( blood lactate (millimale/liter) start A Exercise с - oxygen supplemented mater blood lactate (mm/liter) Which of the following best describes the results of the experiment? Recovery The mean blood lactate concentration during exercise (left) and recovery (right) 9 12 15 18 21 24 27 30 -axygen-supplemented water regular mater Oxygen supplemented water has a more significant effect on the removal of blood lac tate during the early recovery period than in the later recovery period. Oxygen supplemented water has a less significant effect on the accumulation of blood lactate than its removal. Oxygen supplemented water has a more significant effect on the accumulation of blood lactate than its removal. Oxygen supplemented water has a more significant effect on the accumulation of blood lactate in the early exercise period than in the later exercise period.
( blood lactate (millimale/liter) start A Exercise с - oxygen supplemented mater blood lactate (mm/liter) Which of the following best describes the results of the experiment? Recovery The mean blood lactate concentration during exercise (left) and recovery (right) 9 12 15 18 21 24 27 30 -axygen-supplemented water regular mater Oxygen supplemented water has a more significant effect on the removal of blood lac tate during the early recovery period than in the later recovery period. Oxygen supplemented water has a less significant effect on the accumulation of blood lactate than its removal. Oxygen supplemented water has a more significant effect on the accumulation of blood lactate than its removal. Oxygen supplemented water has a more significant effect on the accumulation of blood lactate in the early exercise period than in the later exercise period.
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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![Blood lactate is a biochemical by-product that is produced during high-intensity exercise
due to insufficient oxygen intake. Commercially available drinks advertised as oxygen sup-
plements claim to increase exercise performance and decrease the postexercise recovery
period by decreasing the accumulation and accelerating the removal of blood lactate.
To test this claim, researchers conducted a controlled experiment to compare the concen-
tration of blood lactate during exercise and during recovery between two participant
groups, one that ingested oxygen-supplemented water and another that ingested regular
water.
(
blood lactate (mmol/liter)
C
A
B
start
с
Exercise
D
middle
-o-oxygen-supplemented water
--regular water
finish
blood lactate (millimole/liter)
b
N
The mean blood lactate concentration during exercise (left) and recovery (right)
Which of the following best describes the results of the experiment?
Recovery
3 6 9 12 15 18 21 24 27 30
time (mins)
--oxygen-supplemented water
regular water
Oxygen-supplemented water has a more significant effect on the removal of blood lac-
tate during the early recovery period than in the later recovery period.
Oxygen-supplemented water has a less significant effect on the accumulation of blood
lactate than its removal.
Oxygen-supplemented water has a more significant effect on the accumulation of blood
lactate than its removal.
Oxygen-supplemented water has a more significant effect on the accumulation of blood
lactate in the early exercise period than in the later exercise period.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F95b555fe-c61f-4380-ac77-d5f60f2cc03d%2F6567f4dc-61d1-4ff0-affe-2c814af1871b%2F20nd9no_processed.png&w=3840&q=75)
Transcribed Image Text:Blood lactate is a biochemical by-product that is produced during high-intensity exercise
due to insufficient oxygen intake. Commercially available drinks advertised as oxygen sup-
plements claim to increase exercise performance and decrease the postexercise recovery
period by decreasing the accumulation and accelerating the removal of blood lactate.
To test this claim, researchers conducted a controlled experiment to compare the concen-
tration of blood lactate during exercise and during recovery between two participant
groups, one that ingested oxygen-supplemented water and another that ingested regular
water.
(
blood lactate (mmol/liter)
C
A
B
start
с
Exercise
D
middle
-o-oxygen-supplemented water
--regular water
finish
blood lactate (millimole/liter)
b
N
The mean blood lactate concentration during exercise (left) and recovery (right)
Which of the following best describes the results of the experiment?
Recovery
3 6 9 12 15 18 21 24 27 30
time (mins)
--oxygen-supplemented water
regular water
Oxygen-supplemented water has a more significant effect on the removal of blood lac-
tate during the early recovery period than in the later recovery period.
Oxygen-supplemented water has a less significant effect on the accumulation of blood
lactate than its removal.
Oxygen-supplemented water has a more significant effect on the accumulation of blood
lactate than its removal.
Oxygen-supplemented water has a more significant effect on the accumulation of blood
lactate in the early exercise period than in the later exercise period.
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