Table 1.
Benefits | Subject | Outline of Effects | References |
---|---|---|---|
Antioxidant Effects | IBD model rats | ROS↓, antioxidant defense↑ | [6] |
Stress model rats | ROS↓, antioxidant defense↑ | [17] | |
In vitro | ROS↓ | [42,43,46,47,48,52] | |
Gastric injury model rats | Lipid peroxidation↓ | [50] | |
In vitro | Ethanol-induced cytotoxicity↓ | [53] | |
End-stage renal disease patients | Antioxidant defense↑ | [54] | |
Neuropathic pain model mouse | Antioxidant defense↑ | [8] | |
Inflammatory pain model mouse | Antioxidant defense↑ | [5] | |
Anti-inflammatory Effects | IBD model rats | Inflammatory cell infiltration↓, | [6] |
Proinflammatory cytokines↓ | |||
Atopic dermatitis model mouse | Chemokine↓, cytokines↓ | [15] | |
Infiltration of mast cells↓ | |||
Stress model rats | Proinflammatory cytokines↓ | [17] | |
Gastric injury model rats | Proinflammatory cytokines↓ | [7,50] | |
Neuroinflammation model mouse/In vitro | Proinflammatory cytokines↓ | [51] | |
Anti-inflammatory cytokines↑ | |||
Microglial activation↓ | |||
End-stage renal disease patients | Inflammatory markers↓ | [54] | |
Inflammatory pain model mouse | Inflammatory mediator↓ | [5] | |
Analgesic Effects | IBD model rats | Abdominal pain↓ | [6] |
Neuropathic pain model mouse | Allodynia and hyperalgesia↓ | [8] | |
Inflammatory pain model mouse | Mechanical allodynia↓, Thermal hyperalgesia↓ | [5] | |
Other Effects | |||
Anti-fatigue effect | Neuroinflammation model | Sickness behavior↓, recovery↑ | [51] |
Anti-apoptotic effect | Gastric injury model rats | Epithelial cell apoptosis↓ | [7] |
In vitro | Neuronal cell apoptosis↓ | [52] | |
Neuropathic pain model mouse | Cellular death marker↓ | [8] | |
Anti-diabetic effect | Type 2 diabetes patients | Lactate↓ | [11] |
Anti-tumor effect | In vitro | Tumor growth and invasion↓ | [46] |
Tumor cell transformation↓ | [47] |
EHW: Electrolyzed Hydrogen Water; IBD: Inflammatory Bowel Disease; ROS: Reactive Oxygen Species.