BIO 235 -The movements permitted at the shoulder joint
Subject: Biology / General Biology
Question
Name the type of joint, and list the movements permitted at the shoulder joint. Under each movement’s name, list the names of the muscles responsible for each of these movements along with descriptions of their bone insertion.
What are EPSPs and IPSPs, and how are they produced? Explain how these electrical currents are used in spatial and temporal summation to initiate or inhibit the generation of an action potential.
Match the items in column A with the descriptions in column B to create the BEST MATCHES.
Items in column A can be used only once when making matches to column B. There is only one correct answer for each blank space.
Column A
Column B
?1. pia mater
?2. denticulate ligaments
?3. epidural space
?4. dura mater
?5. arachnoid mater
?6. tract
?7. nucleus
?8. horn
?9. nerve
10. ganglion
11. endoneurium
12. meningeal branch
13. ventral ramus
14. rami communicantes
15. dorsal ramus
16. tendon reflex
17. cranial reflex
18. spinal reflex
19. autonomic reflex
20. contralateral reflex
21. polysynaptic reflex
22. crossed extensor reflex
23. ipsilateral reflex
24. monosynaptic reflex
25. patellar reflex
26. stretch reflex
27. Babinski sign
28. spinothalamic tract
29. vestibulospinal tract
30. corticospinal tract
31. posterior columns
_______ branch of spinal nerve serving vertebrae; vertebral ligaments and blood vessels of the spinal cord
_______ a group of axons with common functions within the spinal cord (or brain)
_______ responsible for transmitting nerve impulses for sensing crude touch
_______ a group of cell bodies found outside the spinal cord (or brain)
_______ branch of spinal nerve serving anterior trunk and extremities
_______ composed of collagen and fine elastic fibers; highly vascular
_______ connective tissue coverings of axons within spinal nerves
_______ coordinate movements with visual stimuli
_______ extension of the leg at the knee joint in response to tapping the patellar ligament
_______ extensions of pia mater; suspend spinal cord within vertebral canal
_______ plantar flexion of the foot in response to tapping the calcaneal tendon
_______ responsible for transmitting nerve impulses for proprioception
_______ region of gray matter in the spinal cord
_______ reflex allowing you to maintain balance when you withdraw lower limb from a painful stimulus
_______ reflex arc with more than one synapse in the CNS
_______ reflex causing muscle relaxation so that tendons will not be torn
_______ reflex in which sensory impulses enter one side of the spinal cord and motor impulses exit on the opposite side
_______ general term used for a reflex with the integration center in the brain stem
_______ space just superficial to dura mater; some anesthetics are injected into this area
_______ general term used for a reflex with integration center in the gray matter of spinal cord
Describe how the central nervous system is protected from injury. List the components of a spinal reflex arc. Describe the function of each component.
Outline the differences between a special sensory, motor and mixed cranial nerve, and briefly describe the functions of each sensory component of the cranial nerve.
Complete the following sentences by filling in the blanks with the correct terms or phrases.
The _______ nervous system regulates involuntary actions such as _______ muscle contraction.
Increased _______ by the sympathetic division of the autonomic nervous system generally _______ heart rate.
The first motor neuron in any autonomic motor _______ is called a _______ neuron.
The _______ division of the autonomic nervous system is also called the craniosacral division because the cell bodies of its neurons are located in the brain stem and _______ region of the spinal cord.
Parasympathetic _______ fibers arise from the cranial and _______ areas of the CNS.
Most sympathetic postganglionic fibers secrete the neurotransmitter _______, whereas parasympathetic postganglionic fibers secrete the neurotransmitter _______.
In _______ syndrome, the cause for lack of sympathetic _______ to one side of the face is located in the superior cervical ganglion.
The _______ parasympathetic outflow comprises preganglionic axons that extend from the _______ in cranial nerves III, VII, IX or X.
