Survey
* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
Download AP150 REFLEX ASSIGNMENT-
Document related concepts
Transcript
AP150 REFLEX ASSIGNMENT Fill in the blanks so that the explanation below correctly describes the route an electrical impulse (Action Potential) would take in the WITHDRAWAL/FLEXOR REFLEX INVOLVING A PAINFUL STIMULUS ON THE SOLE OF YOUR FOOT. Use the word bank to help you. A _________________________(receptor) is stimulated causing the formation of an electrical impulse on a ________________ (neuron) within the __________________(nerve), the neuron then carries the impulse through the ___________________ (plexus) and a ______________ before passing through a ________________ and finally a ____________ to the spinal cord. The neuron enters the spinal cord at the _____________________ and synapses with a _________________ (neuron) that then synapses with a _____________________ (neuron) in the _________________ of the spinal cord. This neuron then carries the electrical impulse from the spinal cord through a ____________________ to a _______________ and a __________________ and the _________________________ (plexus) before moving through the ____________________ (nerve) to form a neuromuscular junction with the _____________________ (muscle or muscle group) resulting in _____________________ (type of movement) Flexion of the knee Radial nerve Sensory neuron Extension of the knee Median nerve Motor neuron Dorsiflexion Lumbar plexus interneuron Plantar flexion Sacral plexus Spinal nerve Flexion of the forearm Brachial plexus Posterior root Extension of the forearm Anterior horn Anterior root Anterior ramus Posterior horn quadriceps Posterior ramus Lateral horn hamstrings Sciatic nerve Nociceptor Femoral nerve Mechnorecptor/stretch receptor AP150 REFLEX ASSIGNMENT Fill in the blanks so that the explanation below correctly describes the route an electrical impulse (Action Potential) would take in the WITHDRAWAL/FLEXOR REFLEX INVOLVING A PAINFUL STIMULUS ON THETIP OF YOUR INDEX FINGER (2ND PHALANX). Use the word bank to help you. A _________________________(receptor) is stimulated causing the formation of an electrical impulse on a ________________ (neuron) within the __________________(nerve) the neuron then carries the impulse through the ___________________ (plexus) and a ______________ before passing through a ________________ and finally a ____________ to the spinal cord. The neuron enters the spinal cord at the _____________________ and synapses with a _________________ (neuron) that then synapses with a _____________________ (neuron) in the _________________ of the spinal cord. The neuron then carries the electrical impulse from the spinal cord through a ____________________ to a _______________ and a __________________ and a _____________________ (plexus) before moving through the musculocutaneous nerve to form a neuromuscular junction with the _____________________ (muscle or muscle group) resulting in _____________________ (type of movement). Flexion of the knee Radial nerve interneuron Extension of the knee Median nerve Sensory neuron Dorsiflexion Lumbar plexus Motor neuron Plantar flexion Sacral plexus Spinal nerve Flexion of the forearm Brachial plexus Posterior root Extension of the forearm Anterior horn Anterior root Anterior ramus Posterior horn Brachialis Posterior ramus Lateral horn Triceps brachii Sciatic nerve Nociceptor Femoral nerve Mechnorecptor/stretch receptor AP150 REFLEX ASSIGNMENT--EXAMPLE Fill in the blanks so that the explanation below correctly describes the route an electrical impulse (Action Potential) would take in the STRETCH/EXTENSOR REFLEX INVOLVING A STIMULUS ON THE PATELAR LIGAMENT. Use the word bank to help you. A _______________(receptor) is stimulated causing the formation of an electrical impulse on a ________________ (neuron) within the __________________(nerve) the neuron then carries the impulse through the ___________________ (plexus) and a ______________ before passing through a ________________ and finally a ____________ to the spinal cord. The neuron enters the spinal cord at the _____________________ and synapses with a _________________ (neuron) in the _________________ of the spinal cord. The second neuron then carries the electrical impulse of the spinal cord through a ____________________ to a _______________ and a __________________ and then the ______________ plexus before moving through the ______________________ (nerve) to form a neuromuscular junction with the _____________________ (muscle or muscle group) resulting in _____________________ (type of movement). Flexion of the knee Radial nerve Sensory neuron Extension of the knee Median nerve Motor neuron Dorsiflexion Lumbar plexus Spinal nerve Plantar flexion Sacral plexus Posterior root Flexion of the forearm Brachial plexus Anterior root Extension of the forearm Anterior horn gastrocnemius Anterior ramus Posterior horn quadriceps Posterior ramus Lateral horn hamstrings Sciatic nerve Nociceptor Femoral nerve Mechnorecptor/stretch receptor AP150 REFLEX ASSIGNMENT Fill in the blanks so that the explanation below correctly describes the route an electrical impulse (Action Potential) would take in the STRETCH/EXTENSOR REFLEX INVOLVING A STIMULUS ON THE ACHILLES TENDON. Use the word bank to help you. A _________________________(receptor) is stimulated causing the formation of an electrical impulse on a ________________ (neuron) within the __________________(nerve) the neuron then carries the impulse through the ___________________ (plexus) and a ______________ before passing through a ________________ and finally a ____________ to the spinal cord. The neuron enters the spinal cord at the _____________________ and synapses with a _________________ (neuron) in the _________________ of the spinal cord. The second neuron then carries the electrical impulse out of the spinal cord through a ____________________ to a _______________ and a __________________ and then the ______________________ plexus before moving through the ______________________ (nerve) to form a neuromuscular junction with the _____________________ (muscle or muscle group) resulting in _____________________ (type of movement). Flexion of the knee Radial nerve Extension of the knee Median nerve Dorsiflexion Lumbar plexus Plantar flexion Sacral plexus Flexion of the forearm Brachial plexus Extension of the forearm Anterior horn Anterior ramus Posterior horn Posterior ramus Lateral horn Sciatic nerve Nociceptor Femoral nerve Mechnorecptor/stretch receptor Sensory neuron Motor neuron Spinal nerve Posterior root Anterior root Tibialis anterior gastrocnemius Interneuron
