Oxygen Cost During Walking in Individuals With Stroke: Hemiparesis Versus Cerebellar Ataxia

Useless, no solution. So how do you increase the oxygen carrying capacity? 

Maybe this?

Chronic cannabis users have higher cerebral blood flow and extract more oxygen from brain blood flow than nonusers.

Or this?

Sesquiterpenes, a natural compound found in essential oils of Vetiver, Patchouli, Cedarwood, Sandalwood and Frankincense, can increase levels of oxygen in the brain by up to 28 percent 

Or maybe beet juice?

 The study showed that beet juice with high amounts of nitrate made the blood vessels relax and return to normal function

Or this?

How to Improve Your Brain Function with An Oxygen Concentrator April 2018 

Or this?

University of Glasgow Study Demonstrates the Ability of Oxycyte® to Supply Oxygen to Critical Penumbral Tissue in Acute Ischemic Stroke  August 2012

Or this? having red blood cells release more oxygen.

Methylene blue shows promise for improving short-term memory

 

 

The latest here:

Oxygen Cost During Walking in Individuals With Stroke: Hemiparesis Versus Cerebellar Atax/ia

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Maxence Compagnat, Jean-Christophe Daviet, Charles Batcho, ...

First Published February 24, 2020 Research Article

https://doi.org/10.1177/1545968320907076

Article information

Abstract

Background.
Understanding the factors that limit mobility in stroke patients is fundamental for proposing appropriate rehabilitation strategies. A high oxygen cost during walking (Cw) has a strong impact on the community ambulation of hemiparetic patients. The Cw in poststroke cerebellar ataxia is poorly evaluated, unlike hemiparetic gait.  
Objective.
To compare the oxygen cost/self-selected walking speed (S) relationship in stroke individuals with cerebellar ataxia or hemiparetic gait.  
Methods.
Thirty-three subjects were included (14 cerebellar stroke, 19 hemispheric stroke), with stroke confirmed by brain imaging and able to walk without human assistance. We measured Cw using the Metamax3B. The relationship between Cw and self-selected walking speed was modelled by logistic regression and then compared between the cerebellar and hemispheric groups.  
Results.
No significant difference was found between the 2 groups for all characteristics of the population, except motor impairments, spasticity, and ataxia (P < .01). We identified 2 separate Cw/S relationships with different logistic regression equations for the 2 groups. Faster than 0.4 m s⁻¹, Cw was 30.6% to 39.9% higher in patients with cerebellar stroke in comparison with hemispheric stroke individuals. The Cw was correlated with ataxia (r = 0.88; P < .001) in the cerebellar group, whereas there was a correlation with motor impairments (r = −0.61; P < .01), spasticity (r = 0.59; P < .01), and ataxia (r = 0.81; P < .01) in hemispheric stroke individuals.  
Conclusion.
 The Cw in poststroke cerebellar ataxia is significantly higher compared with hemiparetic patients at an equivalent walking speed. The impact on community walking needs to be explored in stroke survivors with cerebellar stroke.