University:
Binghamton University
Course:
BIOL 313 | Cellular Neurobiology
Academic year:

2023
Views:

487

Pages:

4
Author:

Charlee Buchanan

1. Part A Motor innervation to the stomach is classified as 'l s Sure | \\'\o\-o? l I ! S~?<1*V"Sfal 1 l 1'>~\m?. J [1 PMQNMP is 'in ,u 11 O somatic sensory O somatic motor • o visceral motor visceral sensory 2. Part A Drag the appropriate labels to their respective targets. .r l Qe*n%0'f'j WWW* Motor output I w Integration \NQQH¢ Sensory input mo 1-oro U 1 p~+ 3. Part A Drag the appropriate labels to their respective targets. C-cv\\'* c».\ \7e~¢l\QY\er0~\ 1 Ney Vouch et of \ IL l 1 '~J\¢*'6 Y Sen s o r `j (A(lF¢_ren-D C €¢F-even-\'\ I Parasympathetic division 1 I r K J Somalia: ssnsuwy jibes 1 So m a\-1 C., Skin 1 L Visoelat sensory' fiber system (CNS) Stomach Skclcnal mumble l 'l Malt# fiber of somatic neivous Bfribam 1 .lllllllllll Motor (efferent) division l {\of»bnofv" J Sympathetic division Central nervous * ,I $"\MQQWQMC Somatic nervous system J l MODIHZEIS DOG? systems during auliviiy '\».. . I Sympathetic may.: fiber QI ANS slaw Fundlnn Parasympalncruc motor 1'rl:icr OFANS "l -- Muir qa'Hareml uhnslnn m FNS. r 4. Part A O . . includes motor innervation of smooth muscle, cardiac muscle, and glands includes general senses of pressure, pain, vibration, and temperature in body wall and limbs O stimulates contraction of skeletal muscles O includes sensation of nausea and hunger Heart Po.YO~ . sq m Qa'l'lr\e\'lC Promotes hon heaping Fund during rest I h. Sensory qarlererM wan Ill PNS The somatic sensory division of the PNS "c, 1 Bla: 5. Part A Which of the following is not considered a special somatic sense? . pain O equilibrium O smell O taste 6. Part A Drag the appropriate labels to their respective targets. it Chromatophilic subs | ,I Axrvf e.\\ \<>°é .g§~.~»» ~>§'y anvler Axon wa. so\OS\'C)N\£ L SC\~»0 n ce\\S "it~f=5»1_ r '{Y\\ no'S | als s dl {oem\€V 7. Part A Drag the appropriate labels to their respective targets. -SssH'-iiai£ ve' 0 v'\ Impulse direction Receptive region ><\~°~*<\° ' ®¢% z '(1$,{Q c,€Y\ 1',§¥\ Secretory region Impulse generating and conducting region '| \m?0\S£ J II Biosynthetic center and receptive region 1 I e.ne1a\'\N Jmev law* trec\*i°y\ 4 cw\&vcl'\y\5 Y <°i\0V\ -&c¥€*<°"l5 <@<°° 8. Part A The typical and most common type of synapse is Pvhoéevmdvi \-{ Q. 9. Part A Which factors contribute to increasing the speed of nerve impulse transmission? O nodes of Ranvier and a smaller diameter axon larger diameter of axon and the presence of myelin sheath O increased concentration of potassium outside the neuron O the number of mitochondria in the axon terminals and how many microtubules are present within the axon 10. PartA What is the function of Nissl (chromatophilic) bodies? 0 O They continually renew cell membranes and proteins of the cytosol. They continually change the permeability of the axon to sodium or potassium. They are the primary organelles generating a nerve impulse. O They play a significant role in nerve transmission along the axon. 11. PartA All of the following functions are attributed to astrocytes EXCEPT O sensing when neurons are releasing glutamate O production of brain-derived trophic factor O synapse formation in developing neural tissue • O propagation of calcium signals that may be involved in interpreting emotions maintenance of ion concentration around neurons and the uptake of glucose from nearby capillaries 12. PartA . o\O~'/ neurons are rare neurons, but are located in the retina and in the olfactory mucosa.