Pedodontics Premature Loss of Teeth Lecture 15

What is recommended when the first permanent molar is lost after the eruption of the second molar?

What is the consequence of not treating the loss of the first permanent molar?

What is one of the options to consider for replacing the first permanent molar?

When is it more satisfactory to move the second molar forward into the area formerly occupied by the first molar?

What must be done if a child needs corrective treatment other than in the area of the first permanent molar?

What should be done if the first permanent molar is lost several years before the eruption of the second permanent molar?

Which option should be avoided when managing patients with loss of first permanent molars?

What can compensate for any difference in the number of molars in the opposing arch when moving the second molar forward?

What is one advantage of auto transplantation of third molars into first molar positions?

What should be considered if a patient requires prosthetic replacement due to loss of first permanent molars?

What is the most important unit of mastication and essential in the development of desirable occlusion?

What can rapidly progress from an incipient lesion to pulp exposure in a 6-month period?

What happens to the second molars after the loss of the first permanent molar in children aged 8-12?

What happens if the loss of the first permanent molar occurs after the eruption of the second permanent molar in older children?

What is one effect if the maxillary first permanent molar loses its opponent?

What changes can occur in dental arches after the loss of the first permanent molar?

What can be recommended if it is occasionally necessary to extract all primary teeth in a preschool child?

What starts to rotate as they fall distally after the loss of the first permanent molar?

Which teeth exhibit a tendency to move distally in unison after the loss of the first permanent molar?

What is essential for development and maintenance of desirable occlusion?

What is the effect of losing the first primary molar as the first permanent molar erupts at age 5-7 years?

What can happen if a second primary molar is lost in a child aged 2-5 years?

What is the recommended management when the first primary molar is lost after the first permanent molar has erupted into occlusion?

What is indicated for bilateral loss of the primary first molar and retention of the second primary molar in the lower arch?

What happens if a second primary molar is lost after normal cuspal interdigitation has been established?

What type of appliance is recommended if a second primary molar is lost just before the eruption of the first permanent molar?

What may lead to mutilation of developing dentition if not addressed properly?

What is the effect of losing the first primary molar during ages 3-5 years in terms of space loss?

What is indicated when managing bilateral mixed dentition space in the mandibular arch?

Premature loss of first primary molar can lead to _______ force exerted that pushes the second primary molar forward into the first primary molar space

Loss of second primary molar before the eruption of first permanent molar may require a _______ shoe appliance to guide positioning of the first permanent molar

The effect of losing the second primary molar depends on the state of eruption of the first _______ molar

Loss of multiple primary molars may lead to mutilation of _______ dentition

If the first permanent molars erupt, considerable loss in _______ length can occur if no second primary molar is present as an eruptive guide

For bilateral loss of primary first molar and retention of the second primary molar in the lower arch, two separate unilateral loop appliances are indicated until first permanent molar and _______ eruption is complete

Loss of multiple primary molars may lead to mutilation of _______ dentition unless an appliance is constructed

Loss of multiple primary molars may lead to _______ of developing dentition unless an appliance is constructed

The degree of space loss should be less dramatic if the loss of second primary molar occurs after the first permanent molar has fully erupted and normal _______ interdigitation has been established

Premature loss of first primary molar may cause a loss of posterior arch length within the quadrant that can lead to _______ as the canines and premolars erupt in later stages

The alveolar process is also carried along with ______ and cause problems when prosthetic replacement needed.

1- if first permanent molar removed several years before eruption of second permanent molar, there is excellent chance that second molar erupt in ______ position.

When first permanent molar is lost after the eruption of second permanent molar, orthodontic evaluation indicated and the following steps indicated: is a child is need of corrective treatment other than in first permanent molar ______?

Another option to consider is auto transplantation of third molar into first molar ______.

Without treatment, second molar will tip forward within a matter of ______.

Should the space be maintained for a replacement ______?

Should the second molar be moved forward into the area formerly occupied by first ______?

The latter choice is more satisfactory, even though there will be difference in number of molars in the opposing arch, a third molar can often be removed to compensate for the ______.

What is recommended when the first permanent molar is lost after the eruption of the second permanent ______?

What is one effect if the maxillary first permanent molar loses its ______?

A carious lesion may develop rapidly in the first permanent molar and progress from incipient lesion to pulp exposure in a __-month period

The loss of the first permanent molar in a child can lead to changes in dental arches that can be traced throughout the child’s life. Unless corrective measures are taken, these changes include diminished local function, drifting of teeth, and continued eruption of opposing teeth. The second molars, even if unerupted, start to drift mesially after the loss of the first permanent molar, causing a greater degree of forward bodily movement especially in 8-12 years old children. Unless corrective measures are taken, in older children, if the loss occurs after the eruption of the second permanent molar, more exaggerated mesial tipping of the second molar can be the expected outcome. Although the premolars undergo the greatest amount of distal drifting, all teeth anterior to the space, including central and lateral on the side where the loss occurred, may show evidence of movement. Contact open and the premolars, in particular, rotate as they fall distally. There is a tendency for maxillary premolars to move distally in unison, whereas those in the lower arch move separately. When the maxillary first permanent molar loses its opponent, it erupts at a faster rate than adjacent teeth.

