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Which of the following is NOT a correct statement? (Check all that apply) Cargos moving on microtubules and towards the MTOC are bound to kinesins. Cargos moving towards the plus end of microtubules are bound to kinesins. Cargos moving towards the minus end of microtubules are bound to dyneins. The waving of flagella is caused by a bending movement of its microtubules. During cellular crawling, the cell attaches to the substrate via hemidesmosomes. During cellular crawling, lamellipodia form at the migration front. The motor protein associated with cilia microtubules is nexin. Microtubule-based movements are driven by kinesins and myosins. Myosins carry cargos towards the plus end of microtubules. In a thick myosin filament, the globular domains of myosin molecules face away. from the center. Motility only involves the movement of a cell through the environment. Muscle contraction is caused by myosin-driven sliding of actin filaments.

Which of the following is NOT a correct statement? (Check all that apply) Cargos moving on microtubules and towards the MTOC are bound to kinesins. Cargos moving towards the plus end of microtubules are bound to kinesins. Cargos moving towards the minus end of microtubules are bound to dyneins. The waving of flagella is caused by a bending movement of its microtubules. During cellular crawling, the cell attaches to the substrate via hemidesmosomes. During cellular crawling, lamellipodia form at the migration front. The motor protein associated with cilia microtubules is nexin. Microtubule-based movements are driven by kinesins and myosins. Myosins carry cargos towards the plus end of microtubules. In a thick myosin filament, the globular domains of myosin molecules face away. from the center. Motility only involves the movement of a cell through the environment. Muscle contraction is caused by myosin-driven sliding of actin filaments.

Human Anatomy & Physiology (11th Edition)
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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Which of the following is NOT a correct statement? (Check all that apply) Cargos moving on microtubules and towards the MTOC are bound to kinesins. Cargos moving towards the plus end of microtubules are bound to kinesins. Cargos moving towards the minus end of microtubules are bound to dyneins. The waving of flagella is caused by a bending movement of its microtubules. During cellular crawling, the cell attaches to the substrate via hemidesmosomes. During cellular crawling, lamellipodia form at the migration front. The motor protein associated with cilia microtubules is nexin. Microtubule-based movements are driven by kinesins and myosins. Myosins carry cargos towards the plus end of microtubules. In a thick myosin filament, the globular domains of myosin molecules face away from the center. Motility only involves the movement of a cell through the environment. Muscle contraction is caused by myosin-driven sliding of actin filaments.
Transcribed Image Text:Which of the following is NOT a correct statement? (Check all that apply) Cargos moving on microtubules and towards the MTOC are bound to kinesins. Cargos moving towards the plus end of microtubules are bound to kinesins. Cargos moving towards the minus end of microtubules are bound to dyneins. The waving of flagella is caused by a bending movement of its microtubules. During cellular crawling, the cell attaches to the substrate via hemidesmosomes. During cellular crawling, lamellipodia form at the migration front. The motor protein associated with cilia microtubules is nexin. Microtubule-based movements are driven by kinesins and myosins. Myosins carry cargos towards the plus end of microtubules. In a thick myosin filament, the globular domains of myosin molecules face away from the center. Motility only involves the movement of a cell through the environment. Muscle contraction is caused by myosin-driven sliding of actin filaments.
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