“Oops… Missed That Left Side”
"Oops, That’s Not Developmental"
“Speech Gone Rogue”
“This Is Why We Can’t Eat Nice Things”
No One Studied This
100

What is Prosopagnosia?

This is the medical term used for people with RHS who have difficulty recognizing familiar faces (face blindness)

100

This is the most common cause of Acquired childhood aphasia

TBI

100
Name all the dysarthrias

Flaccid, Spastic, Ataxic, Hypokinetic, Hyperkinetic, Mixed

100

The 4 phases of swallow are:

oral prep

oral transit

pharyngeal 

esophageal

100

In childhood apraxia of speech, the core issue is:

The difficulty in planning and sequencing the movements of tongue, lips, jaw, and palate needed for speech.

200

This is one of the causes of Right Hemisphere Syndrome

A stroke

200

What are some of the etiologies for Acquired Aphasia in Childhood?

trauma, tumors, infections, seizures

200

This neurodegenerative disease is linked to Hyperkinetic Dysarthria. 

Huntington's Disease

200

In this phase, the main purpose is to deliver the bolus from the oral cavity to the pharynx

Oral Transit Phase

200

Name the 4 things needed to assess neurologic speech disorders

1. Case History

2. Oral Motor Exam

3. Perceptual/Acoustic/Physiologic Assessment

4. Identification of neurological deficits

300

Failure to recognize one side of your body can be refered to as:

Visual neglect

300

___________ language disorders are present in the initial stages of language.

Developmental

300

T/F: HYPERTONE is a salient characteristic of Spastic Dysarthria

True

**Bonus Questions: Does "hypertone" = more strength? **

300

What are the 2 structures that help protect our airway when eating?

1. epiglottis
2. vocal cords

300

Explain the difference between acquired and childhood apraxia of speech

Acquired = adulthood. Typically due to brain damage.

Childhood Apraxia: happens during language development. 

400

These are the 3 categories used to classify the signs, symptoms, and characteristics of Right Hemisphere dysfunction.  

visual-perceptual disorders, primary communication-cognition effects, and complex communication-cognition effects

400

_____________language disorders are due to brain damage after a period of normal language acquisition.

Acquired 

400

Droopiness/sagginess of structures surrounding the eye, nose, and mouth is a salient characteristic of:

Flaccid Dysarthria

400

Protect the airway from aspiration as the bolus goes through the pharynx into the esophagus is the main goal for:

the pharyngeal phase

400

Give me 3 examples of physical, cognitive, and communication changes after a TBI

Physical: Impairment of the legs/arms, weakness, coordination, full/partial paralysis, seizures,
changes in sexual functioning, walking problems, fatigue, disfigurement, swallowing problems, drooling, headaches, balance, sensory impairments
• Cognitive: Short attention span, memory problems, problem solving, poor judgement, partial/complete loss of reading/writing skills, language problems, learning difficulty.
Communication: Dysarthria, language problems, social-communication (turn-taking, maintaining the
topic of conversation, tone of voice, understanding sarcasm)


500
What changes can be seen in primary communication-cognitive effects?

Changes in: attention, memory, reading, writing, verbal fluency, narratives, comprehension

500

In acquired childhood aphasia, list what areas of language function are affected following a TBI

Verbal Fluency

Object Naming

Word/Sentence Repetition

Written Output

500

Explain the difference between Apraxia and Dysarthria

A disorder that affects the capacity to plan or program movements is known as APRAXIA

Abnormalities in the strength, speed, range, steadiness, tone, or accuracy of movements is called DYSARTHRIA

500

Explain the differente between penetration and aspiration

When bolus enters the larynx = Penetration
When bolus enters the larynx AND moves below the level of the vocal cords = Aspiration


500

Explain in detail "coup" and "contrecoup"

2 contusions in the site of brain injury. One occurs at the primary site of strike to the head/brain=COUP injury.
The other is a rebound effect where the brain bounces off the inside of the skull, opposite the
site of the original blow =CONTRE COUP