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HBOT, IMMUNE SYSTEM, VASCULAR HEALTH, MUSCLE HEALTH, BRAIN, cognition,…
HBOT
HIF upregulation
NOS expression is increased
improved endothelial functioning
higher expression of antiviral peptides
higher neutrophil and monocyte phagocytosis
Nrf-2 activation
repair/removal of degradated proteins
activation of antioxidant activity
improved detoxification
increase in EGF and VEGF
wound healing boost
increase in angiogenesis
increase in NO
Iincrease in Nrf2
increase in endothelin 1
lower exercise-induced inflammatory responses
alleviated muscle damage
humanin elevation
neuroprotection
increased oxygen levels in blood and tissue
oxidative stress
DNA damage
metabolic disturbances
endothelial dysfunction
increase in TNF-alpha
increase in MMP-9
increase in TIMP-1
improves working memory
neurological and cognitive improvements
reduced oxidative stress
reduced inflammation
reduced neuronal apoptosis
increased neurogenesis
increased cerebral blood flow
improved sleep
improved multitasking performance score
transfer of mitochondria from astrocytes to neuronal cells, making the latter more resilient to neuroinflammation
increased neuronal cell proliferation
improved mitochondrial metabolism
IMMUNE SYSTEM
VASCULAR HEALTH
MUSCLE HEALTH
BRAIN
cognition
MITOCHONDRIAL BIOGENESIS
?
CARDIOVASCULAR