front 1 DIFFERENTIATE BETWEEN INTEROCEPTORS AND EXTEROCEPTORS RELATIVE TO LOCATION AND STIMULUS SOURCE | back 1 INTEROCEPTOR:RESPONDS TO STIMULI ARISING FROM WITHIN THE BODY.
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front 2 BACKING INTO A SUN-HEATED IRON RAILING | back 2 EXTEROCEPTOR; PAIN RECEPTOR |
front 3 SOMEONE STEPS ON YOUR FOOT | back 3 EXTEROCEPTOR; PAIN RECEPTOR |
front 4 READING A BOOK | back 4 EXTEROCEPTOR; PHOTORECEPTORS |
front 5 LEANING ON YOUR ELBOWS | back 5 EXTEROCEPTOR AND INTEROCEPTOR; PACINIAN CORPUSCLES AND PROPRIOCEPTOR |
front 6 DOING SIT-UPS | back 6 INTEROCEPTOR; PROPRIOCEPTORS |
front 7 THE "TOO FULL" SENSATION | back 7 INTEROCEPTORS; VISCERAL (STRETCH) RECEPTORS |
front 8 SEASICKNESS | back 8 EXTEROCEPTOR; EQUILIBRIUM APPARATUS OF THE INNER EAR |
front 9 EXPLAIN HOW THE SENSORY RECEPTORS ACT AS TRANSDUCERS | back 9 THE CHANGE ENVIRONMENTAL STIMULI INTO AFFERENT NERVE IMPULSES. |
front 10 DEFINE STIMULUS | back 10 A STIMULUS IS ANYTHING THAT CAN TRIGGER A RESPONSE (ACTION POTENTIAL) |
front 11 WHAT WAS DEMONSTRATED BY THE TWO-POINT DISCRIMINATION TEST? | back 11 THE DEMONSTRATION IS TESTING TOUCH RECEPTORS, AND HOW THEY ARE DISTRIBUTED IN DIFFERENT AREAS OF THE BODY. |
front 12 HOW WELL DID YOUR RESULTS CORRESPOND TO YOUR PREDICTIONS? | back 12 MY PREDICTIONS WERE WAY OFF; THE SPACE (DISTANCE) BETWEEN THE TOUCH RECEPTORS WERE GREATER THAN EXPECTED. |
front 13 WHAT IS THE RELATIONSHIP BETWEEN THE ACCURACY OF THE SUBJECT'S TACTILE LOCALIZATION AND THE RESULTS OF THE TWO-POINT DISCRIMINATION TEST? | back 13 THE DISTANCE OF BOTH WERE NOT CLOSELY SIMILAR |
front 14 Ok, so you’re using my notecards which is great. I am glad I could help you out cause I wish I had someone to help me out when I took this course. I know Anatomy is super hard. | back 14 I only ask that if you find these notecards helpful, you join Easy Notecards and create at least one notecard set to help others out. It can be for any subject or class. Thanks and don’t forget to rate my helpfulness! |
front 15 DEFINE PUNCTATE DISTRIBUTION | back 15 THE CLUSTERING AT CERTAIN POINTS OF SENSORY RECEPTORS, THEY ARE NOT DISTRIBUTED UNIFORMLY |
front 16 WHICH CUTANEOUS RECEPTORS ARE THE MOST NUMEROUS? | back 16 PAIN RECEPTORS |
front 17 WHICH TWO BODY AREAS TESTED WERE MOST SENSATIVE TO TOUCH? | back 17 LIPS, FINGERTIPS |
front 18 WHICH TWO BODY AREAS TESTED WERE LEAST SENSATIVE TO TOUCH? | back 18 VENTRAL FOREARM, BACK OF NECK |
front 19 WHICH APPEAR TO BE MORE NUMEROUS - RECEPTORS THAT RESPOND TO COLD OR TO HEAT? | back 19 COLD |
front 20 WHERE WOULD REFERRED PAIN APPEAR IF THE FOLLOWING ORGANS WERE RECEIVING PAINFUL STIMULI - GALLBLADDER, KIDNEYS, AND APPENDIX? | back 20 GALLBLADDER: RIGHT INFERIOR THORAX
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front 21 WHERE WAS REFERRED PAIN FELT WHEN THE ELBOW WAS IMMERSED IN ICE WATER DURING THE LABORATORY EXPERIMENT? | back 21 UPPER ARM (MEDIAL) |
front 22 WHAT REGION OF THE CEREBRUM INTERPRETS THE KIND AND INTENSITY OF STIMULI THAT CAUSE CUTANEOUS SENSATIONS? | back 22 SOMATOSENSORY AREA |
front 23 DEFINE ADAPTATION OF SENSORY RECEPTORS | back 23 WHEN THE RECEPTOR DISCHARGE SLOWS AND CONSCIOUS AWARENESS OF THE STIMULUS DECLINES OR IS LOST UNTIL SOME TYPE OF STIMULUS CHANGE OCCURS |
front 24 WHY IS IT ADVANTAGEOUS TO HAVE PAIN RECEPTORS THAT ARE SENSITIVE TO ALL VIGOROUS STIMULI, WHETHER HEAT, COLD, OR PRESSURE? | back 24 TO WARN YOU QUICKLY OF HARM OR DANGERS THAT ARE HAPPENING TO YOUR BODY. |
front 25 WHY IS THE NONADAPTABILITY OF PAIN RECEPTORS IMPORTANT? | back 25 IF WE COULD ADAPT TO PAIN EASILY WE WOULD NOT RECOGNIZE CONTINUED CONDITIONS THAT COULD EFFECT US. AND PAIN IS ALSO THE ONLY SENSATION THAT IS CONSIDERED A SYMPTOM SO IT IS HELPFUL. |
front 26 IMAGINE YOURSELF WITHOUT ANY CUTANEOUS SENSE ORGANS. WHY MIGHT THIS BE VERY DANGEROUS? | back 26 BECAUSE YOU WILL NOT KNOW IF YOU ARE IN DANGER. IF YOU CUT YOURSELF BAD YOU COULD GET AN INFECTION, OR YOU COULD DIE WITHOUT EVEN BEING ABLE TO DETECT IT, PROTECT YOURSELF, OR GET MEDICAL CARE IN TIME. |
front 27 DEFINE REFERRED PAIN | back 27 THE PHENOMENON OF PAIN PERCEIVED AT A SITE ADJACENT TO OR AT A DISTANCE FROM THE SITE OF AN INJURED ORGAN. |
front 28 WHAT IS THE PROBABLE EXPLANATION FOR REFERRED PAIN? | back 28 "REFERRED PAIN HAPPENS WHEN NERVE FIBERS FROM REGIONS OF HIGH SENSORY INPUT AND NERVE FIBERS FROM REGIONS OF NORMALLY LOW SENSORY INPUT HAPPEN TO CONVERGE ON THE SAME LEVELS OF THE SPINAL CORD."
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