I posted this on another person's post about portable lactate analyzers, but I realized that I probably should start a new post rather than hi-jack their post (by accident).
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Recently, I advised two of my elite runners to purchase the BSX Insight lactate sleeve to test lactate threshold in a noninvasive manner. The sleeve goes over the calf muscle and measures the average oxygen consumption and correlates it to lab supported lactate tests. I am trying to understand the SmO2 portion of the BSX.
My goal is to relate SmO2 data from daily workouts to lactate readings, about which I am more familiar. Presently, it's not been easy for me to find information that connects the two data domains; and the owners/engineers of BSX are keeping their algorithm that converts SmO2 data a trade secrets, for obvious financial reasons. Yet, I need to put the SmO2 data concept to work; I need to make reasonably good decisions about what the data means as I adjust training for my athletes.
As a request, please share any insights, advice, or speculation about how to connect the SmO2 data to lactate parameters. Moreover, please offer suggestions about how to gather, assess, and analyze SmO2 data for the purpose of improving the precision of training runners. (Even if someone has tested, monitored, or guided the performance of cyclists or other endurance athletes in the lab or field, please share insights about the experience.
Thank you very much, and take care,
Tom
Most accurate and reliable portable lactate monitor? - ResearchGate. Available from: https://www.researchgate.net/post/Most_accurate_and_reliable_portable_lactate_monitor?tpr_view=WHrOrIVxRiHevC1B1vEbOJKfhBZhgUHguGfj_2#57a2156c217e2096b97a9062 [accessed Aug 3, 2016].