Structured evidence table for Electrolyte Supplementation Endurance Randomized Trial, generated from 2 reusable source documents in the Migaku knowledge base.
| topic | claim | evidence level | citation | source |
|---|---|---|---|---|
| Electrolyte Supplementation Endurance Randomized Trial | Results Calcium was associated with lower heart rates 45 min after starting the infusion (P = .002). | 2 | Fielding CL (2023) | Effects of calcium supplementation to resuscitation fluids in endurance horses: A randomized, blinded, clinical trial. |
| Electrolyte Supplementation Endurance Randomized Trial | An increase in plasma phosphorus concentration (P = .03) was associated with calcium administration. | 2 | Fielding CL (2023) | Effects of calcium supplementation to resuscitation fluids in endurance horses: A randomized, blinded, clinical trial. |
| Electrolyte Supplementation Endurance Randomized Trial | Background The addition of calcium to resuscitation fluids is a common practice in horses, but studies evaluating the effects of calcium supplementation are limited. | 2 | Fielding CL (2023) | Effects of calcium supplementation to resuscitation fluids in endurance horses: A randomized, blinded, clinical trial. |
| Electrolyte Supplementation Endurance Randomized Trial | In healthy horses, decreases in heart rate and changes in serum electrolyte concentrations have been reported. | 2 | Fielding CL (2023) | Effects of calcium supplementation to resuscitation fluids in endurance horses: A randomized, blinded, clinical trial. |
| Electrolyte Supplementation Endurance Randomized Trial | Recent evidence also suggests improvements in cognitive performance during exercise, including focus and reaction time, especially with exogenous ketone esters []. | 3 | Siri Morvarid (2025) | The science of ketogenic supplements for athletes: boosting endurance, efficiency, and energy metabolism |
| Electrolyte Supplementation Endurance Randomized Trial | In addition, it critically examines the available evidence on the long-term safety of these supplements in athletic populations, highlighting both their advantages and limitations. | 3 | Siri Morvarid (2025) | The science of ketogenic supplements for athletes: boosting endurance, efficiency, and energy metabolism |
| Electrolyte Supplementation Endurance Randomized Trial | Recent findings also suggest that exogenous ketones support redox balance and reduce oxidative stress, contributing to improved endurance efficiency and faster post-exercise recovery. | 3 | Siri Morvarid (2025) | The science of ketogenic supplements for athletes: boosting endurance, efficiency, and energy metabolism |
| Electrolyte Supplementation Endurance Randomized Trial | 1 2 3 Use of supplements to enhance sporting performance is presently common among sportsmen and women, as well as sport enthusiasts []. | 3 | Siri Morvarid (2025) | The science of ketogenic supplements for athletes: boosting endurance, efficiency, and energy metabolism |
Source documents