TOTS

Question 1

What does the acronym TOTS stand for, and what approximate percentage of children are affected by restricted lingual frenum?

Answer 1

TOTS stands for Tethered Oral Tissues. Approximately 10% of children get restricted lingual frenum.

Question 2

When screening for restricted lingual frenum, what specific appearance of the tongue when sticking out suggests the frenum is pulling back, and what functional issues should then be checked?

Answer 2

If the frenum is pulling back, the tongue may appear heart-shaped when sticking out. Functionality should be checked for elevation and potential articulation issues.

Question 3

According to the sources, what measurement characteristic makes a tool for assessing lingual frenum restriction ‘legit and reliable,’ and what score threshold indicates treatment?

Answer 3

A measurement is considered ‘legit and reliable’ because it is repeatable. Treatment is indicated if the function score is less than 7 or the appearance score is less than 7.

Question 4

Why is the classification system (like Type 4) sometimes misleading in determining the need for treatment related to TOTS?

Answer 4

The classes only describe, and a tissue may look restrictive (e.g., a Type 4) but still works fine and has no issues.

Question 5

What is the critical distinction provided in the sources between a ‘snip at birth’ and a ‘frenectomy’?

Answer 5

A ‘snip at birth’ involves small snips usually done on safe tissue to facilitate feeding. A ‘Frenectomy’ involves removing the ‘whole thing’.

Question 6

What role is the Paeds dentist assigned regarding TOTS treatment, and why is this decision considered serious?

Answer 6

The Paeds dentist should make the call to frenectomy or not. This decision is serious because the topic is controversial, and there have been reports of severe complications, including cases that almost died or required a blood transfusion following tongue tie release.

Question 7

What is one proposed hypothesis mentioned in the sources regarding why some individuals may have more frenum tissue?

Answer 7

A hypothesis suggests that Folic acid could lead to excess cells in the midline, which is possibly why more frenum exists.

Question 8

Name three individuals or groups mentioned in the sources who have developed methods or standards related to TOTS assessment.

Answer 8

Griffith and Hogan (use percentages [%]), Kotlow (uses millimeters [mm’s]), and Murphy (uses class).

Question 10

What is the collective term often used for addressing both maxillary and lingual frenula?

Answer 10

Tethered Oral Tissues (TOTS).

Question 11

Why should practitioners be cautious about grouping maxillary and lingual frenula under TOTS?

Answer 11

They function quite differently, have very different roles, and do not have the same position in terms of release and management.

Question 12

Define ‘Frenulum’ (Frenina, plural).

Answer 12

Folds of mucous membrane that may or may not enclose muscle fibers, functioning primarily as an anchor.

Question 13

What term is used to describe a restricted lingual frenum?

Answer 13

Ankyloglossia.

Question 14

What is a Frenotomy?

Answer 14

Considered a partial snip of the frenum, often done at birth to provide support for feeding.

Question 15

What is a Frenectomy?

Answer 15

The complete removal of the entire frenum.

Question 16

What is a Frenuloplasty?

Answer 16

An alteration of the frenum involving incisions to flip the tissue to elongate it, often secured with a Z-shaped suture.

Question 17

What structures does the lingual frenum connect?

Answer 17

The ventral surface of the tongue to the floor of the mouth.

Question 18

What forms the anatomical floor of the mouth beneath the tongue?

Answer 18

The glossus muscle (a big broad fan-based muscle).

Question 19

What key anatomical structures are located laterally to the lingual frenum?

Answer 19

The sublingual veins and sublingual ducts.

Question 20

Describe the riskiest type of frenum tissue (D).

Answer 20

Type D (Thick Frenum): Muscle is involved underneath; requires the most caution due to increased risk of bleeding, scarring, and trauma.

Question 21

What is the approximate prevalence of ankyloglossia in the general population?

Answer 21

Up to about 10%.

Question 22

Is ankyloglossia more common in males or females, and what plays a role in its etiology?

Answer 22

More common in males than females; genetics play a role.

Question 23

Why do some researchers suspect that ankyloglossia may resolve with growth?

Answer 23

They observe a lower prevalence in older children compared to babies, though this is not confirmed by long-term cohort studies.

Question 24

What is the simplest and best way to diagnose ankyloglossia?

Answer 24

To link it to function—determining if it is limiting the patient’s function.

Question 25

Why do visual classification systems have limited predictive value?

Answer 25

Visual appearance alone has very limited predictive value regarding functional outcomes; fewer than 50% of infants with physical findings actually had difficulty breastfeeding.

