DENTAL MATERIALS
DENTAL FOUNDATION
RADIOGRAPHS
DENTAL INSTRUMENTS
PROPHYLAXIS
100

This preventive resin material is flowed into the deep, un-decayed pits and fissures of a child's permanent first molars to mechanically block out bacteria

Sealant

100

This is the universal letter designation for the primary maxillary right central incisor

E

100

This invisible form of electromagnetic radiation has a short wavelength and can penetrate opaque tissues

X-Ray

100

This common diagnostic tool features a flat, reflective surface used to retract a child’s cheek and direct light onto the operating field

Mouth Mirror

100

This is the name of the abrasive agent packaged in small, individual cups that is mixed with water or fluoride and used to mechanically remove extrinsic stains and plaque

Prophy paste

200

This is the primary component of a silver-colored pediatric crown, valued for its strength, durability, and corrosion resistance

Stainless Steel

200

This is the primary counterpart to the permanent first molar, which is typically lost around ages 10 to 12

Primary second molar

200

To capture the maxillary anterior region on a toddler who cannot tolerate a standard periapical sensor, the assistant will place a size 2 sensor horizontally in the mouth like a sandwich, utilizing this specific radiographic view

Occlusal X-Ray

200

This double-ended instrument features a small, sharp hook used to feel for soft spots, stickiness, or defects in the enamel surfaces of primary teeth

Explorer

200

During a prophy, if an assistant notices bright red, swollen, and bleeding gingiva around a child's molars but no bone loss, they are looking at this reversible condition.

Gingivitis 

300

This specialized isolation device acts as a bite block, tongue guard, and high-volume suction all in one, drastically speeding up pediatric restorative procedures

Isolite

300

Often referred to by assistants as the "6-year molars," these permanent teeth are unique because they erupt posterior to the primary dentition without replacing any baby teeth

Permanent first molars

300

Purpose of a Bitewing

Interproximal caries, crestal bone, posterior contacts

300

This flat-bladed instrument is used to carry, place, and condense composite resin materials into a pediatric cavity preparation

Plastic 

300

To ensure safety, a pediatric patient's local anesthetic dosage must always be calculated based on this specific patient metric

weight

400

This fixed bilateral appliance is used in the mandibular arch to maintain space after the premature loss of multiple primary posterior teeth

Lower lingual holding arch 

400

Total amount of Primary Teeth 

20

400

According to the FDA/ADA selection criteria, a pediatric patient with active clinical caries should receive bite-wing radiographs at this frequent interval

6-12 Months

400

Often referred to as "the airplane" or "slow-poke" to children, this low-speed handpiece attachment is used with a prophy cup to polish a child's teeth during a routine cleaning

Prophy angle

400

To maintain proper control and prevent a rotating prophy cup from slipping and injuring a child's oral tissue, the assistant must always establish this type of finger rest on an adjacent tooth

Fulcrum

500

This appliance is used in the maxillary arch to prevent the upper permanent first molars from drifting forward after primary tooth loss

NANCE

500

To achieve a secure fit for a stainless steel crown, the assistant should have these two specialized types of pliers ready for the dentist to contour and crimp the margins

contouring pliers, crimping pliers

500

According to the FDA, this is the standard sensor size (ranging from 0 to 2) most commonly utilized for routine bite-wings on a toddler or young child with primary dentition

Size 0

500

This plier features two flat, textured beaks designed specifically for firmly holding, placing, or removing orthodontic bands from a primary arch

Howe Pliers

500

During a cleaning, if the assistant leaves the rubber cup spinning on a single primary tooth for too long with high pressure, it will cause this specific consequence, which can irreversibly damage the delicate underlying pulp tissue

Frictional Heat or Thermal damage