The discussions reflect a positive outlook on the article's findings, with comments like "increases plasma nitrite" and references to dose-response relationships, demonstrating curiosity and some technical engagement. The tone ranges from supportive to analytical, emphasizing the potential benefits and challenges involved in the research.
AgreementModerate agreement
Most discussions acknowledge support for the idea that beetroot juice influences exercise performance and cardiovascular health, referencing previous research and mechanisms.
InterestHigh interest
There is high curiosity about the physiological effects and applications, with mentions of technical challenges and potential health benefits indicating strong engagement.
EngagementModerate engagement
Posts include technical details about nitrate levels, pharmacokinetics, and specific research methods, showing some participants are deeply analyzing the study.
ImpactModerate impact
These discussions could influence exercise and health practices, especially in sports and nutrition, but the overall reach seems limited to interested groups.
Abstract in brief
The study found that drinking beetroot juice with different nitrate levels increases plasma nitrite and can reduce the oxygen cost and extend exercise time during moderate-intensity exercise, with higher doses (140 and 280 ml) showing more significant effects.
Plasma nitrite peaked about 2-3 hours after ingestion, but only moderate doses improved exercise capacity; higher doses did not provide additional benefits.
These results suggest that there is a dose-dependent effect of beetroot juice on physiological responses, but consuming more nitrate beyond a certain point does not further enhance exercise performance or health benefits.]
Ther milestone paper https://t.co/KspzY97HVW with characteristics the plasma NO3- and NO2- pharmacokinetics after #beetrootjuice supplementation was written by @wylie_lee24, @DrPhilipSkiba, @Jeukendrup, @vanhatilator, @AndyBeetroot, and others. #SportsNutrition https://t.co/bdWeLukOrx
Jan 1, 2019 · 12 likes · 3 shares · 917 followersView post →
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DerfelTheMighty
@DerfelTheMighty · X
#Wylie2013
https://t.co/DNuArHxSdV
Oct 1, 2022 · 10 likes · 1,167 followersView post →
BC
Brett Singer MS,RD,CSSD
@BSinger10 · X
Beetroot juice and exercise: pharmacodynamic and dose-response relationships https://t.co/m4dS72vwzH
Dec 14, 2019 · 5 likes · 2,806 followersView post →
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@thatprincesong · X
@easycators @AinterShow @deepfates Dietary supplementation with beetroot juice (BR), containing approximately 5-8 mmol inorganic nitrate (NO3(-)), increases plasma nitrite concentration ([NO2(-)]), reduces blood pressure, and may positively influence the physiological responses to exercise.
https://t.co/rRP8QSLW1S
Nov 10, 2024 · 4 likes · 1,757 followersView post →
AJ
Andrew Jones
@AndyBeetroot · X
@domhenri56 We did this in blood (and also saliva and urine) a long time ago but making the same measurements in muscle has been more technically challenging.
https://t.co/ZemAujxGwC
Feb 10, 2022 · 3 likes · 28,812 followersView post →
ML
Mario Rey de Landáburu
@rdlnutricion · X
Se ha demostrado que la ingesta tanto aguda (2,5 h antes
del ejercicio) como crónica (7-14 días) aumenta la concentración de NITRATO en plasma y esto a su vez aumenta la capacidad de producción de ÓXIDO NÍTRICO (ON) en el organismo. https://t.co/NNycdxeY2M
https://t.co/h6OgtoR3cv
Boost your leg strength and prevent muscle weakness with these 6 powerful foods. Your legs are the first to weaken as you age, but the right nutrition can keep them strong and healthy. This video reveals the best foods…
This video discusses how beetroot juice with varying nitrate levels affects exercise outcomes. It highlights that moderate doses increase plasma nitrite and improve exercise capacity, while higher doses do not offer…
@easycators @AinterShow @deepfates Dietary supplementation with beetroot juice (BR), containing approximately 5-8 mmol inorganic nitrate (NO3(-)), increases plasma nitrite concentration ([NO2(-)]), reduces blood pressure, and may positively influence the physiological responses to exercise.
https://t.co/rRP8QSLW1S
Nov 10, 2024 · 4 likes · 1,757 followersView post →
D
DerfelTheMighty
@DerfelTheMighty · X
#Wylie2013
https://t.co/DNuArHxSdV
Oct 1, 2022 · 10 likes · 1,167 followersView post →
AJ
Andrew Jones
@AndyBeetroot · X
@domhenri56 We did this in blood (and also saliva and urine) a long time ago but making the same measurements in muscle has been more technically challenging.
https://t.co/ZemAujxGwC
Feb 10, 2022 · 3 likes · 28,812 followersView post →
ML
Mario Rey de Landáburu
@rdlnutricion · X
Se ha demostrado que la ingesta tanto aguda (2,5 h antes
del ejercicio) como crónica (7-14 días) aumenta la concentración de NITRATO en plasma y esto a su vez aumenta la capacidad de producción de ÓXIDO NÍTRICO (ON) en el organismo. https://t.co/NNycdxeY2M
https://t.co/h6OgtoR3cv
Jugo de remolacha y ejercicio: relaciones farmacodinámicas y dosis-respuesta.
https://t.co/z9bmgF5FS0
Oct 14, 2020 · 1 like · 1 share · 519 followersView post →
BC
Brett Singer MS,RD,CSSD
@BSinger10 · X
Beetroot juice and exercise: pharmacodynamic and dose-response relationships https://t.co/m4dS72vwzH
Dec 14, 2019 · 5 likes · 2,806 followersView post →
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==| HWPO |==
@Project886 · X
Started today with beetroot, 200ml a day for improved restance against severe excersise read the following #EXTENSIVE #crossfit #supplements
Beetroot juice and exercise: pharmacodynamic and dose-response relationships | Journal of Applied Physiology https://t.co/ckhbEEA0xD
Ther milestone paper https://t.co/KspzY97HVW with characteristics the plasma NO3- and NO2- pharmacokinetics after #beetrootjuice supplementation was written by @wylie_lee24, @DrPhilipSkiba, @Jeukendrup, @vanhatilator, @AndyBeetroot, and others. #SportsNutrition https://t.co/bdWeLukOrx
Jan 1, 2019 · 12 likes · 3 shares · 917 followersView post →
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The milestone paper https://www.physiology. org/doi/full/10.1152/japplphysiol.00372.2013 with characteristics the plasma NO3- and NO2- pharmacokinetics after # ...
Óxido Nítrico en Fisiología Del Ejercicio | PDF | Muscle Contraction ...
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doi:10.1152/japplphysiol. 00372.2013. Tiidus, P. M., Tupling, A. R., and Houston, M. E. (2012). Biochemistry primer for exercise science. Champaign, IL ...
Wylie Et Al. 2013. Beetroot and Exercise | PDF | Nitric Oxide ...
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J Appl Physiol 115: 325336, 2013. First published May 2, 2013; doi:10.1152/japplphysiol.00372.2013. 8750-7587/13 Copyright 2013 the American Physiological ...
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