The motor neurons carry impulses from the central nervous system to the muscles. These impulses may be generated autonomically (instinctively) or through voluntary control by the brain.
Receive stimulatory impulses to contract and inhibitory impulses to stop contraction from the neuromuscular junction. This contraction is carried out by Ca2+, ATP and the actin and myosin proteins in the cells, forming a sarcomere. By contracting and relaxing as a syncytium, the leg muscle can control the joint(s) it crosses and produce movement.
Nerves transmit impulses from the brain to glands. This communication pathway enables the brain to control the release of hormones that regulate various bodily functions.
The group that receives no treatment in an experiment is called the control group. This group is used as a point of comparison to evaluate the effects of the treatment applied to the experimental group.
The brain is the organ that sends signals and impulses throughout the body. It processes information received from sensory organs and coordinates responses by transmitting electrical signals via neurons. This complex network allows the brain to control various functions, including movement, cognition, and emotion. Additionally, the spinal cord acts as a critical pathway for these signals between the brain and the rest of the body.
The structure that receives output from the control center in a feedback system is typically the effector. The effector is responsible for carrying out the response dictated by the control center to maintain homeostasis or achieve the desired outcome.
The motor neurons carry impulses from the central nervous system to the muscles. These impulses may be generated autonomically (instinctively) or through voluntary control by the brain.
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Electrical impulses of the brain are the nervous impulses that the nervous system uses to control body functions. These impulses may be relayed within the brain, or may be carried to the peripheral nervous system.
Ascending impulses refer to nerve signals traveling towards the brain, carrying sensory information from the body. Descending impulses, on the other hand, refer to nerve signals traveling from the brain down the spinal cord to control motor functions and movement in the body.
Receive stimulatory impulses to contract and inhibitory impulses to stop contraction from the neuromuscular junction. This contraction is carried out by Ca2+, ATP and the actin and myosin proteins in the cells, forming a sarcomere. By contracting and relaxing as a syncytium, the leg muscle can control the joint(s) it crosses and produce movement.
the nervous tissue
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Receive stimulatory impulses to contract and inhibitory impulses to stop contraction from the neuromuscular junction. This contraction is carried out by Ca2+, ATP and the actin and myosin proteins in the cells, forming a sarcomere. By contracting and relaxing as a syncytium, the leg muscle can control the joint(s) it crosses and produce movement.
Muscle cells contract and relax in response to nerve impulses, causing movement. The human body has three types of muscle cells. Skeletal muscle cells control movement of bones, such as our arms and legs.
the control.
A nerve cell carrying impulses from the brain to the eyelids is typically a motor neuron, specifically a somatic motor neuron, which controls voluntary movements. In contrast, a nerve cell transmitting impulses to the heart is part of the autonomic nervous system, specifically a sympathetic or parasympathetic neuron, which regulates involuntary functions. The structure, neurotransmitter types, and pathways of these neurons differ, reflecting their distinct roles in motor control and autonomic regulation.