Podcast
Questions and Answers
What role does the cerebral cortex primarily play in the nervous system's response types?
What role does the cerebral cortex primarily play in the nervous system's response types?
- Mediating reflex actions.
- Coordinating sensory input.
- Controlling voluntary actions. (correct)
- Regulating autonomic functions.
Which component is the control center for autonomic or vegetative responses?
Which component is the control center for autonomic or vegetative responses?
- Spinal cord
- Cerebral cortex
- Hypothalamus (correct)
- Medulla oblongata
In the context of nerve impulse transmission, what is the primary role of the synapse?
In the context of nerve impulse transmission, what is the primary role of the synapse?
- Electrical insulation of nerve fibers.
- Direct electrical transmission between neurons.
- Chemical transmission of signals between neurons. (correct)
- Physical support for nerve fibers.
What is the correct sequence of elements involved in a nervous system response?
What is the correct sequence of elements involved in a nervous system response?
What is the main role of glial cells in nervous tissue?
What is the main role of glial cells in nervous tissue?
Which of the following best describes the role of the medulla oblongata in the nervous system?
Which of the following best describes the role of the medulla oblongata in the nervous system?
What is the key functional difference between the somatic and autonomic nervous systems?
What is the key functional difference between the somatic and autonomic nervous systems?
How do the sympathetic and parasympathetic nervous systems differ in their effects on the body?
How do the sympathetic and parasympathetic nervous systems differ in their effects on the body?
What primarily constitutes the central nervous system (CNS)?
What primarily constitutes the central nervous system (CNS)?
What is the primary function of the relationship function (función de relación)?
What is the primary function of the relationship function (función de relación)?
In a reflex arc, what is the role of the sensory neuron?
In a reflex arc, what is the role of the sensory neuron?
What distinguishes the endocrine system from the nervous system in controlling body functions?
What distinguishes the endocrine system from the nervous system in controlling body functions?
Which of the following diseases is primarily associated with the nervous system?
Which of the following diseases is primarily associated with the nervous system?
Where do the spinal nerves originate in a reflex arc?
Where do the spinal nerves originate in a reflex arc?
Which of the following best describes the function of association neurons (neuronas de asociación) in a reflex arc?
Which of the following best describes the function of association neurons (neuronas de asociación) in a reflex arc?
Which part of the brain is most directly involved in the coordination of voluntary movements?
Which part of the brain is most directly involved in the coordination of voluntary movements?
What is the principal role of motor neurons in the context of a reflex response?
What is the principal role of motor neurons in the context of a reflex response?
What characterizes 'actos voluntarios' (voluntary acts) in terms of neural control?
What characterizes 'actos voluntarios' (voluntary acts) in terms of neural control?
Which neurodegenerative disease primarily affects memory and cognitive functions?
Which neurodegenerative disease primarily affects memory and cognitive functions?
Flashcards
¿Qué es la función de relación?
¿Qué es la función de relación?
The way living beings interact with their environment, detecting changes and responding.
Differences between nervous and endocrine systems
Differences between nervous and endocrine systems
The nervous system uses electrical and chemical signals for rapid communication, while the endocrine system uses hormones for slower, widespread effects.
Neurons vs. Glial cells
Neurons vs. Glial cells
Neurons transmit signals; glial cells support and protect neurons.
Nervous impulse transmission
Nervous impulse transmission
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¿Qué es el sistema nervoso central?
¿Qué es el sistema nervoso central?
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¿Qué es el sistema nervoso periférico?
¿Qué es el sistema nervoso periférico?
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¿Qué es el sistema nervoso somático?
¿Qué es el sistema nervoso somático?
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¿Qué es el sistema nervoso vegetativo/autónomo?
¿Qué es el sistema nervoso vegetativo/autónomo?
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Receptor
Receptor
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SN Periférico (as a pathway)
SN Periférico (as a pathway)
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SN Central (as a pathway)
SN Central (as a pathway)
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Efector
Efector
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Respuesta
Respuesta
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Actos voluntarios
Actos voluntarios
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Actos reflejos
Actos reflejos
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Reflex Arc Components
Reflex Arc Components
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Simpático
Simpático
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Parasimpático
Parasimpático
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¿Qué son las glándulas endocrinas?
¿Qué son las glándulas endocrinas?
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Nervous/Endocrine Diseases
Nervous/Endocrine Diseases
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Study Notes
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Contents relate to the nervous and endocrine systems.
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Function of relation must be defined.
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Differences between the nervous and endocrine systems should be identified.
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Cells constituting nervous tissue, their functions (neurons and glial cells) are important to know.
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Parts of a neuron should be labeled in a drawing.
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Two connected neurons must be drawn, with description of impulse transmission along them (electrical) and in the synapse (chemical).
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Main components of the nervous system are the the central nervous system (brain with its parts, spinal cord with its parts) and peripheral nervous system (nerves and classification).
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The functional distinction between somatic and autonomic nervous systems must be understood.
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Principal functions of different parts of the central nervous system have to be named.
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The seven elements participating in the nervous system's operation have to be identified, differentiated.
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Each element includes: stimulus → receptor → peripheral nervous system → central nervous system → peripheral nervous system → effector → response
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This scheme has to be applied to any voluntary or reflex action of the nervous system.
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Three types of nervous system responses should be distinguished: voluntary acts (cerebral cortex), reflex acts (spinal cord), autonomous or vegetative acts (hypothalamus).
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The controller of each response must be identified.
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Reflex act definition, a representative drawing, including the spinal cord, spinal nerves leaving it with ganglia, sensory and motor neurons (and association, if desired), is required.
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The seven steps of the reflex response should be indicated in a specific case or example.
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The autonomic nervous system needs to be defined, with differentiation of the sympathetic and parasympathetic nervous systems within it.
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Situations in which each acts and at least five responses each provokes should be identified.
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The names and locations of different endocrine glands in the body are important.
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Hormones secreted by each gland and their functions need to be named.
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Some diseases related to the nervous system (Parkinson's, Alzheimer's, stroke, paraplegia) and/or endocrine system (hyper or hypothyroidism, goiter, diabetes, dwarfism) should be known.
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Ways in which the nervous and endocrine systems control functions of the body must be explained with examples.
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