_______ neurons release acetylcholine; they are found in the _______ and autonomic nervous systems.
Nicotinic receptors bind_______, which always has a(n) _______ effect at these receptors.
Excitation of _______ receptors results in increased cardiac output, elevated blood pressure and _______ breakdown of fatty acids.
The balance between _______ and _______ activity is called autonomic tone.
The _______ controls the balance between sympathetic and _______ activity.
Activation of the _______ division causes a set of responses designed to protect the body from a real or perceived threat. Collectively, these responses are called the _______ response.
Parasympathetic activation allows the body to process ingested food and conserve_______. The parasympathetic response is sometimes called the _______ response.
EEG records _______ waves in awake infants, and _______ waves appear during stress in children.
The distal _______ of an autonomic sensory neuron is a _______.
The posterior and _______ parts of the hypothalamus control the _______ division of the autonomic nervous system.
The anterior and medial parts of the _______ control the _______ division of the autonomic nervous system.
The sympathetic _______ consist of one row on each side of the vertebral column for the sites of synapses between sympathetic preganglionic and postganglionic neurons; prevertebral _______ innervate organs below the diaphragm.
Match the items in column A with the descriptions in column B.
Items in column A can be used only once when making matches to column B. There is only one correct answer for each blank space.
Column A
Column B
?1. adenosine
?2. anterolateral pathway
?3. caffeine
?4. chemoreceptor
?5. consciousness
?6. visceral senses
?7. thermoreceptor
?8. encapsulated nerve endings
?9. exteroceptors
10. free nerve endings
11. general senses
12. immediate memory
13. interoceptors
14. joint kinesthetic receptors
15. kinesthesia
16. lemniscus (medial) pathway
17. learning
18. long-term memory
19. mechanoreceptor
20. medial lemniscus
21. memory consolidation
22. muscle spindles
23. nociceptor
24. NREM sleep
25. photoreceptor
26. posterior column
27. proprioception
28. proprioceptors
29. REM sleep
30. alpha motor neurons
31. sensory modality
32. short-term memory
33. somatic senses
34. special senses
35. tendon organs
_______ formed by 1st order neurons carrying impulses for touch, pressure, conscious proprioception, and vibration
_______ conduct impulses for conscious proprioception from the limbs, trunk ascend to the cerebral cortex
_______ conducts impulses for pain and temperature from neck, and posterior head ascend to the cerebral cortex
_______ detect tension on tendons; prevent tendon and muscle damage
_______ measure muscle length; prevent excessive stretching of muscle fibers
_______ receptors found in articular capsule; help limit strain on a joint
_______ receptor found in retina; detects light
_______ receptor that monitors the stretching of internal organs
_______ receptor found in the hypothalamus; detects chemicals in the nose
_______ reinforcement of a memory due to frequent recall of information
_______ allows you to remember how to ride a bike even though you haven’t done so in years
_______ type of memory students who cram for five minutes before an exam depend upon
_______ receptors located at body surface; detect changes in external environment
_______ receptors located in viscera, detect changes in internal environment
_______ dendrite enclosed by connective tissue covering; found in lamellated corpuscles
_______ 4 stages; controlled by hypothalamus, medulla oblongata and basal forebrain;
_______ increased levels may be stimulus to sleep
_______ state of wakefulness resulting from activation of cerebral cortex by RAS
_______ include somatic and visceral senses
_______ include vision, hearing, balance, taste and smell
Define and describe the relationship between sensation and perception. Explain the relationship between smell and taste, and describe how they are sensed and perceived.
Describe the major events involved in image formation on the retina, and list in the correct order the components of the eye that light passes through on its way to the retina. Describe the specific consequences of any abnormality or malfunctioning of each of these components.
List the names of the hypothalamic hormones that regulate the secretion of pituitary hormones. Describe how these hypothalamic hormones are delivered to the pituitary gland and describe the effects of these hypothalamic hormones. In addition, describe how the activities of the posterior pituitary gland are regulated by the hypothalamus.