1. Explain how each of these systems (sympathetic /
parasympathetic) affect each of the following:
A. heart rate
B. blood pressure
C. digestive muscles
D. digestive glands
E. adrenal medulla
F. blood vessels to skeletal muscles
G. blood vessels to respiratory system
H. blood vessels to digestive organs
I. blood vessels to skin.
A. heart rate
Sympathetic: increases heart rate and force of contraction
Parasympathetic: decreases heart rate
B. blood pressure
Sympathetic: Increases blood pressure
parasympathetic: decreases blood pressure
C. digestive muscles
sympathetic: decreases activity of digestive muscles
parasympathetic: increases activity of digestive muscles
D. digestive glands
sympathetic: decreases activity of digestive glands
parasympathetic: increases activity of digestive glands
E. adrenal medulla
sympathetic: stimulates medulla cells to secrete epinephrine and norepinephrine
parasympathetic: no effect
F. blood vessels to skeletal muscles
sympathetic: increased blood flow to the skeletal muscles
parasympathetic: decreased blood flow to the skeletal muscles
G. blood vessels to respiratory system
sympathetic: decreased blood flow
parasympathetic: increased blood flow
H. blood vessels to digestive organs
sympathetic: decreased blood flow to digestive organs
parasympathetic : increased blood flow to digestive organs
I. blood vessels to skin.
sympathetic: decreased blood flow to skin
parasympathetic: increased blood flow to skin
1. Explain how each of these systems (sympathetic / parasympathetic) affect each of the following: A....
5. Which nerves contain parasympathetic neurons? 6. Which nerves contain sympathetic neurons? 2. What kinds of cells make up the adrenal medulla? 3. What is the entire point of the sympathetic response? 4. Which division of the ANS raises blood sugar and oxygen? 5. Which division of the ANS promote mucus secretion and iris constriction? 6. How can norepinephrine dilate some blood vessels and constrict others? 1. How can imagine a stress state? 2. What does the parasympathetic nervous system...
Ted's heart rate is increasing; his respiratory rate is increasing, and his blood pressure is increasing. His digestive activity is slowing. More of his blood is now flowing to his brain and skeletal muscles, and less to his digestive organs. These changes are occurring because neurons of the ________ division of his ANS have increased their activity: Group of answer choices afferent parasympathetic sympathetic somatic
in No Monics from both sympathetic and parasympathetic systems release receptors on the postsynaptic cell. "organs receive dual antagonistic innervation (true/false). s with axons leaving the craniosacral division are (parasympathetic/sympathetic). tiger has a escaped the cage and is coming toward you. The vessels to the gut would Cell bodies with axons leaving 10. (vasodilate/vasocontrict). Adrenergic receptors receive the neurotransmitter - Beta receptors found in the heart receive the neurotransmitter neurotransmitter binds, heart rate will increase/decrease) because When this
1.Compare and contrast the actions of the parasympathetic and sympathetic divisions of the autonomic nervous system. Explain how the sympathetic and parasympathetic nervous systems regulate the heart, digestive tract, respiratory tract, reproductive tracts, arteries, salivary and sweat glands, and portions of the eye. 2. Describe the nurse’s role in the pharmacologic management of patients receiving drugs affecting the parasympathetic nervous system. Identify which drugs would be used for paralytic ileus, GERD, and irritable bowel syndrome and explain the mechanism of...
Sympathetic Effect Parasympathetic Effect Organ Function Secretion of saliva from salivary glands Activity (motility) of digestive tract Secretion of enzymes from pancreas Contraction of gall bladder Urine output from kidneys Contraction of urinary bladder Release of hormones from adrenal medulla Secretion of sweat Contraction of arrector pili muscles Breakdown of fats in adipose tissue Erection of penis/clitoris Ejaculation/contraction of penis/vagina To learn more about some of the characteristic differences between the sympathetic (S) and parasympathetic (PS) divisions of the ANS,...
From the list below, click on all of the actions mediated by the sympathetic nervous system, including epinephrine secreted by the adrenal medulla, during stress. Decreased retention of water and Nat within the body via increased urine output Increased uptake and storage of glucose (glycogenesis) to stock up on an energy supply for later use Diversion of blood from viscera to skeletal muscles by means of vasoconstriction in the former beds and vasodilation in the latter Increased blood flow to...
15-23 15) The sympathetic and parasympathetic nervous systems differ A) one has a two-neuron chain from the CNS to the effector organs, while the other has a singe 15) efferent neuron. B) in the body location of their ganglia C) in that the pre-ganglionar neuron of one systen is inside the CNS, while that of the other system is outside the CNS D) one has only myelinated axons, while the other only has unmyelinated axons 16) Collections of nerve cell...
Can you please help me to find Possible test questions? Course Here.com Test #4 " Autonomic Nervous System Overview of the Autonomic Nervous System (ANSH Maior Functions: maintain optimal muscle in order to maintain homeostatic state within the body Aalso is inv performance of visceral organs, glands, smooth muscle, and cardiac not under conscious control: regulates heart rate, blood pressure, MOST "effectors" (organs & tissues regulated) are visceral- r function, and secretions emperaturs smooth musele contraction, glandula most are not...
Read each description below regarding the divisions of the autonomic nervous system. Then click and drag each into the appropria category based on whether it describes the parasympathetic or sympathetic division Active during physical Associated with reduced energy expenditure Maintains blood pressure Decreases the frequency of impulses initiated by the sinoatrial node of the heart Stress Releases norepinephrine to the heart Increases the amount of air entering the alveoli of the lungs Stimulates the smooth muscles of the digestive tract...
Neural Tissue. Post lab Art-labeling Activity: An Overview of the Nervous System ( 707 невелнер Afferent division Central nervous system Visceral sensory receptors Somatic nervous system Peripheral nervous system Efferent division Somatic sensory receptors provide sensation muscles, uits, skin Skeletal Special sensory receptors and hearing poon sense and touch, pressure, pa and temperature Parasympathetic division Autonomic nervous system (monitor internal organs, including those of cardiovascula respiratory digestive, urinary and reproductive systems) SENSORY RECEPTORS Pawan