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Keyword [Ketogenic Diet]
Result: 61 - 78 | Page: 4 of 4
61.
Protective Effect Of Ketogenic Diet On Myelin Sheath Induced By Cuprizone-induced Demyelination In Mouse Model And The Preparation Of Ketogenic Emulsion
62.
Effect Of Modified Ketogenic Diet On Radiosensitivity Of LLC Tumor-bearing Mice
63.
Experimental Study Of Ketogenic Diet In Reducing Diffuse Axonal Injury
64.
Effects Of Ketogenic Diet On Vascular Remodeling And Metabolism In Spontaneously Hypertensive Rats
65.
Ketogenic Diet Enhances Neuroplasticity After Stroke By Modifying Intestinal Flora
66.
Ketogenic Diet And β-hydroxybutyrate Alleviates Renal Fibrosis By Enhancing Fatty Acid Oxidation Through The Free Fatty Acid Receptor 3 Pathway
67.
The Tumor Inhibitory Effect And Synergistic Effect With Radiotherapy Of Ketogenic Diet With Calorie Restriction On Lung Cancer And Its Mechanisms
68.
Investigation Of The Mechanism Of MiR-330-5p Alleviating Pilocarpine-induced Seizures In Mice By Targeting TLR4
69.
Effects Of Preoperative Ketogenic Diet On Early Inflammation,Glucose And Lipid Metabolism After Sleeve Gastrectomy In Mice
70.
Efficacy Of Modified Ketogenic Diet For Cognitive Impairment In Refractory Epileptic Co-morbidities
71.
Clinical Efficacy Of Ketogenic Diet Management Combined With Acupuncture Point Embedding On Obese PCOS
72.
Efficacy And Safety Of Ketogenic Diet In The Treatment Of Developmental Epileptic Encephalopathy In Infants
73.
The Efficacy And Safety Of Low Glycemic Index Diet On The Treatment Of Autism Spectrum Disorders
74.
Effect Of Ketogenic Diet Therapy On Serum Lipid Levels In Children With Drug-resistant Epilepsy
75.
Changes Of Intestinal Flora And Serum Metabolites In Patients With Traumatic Brain Injury
76.
Effects Of Ketogenic Diet On Renal Lipid Dysregulation In Mice With Diabetic Kidney Disease
77.
Mechanism Of Ketogenic Diet Down-regulating CDK1 Expression And Promoting Osteoclast Formation By Activating Bcl-3/NF-κB/p65 Signaling
78.
Ketogenic Diet Regulates Uch-L1(C) To Improve Brain Energy Metabolism And Cognitive Function In AD Mice
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