Chinese Medicine Compound Screening And Its Effect Of XOD,ADA Expression In Hyperuricemia Mice
87. Hyperuricemia Prevalence And Genetic Susceptibility Of Young Han Males At An Altitude Of 4520m
88. The Value Of Xanthine Oxidase Diagnosis In Patients With Chronic Systolic Heart Failure,and Its Relationship With Bnp And Troponin T
89. Study On Active Components From Polygonum Cuspidatum On Antihyperuricemia
90. Studies On The Chemical Components Of Ilex Latifolia Thunb. And Its Interaction With Proteins
91. Effects Of Danxi Gout Decoction On Reducing The Activity Of XOD And Uricase In Liver Tissue Of Rats With Hrperuricemia
92. Screening Of 86 Medicinal Plants Against Type 2 Diabetes With Hyperuricemia Capsule
93. Reducing Blood Uric Acid Activity Of Common Foods Based On Their Inhibiting Xanthine Oxidase Activity
94. Anti- Hyperuricemia Consitituents Based On The Targets Of Xanthine Oxidase In Clinopodium Chinensis And Rabdosia Excise
95. Biling Tongfeng Decoction Experimental Study On The Treatment Of Hyperuricemia
96. The Effects Of Acupuncture On Yu, Yuan And Acupoints On SUA, XOD And ALP In Rats With Hyperuricemia
97. Old Drug,New Application:Hypouricaemic Action And Mechanism Of Olsalazine Sodium
98. Genetic Susceptibility And Drug Reorientation Study Of Psychiatric Disorders And Neurological Disease
99. Xanthine Oxidase Inhibitor Allopurinol Improves Oxidative Stress-Mediated Atrial Remodeling In Animal Models Of Diabetes
100. Study On Chemical Constituents Of Dipterocarpus Alatus And The Mechanism By Which Its Main Compounds Alleviate Hyperuricemia
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