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elimbs as their principal means of propulsion and their skeletal muscle have very high proportions of oxidative slow twitch (Type I) muscle fibers, with high activity of the anaerobic enzyme CK compared to their other metabolic enzymes despite this. CK activity is low compared with other animals. Their muscle fibers proportion would be an adaptation to consume energy more slowly and their principally anaerobic muscle metabolism would be to use energy production sources faster and cheaper, such as ATP production by CK pathway. This would be a product of their lower field metabolic rate than other nonhibernating mammals as well suspensory lifestyle and this also would to explain their slow speed of movement. Forelimb muscle mass makes up only 5.1 % of total body weight in the brown-throated sloth.
The outer hairs of sloth fur grow in a direction opposite from that of other mammals. In most mammals, hairs grow toward the extremities, but because sloths spend so much time with their limbs above their bodies, their hairs grow away from the extremities to provide protection from the elements while they hang upside down. In most conditions, the fur hosts symbiotic algae, which provide camouflage from predatory jaguars, ocelots, and harpy eagles. Because of the algae, sloth fur is a small ecosystem of its own, hostin
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