Palate and Lymph Nodes Flashcards

1
Q

Identify the the indicated spaces

A
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2
Q

Identify the different mucosa of the palate

A
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3
Q

What two structures form the hard palate?

A

Palatine process of maxilla

horizontal plate of palatine

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4
Q

What two features are indicated by the numbers 1 and 2

A
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5
Q

What features of the hard palate are indicated by numbers 3, 4, & 5?

A
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6
Q

What feature is indicated by the number 6

A

Palatine canal

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7
Q

What are the hard palate features indicated by 7, 8, & 9?

A
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8
Q

How does the soft palate change anterior to posterior?

What structures are continuous with the soft palate?

A

Thins posteriorly

continuous with har palate anteriorly and with the oral cavity / pharynx lateral

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9
Q

How does the soft palate move?

What functions does this help the palate do?

A

Valve (flap) that can be depressed or elevated

breathing, swallowing, and phonation

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10
Q

What is the name for the condition where there is a split in the palate due to the palate’s failure to close?

How frequent is it?

What are the different types?

A

Cleft palate

1/2,500

Type: uvula, soft palate, softe & hard palate; palates, alveolar, & lips

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11
Q

Provide the name for the following muscles when they are covered in mucosa

  • tensor veil palatini
  • levator veil palatini
  • palatopharyngeus
  • palatoglossus
  • muculus uvulea
A
  • Salpingopalatine fold
  • torus levatorius
  • palatopharyngeal fold
  • palatoglossal fold
  • palatine (uvula)
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12
Q

The tendons of what muscles form the palatine aponeurosis? What purpose does this site serve?

A

Tensor veli palatini

it serves as the attachment site for other soft palate muscles

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13
Q

The pharyngotympanic tube connects which two structures?

What is the pharyngotympanic tube made of?

A

Middle ear & nasopharynx

part bone and part cartiledge

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14
Q

What nerve innervates all of the soft palate muscles except one? What is the only muscle not innervated by this nerve? What is it innervated by?

A

Vagus nerve [X]

tensor veli palatini is innervated by mandibular nerve [V3]

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15
Q

Tensor veli palatini

origination?

insertion?

fold?

function?

A
  • Origination:
    • scaphoid fossa,
    • spine of sphenoid,
    • cartilage of pharyngotympanic tube
      • muscular part forms a tendon as it wraps around the pterygoid hamulus and travels medically to form palatine aponeurosis
  • Insertion: palatine aponeurosis formed by contralateral tensor veli palatini
  • fold: salingopalatine fold
  • function:
    • tenses (makes firm) soft palate
    • opens pharyngotympanic tube during yawning or swallowing
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16
Q

Levator Veli Palatinie

Origin?

path?

Insertion?

fold?

function?

A
  • Origin
    • petrous part of temporal bone
    • anterior to external opening of carotid canal
  • Path
    • through fascia of pharyngeal wall, medial to pharyngotympanic tube
  • Insertion
    • superior surface of palatine aponeurosis, interlacing with contralateral muscle fibers
  • Fold
    • within torus levatorius
  • function
    • elevates soft palate (raises flap to close off nasopharynx from oropharynx)
17
Q

Saying “ah” tests which muscles?
If they are are not working, what is the outcome?

A

Levator veli palatini muscles will elevate the palate evenly

if one if not working, the palate will deviate away from abnormal side

18
Q

Palatopharyngeus

Origin?

Insertion?

Function?

A
  • Origin
    • superior surface of palatine aponeurosis
    • posterior border of hard palate
  • Insertion
    • pharyngeal wall (thyroid cartilage and circular muscles of pharynx)
  • Function
    • depresses soft palate (closing oral cavity off from pharynx)
    • moves pharynx superiorly, anteriorly, and medially during swallowing
19
Q

Palatoglossus

Origin?

Insertion?

Function?

