Many post-traumatic brain injuries present with significant neurovascular flow changes, which is why our approach of transcranial doppler ultrasound blood-brain barrier imaging of cerebral vessels can help directly visualize and measure perfusion and flow problems non-invasively in many cerebrovascular brain disorders (3a) including traumatic brain injury, stroke, vasospasm, micro-emboli, atherosclerosis, headaches, Alzheimers disease, dementia, and others
Nutrients like choline, methionine, inositol and vitamin B12 may contribute to key processes, such as methylation and one-carbon metabolism, that may influence how the body regulates metabolic activity, cellular energy production and fat transport
In vascular smooth muscle cells, H2S activates ATP-sensitive potassium channels, leading to vasodilation
Patients benefit from rapid relief in mood, increased energy levels, and enhanced neurotransmitter function, with minimal side effects compared to other approaches
This combination is often discussed in wellness and regenerative medicine settings because patients are interested in tissue support, recovery support, mobility, and post-activity recovery
