Luke started a training program at the beginning of the summer.For the first week, he jogged 1 mile. Each week after that, he increasedthe distance he jogged by about 0.5 mile and increased his speed. At theend of 2 months, he was able to jog 4.5 miles each day at a faster pacethan he had been able to jog at the beginning of the summer. Duringthe 2-month period, the muscle cells in his heart and his legs increasedin size. Identify a critical membrane-bound organelle that increased innumber and made it possible for Luke to run the longer distance. Also,explain how these organelles increased in number, and describe thelocation of the genetic code for the proteins in the organelles.
Luke started a training program at the beginning of the summer.For the first week, he jogged 1 mile. Each week after that, he increasedthe distance he jogged by about 0.5 mile and increased his speed. At theend of 2 months, he was able to jog 4.5 miles each day at a faster pacethan he had been able to jog at the beginning of the summer. Duringthe 2-month period, the muscle cells in his heart and his legs increasedin size. Identify a critical membrane-bound organelle that increased innumber and made it possible for Luke to run the longer distance. Also,explain how these organelles increased in number, and describe thelocation of the genetic code for the proteins in the organelles.
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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Luke started a training program at the beginning of the summer.
For the first week, he jogged 1 mile. Each week after that, he increased
the distance he jogged by about 0.5 mile and increased his speed. At the
end of 2 months, he was able to jog 4.5 miles each day at a faster pace
than he had been able to jog at the beginning of the summer. During
the 2-month period, the muscle cells in his heart and his legs increased
in size. Identify a critical membrane-bound organelle that increased in
number and made it possible for Luke to run the longer distance. Also,
explain how these organelles increased in number, and describe the
location of the genetic code for the proteins in the organelles.
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