A
  • Origin
    • inferior surface palatine aponeurosis
  • Insertion
    • lateral margin of tongue
  • Function
    • depresses soft palate (closing oral cavity from pharynx)
    • moves tongue toward the soft palate during swallowing (elevating the posterior tongue)
20
Q

Muscular uvulae

Origin?

Path?

Insertion?

Function?

A
  • Origin
    • posterior nasal spine of palatine
  • Path
    • passes over superior surface of palatine aponeurosis to hang from posterior free margin of soft palate
  • Insertion
    • connective tissue of contralateral musculoskeletal uvulae
  • Function
    • elevates/retracts uvula, which thickens central part of soft palate (closing opening between nasal- and oropharynx when soft palate is elevated)
21
Q

What 3 branches of the maxillary nerve provide sensory innervation of the palate?

Describe the path, travel partner, and innervation of each nerve.

A
  • Nasopalatine
    • Path: branches from maxillary in pterygopalatine fossa/ through sphenopalatine foramen along nasal septum and into incisive canal
    • Travels with: sphenopalatine artery
    • innervates: hard palate, nasal septum, palate mucosa, anterior gingiva
  • Greater palatine
    • Path: branches from maxillary in pterygopalatine fossa/ through palatine canal, then greater palatine foramen
    • Travels with: descending palatine and then greater palatine arteries
    • innervates: anterior gingiva, mucous membrane and glands of most hard palate
  • Lesser palatine
    • path: branches from maxillary in pterygopalatine fossa/ through palatine canal and then lesser palatine foramen
    • travels with: descending palatine and then lesser palatine arteries
    • innervates: mucous membrane and gland of soft palate
22
Q

Which branch of the mandibular nerve innervates tensor veli palatini? What type of innervation does it supply?

A

Medial pterygoid nerve

motor innervation

23
Q

Identify the 4 arteries that supply the palate

Identify the path, travel partners and the structures it supplies for each artery

A
  • Sphenopalatine
    • path: 3rd part maxillary in pterygopalatine fossa, through sphenopalatine foramen along nasal septum, into incisive canal
    • travels with: nasopalatine
    • supplies: mucous membrane in nasal cavity and mucous membrane and glands in anterior hard palate
  • Descendign palatine artery
    • path: 3rd part maxillary in pterygopalatine fossa, through palatine canal and divides into greater and lesser palatine arteries
    • travels with: greater and lesser palatine nerves
    • supplies: nothing– gives rise to branches that supply
  • Greater palatine artery
    • path: branch descending palatine in palatine canal, through greater palatine Cala and foramen; anastomoses with sphenopalatine artery
    • travels with: grater palatine nerve
    • supplies: gingiva, mucous membrane and glands of most hard palate
  • Lesser palatine artery
    • path: branch descending palatine in palatine canal, through lesser palatine canal and foramen
    • travels with: lesser palatine nerve
    • supplies: mucous membrane and glands of soft palate
24
Q

Describe the lymph drainage patter for the head and neck

25
Why do we palpate cervical lymph nodes? How could you tell the difference of an infection versus a lymphoma from palpating the lymph node?
26
Identify the groups of the superficial ring and whether they drain to superficial or deep cervical nodes. Which veins do the superficial and deep cervical nodes run along?
* Occipital (superior unchallenged line of occipital) * receive: posterior scalp and neck * mastoid nodes (near mastoid process) * receive: posterolateral half of scalp * preauricular nodes (near parotid gland) * receive: upper half of face, eyelids, cheeks * submandibular (inferior to mandibular body) * receive: structures along facial artery, gingiva, tether, and tongue * submental (inferior and posterior to chin) * receive: center lower lip, chin, mouth floor, tongue tip & lower incisors * Superficial cervical: along EJV on superficial surface SCM * Deep cervical node: along IJV; divided by omohyoid into superior and inferior groups
27
Which lymph node inflammation could indicate a tonsil infection? Why is this the case?
Jugulodigastric node (most superior of deep cervical nodes) it receives lymp from the tonsils