Question 26

What are the three main functional movements assessed for restriction?

Answer 26

Elevation, Protrusion, and Lateralization (left and right).

Question 27

Which standardized assessment tool is considered the only one that is repeatable and reliable for Lingual Frenum Restriction?

Answer 27

The Hazelbaker Assessment.

Question 28

What criteria must a patient meet on the Hazelbaker Assessment for treatment to be indicated?

Answer 28

An appearance score of less than 8 or a function score of less than 11.

Question 29

Which classification system did the ADA recommend for assessment before release, despite unknown repeatability/reliability?

Answer 29

Martinelli's classification.

Question 30

What are two common examples of older, generally ruled-out diagnostic criteria for ankyloglossia?

Answer 30

Seeing a heart-shaped tip when protruding the tongue, or inability to achieve protrusion past the lower incisors.

Question 31

What is the concept of a 'posterior' or 'submucosal' tongue tie?

Answer 31

A proposed diagnosis (often of exclusion) where a baby struggles to feed but no visible frenum is present, suggesting restriction in the underlying muscle base.

Question 32

Why is treating a posterior tongue tie highly controversial and risky?

Answer 32

It involves cutting into muscle anatomy and carries significant risks of major bleeding, life-threatening complications, and is viewed by some experts as a poorly described diagnosis.

Question 33

What is the primary functional role of the tongue during breastfeeding?

Answer 33

The back of the tongue moves up and down to create the vacuum that draws milk from the breast, while the tip helps create the seal.

Question 34

What is the strongest established link between ankyloglossia and breastfeeding outcomes?

Answer 34

Ankyloglossia is clearly linked to maternal pain (nipple pain), which is associated with stopping breastfeeding.

Question 35

What did the Cochran review (2017) conclude about long-term benefits of frenotomy?

Answer 35

There is no long-term benefit that can be determined for performing a frenotomy at birth, although it reduces nipple pain in the short term.

Question 36

What is the first line of treatment for breastfeeding issues potentially linked to LFR?

Answer 36

Always non-surgical options, such as using a nipple shield or altering holding positions.

Question 37

How does LFR affect speech development?

Answer 37

It does NOT cause a delay in overall speech development; it may contribute to articulation errors (e.g., lingual alveolar sounds like N, R, S, Z, T, L) and issues with the speed of talking (mumbling).

Question 38

What is the evidence regarding LFR release and adult speech improvement?

Answer 38

Parents and individuals report feeling an improvement, but speech therapists do not find a statistically significant difference.

Question 39

What confirmed oral health consequence is linked to a high lingual frenum insertion later in life?

Answer 39

Gingival recession of the lower incisors.

Question 40

Can releasing the tongue prevent conditions like high arched palate or sleep apnea?

Answer 40

No. While hypothesized, there is no clear evidence that releasing the tongue at birth guarantees prevention of these issues.

Question 41

Who ultimately takes ownership of the decision to proceed with surgical treatment?

Answer 41

The clinician performing the procedure (e.g., pediatric dentist), regardless of parental insistence.

Question 42

What is the optimal time frame for LFR intervention in newborns to avoid the risk of oral aversion?

Answer 42

Ideally, before 3 months of age.

Question 43

What post-operative measure provides both anesthetic and hemostatic effects for infants?

Answer 43

Immediate feeding (breast milk).

Question 44

What are three major complications associated with frenotomy/frenectomy?

Answer 44

Hemorrhage, infection, airway obstruction, salivary gland injury, ulceration, need for repeat procedure, oral aversion, and scarring.

Question 45

What are parents instructed to do for the first 6 weeks post-operatively to minimize scarring?

Answer 45

Perform simple movement exercises (e.g., up/down, left/right) for about 15 minutes a day (e.g., three 5-minute sessions) after meals.

Question 46

Why is referral to a speech pathologist crucial after the initial 6 weeks?

Answer 46

The speech pathologist acts as a 'coach' to provide ongoing exercises and promote the necessary connection between the brain and the tongue for improved function.

Question 47

What is the professional recommended terminology (instead of 'tongue tie')?

Answer 47

Ankyloglossia or lingual frenum restriction.

Question 48

Should practitioners release LFR prophylactically to prevent future speech problems?

Answer 48

No, we do not prophylactically release for speech.

Question 49

What is the underlying cause often cited when a release site appears to 'grow back'?

Answer 49

Scar formation.