The first permanent molar is the most important unit of mastication and essential in the development of desirable __

Loss of the first permanent molar can lead to a change in dental arches that can be traced throughout the child’s life. Unless corrective measures are taken, these changes include diminished local function, drifting of teeth, and continued eruption of opposing teeth. The second molars, even if unerupted, start to drift mesially after the loss of the first permanent molar, causing a greater degree of forward bodily movement especially in 8-12 years old children. Unless corrective measures are taken, in older children, if the loss occurs after the eruption of the second permanent molar, more exaggerated mesial tipping of the second molar can be the expected outcome. Although the premolars undergo the greatest amount of distal drifting, all teeth anterior to the space, including central and lateral on the side where the loss occurred, may show evidence of movement. Contact open and the premolars, in particular, rotate as they fall distally. There is a tendency for maxillary premolars to move distally in unison, whereas those in the lower arch move separately. When the maxillary first permanent molar loses its opponent, it erupts at a faster rate than adjacent __

When the maxillary first permanent molar loses its opponent, it erupts at a faster rate than adjacent __

In older children, if the loss of the first permanent molar occurs after the eruption of the second molar, more exaggerated mesial tipping of the second molar can be the expected outcome. Although the premolars undergo the greatest amount of distal drifting, all teeth anterior to the space, including central and lateral on the side where the loss occurred, may show evidence of movement. Contact open and the premolars, in particular, rotate as they fall distally. There is a tendency for maxillary premolars to move distally in unison, whereas those in the lower arch move separately. When the maxillary first permanent molar loses its opponent, it erupts at a faster rate than adjacent __

The loss of the first permanent molar in a child can lead to changes in dental arches that can be traced throughout the child’s life. Unless corrective measures are taken, these changes include diminished local function, drifting of teeth, and continued eruption of opposing teeth. The second molars, even if unerupted, start to drift mesially after the loss of the first permanent molar, causing a greater degree of forward bodily movement especially in 8-12 years old children. Unless corrective measures are taken, in older children, if the loss occurs after the eruption of the second permanent molar, more exaggerated mesial tipping of the second molar can be the expected outcome. Although the premolars undergo the greatest amount of distal drifting, all teeth anterior to the space, including central and lateral on the side where the loss occurred, may show evidence of movement. Contact open and the premolars, in particular, rotate as they fall distally. There is a tendency for maxillary premolars to move distally in __, whereas those in the lower arch move separately. When the maxillary first permanent molar loses its opponent, it erupts at a faster rate than adjacent teeth.

The loss of the first permanent molar in a child can lead to changes in dental arches that can be traced throughout the child’s life. Unless corrective measures are taken, these changes include diminished local function, drifting of teeth, and continued eruption of opposing teeth. The second molars, even if unerupted, start to drift mesially after the loss of the first permanent molar, causing a greater degree of forward bodily movement especially in 8-12 years old children. Unless corrective measures are taken, in older children, if the loss occurs after the eruption of the second permanent molar, more exaggerated mesial tipping of the second molar can be the expected outcome. Although the premolars undergo the greatest amount of distal drifting, all teeth anterior to the space, including central and lateral on the side where the loss occurred, may show evidence of movement. Contact open and the premolars, in particular, rotate as they fall distally. There is a tendency for maxillary premolars to move __ in unison, whereas those in the lower arch move separately. When the maxillary first permanent molar loses its opponent, it erupts at a faster rate than adjacent teeth.

The loss of the first permanent molar in a child can lead to changes in dental arches that can be traced throughout the child’s life. Unless corrective measures are taken, these changes include diminished local function, drifting of teeth, and continued eruption of opposing teeth. The second molars, even if unerupted, start to drift mesially after the loss of the first permanent molar, causing a greater degree of forward bodily movement especially in 8-12 years old children. Unless corrective measures are taken, in older children, if the loss occurs after the eruption of the second permanent molar, more exaggerated mesial tipping of the second molar can be the expected outcome. Although the premolars undergo the greatest amount of distal drifting, all teeth anterior to the space, including central and lateral on the side where the loss occurred, may show evidence of movement. Contact open and the premolars, in particular, rotate as they fall __. There is a tendency for maxillary premolars to move distally in unison, whereas those in the lower arch move separately. When the maxillary first permanent molar loses its opponent, it erupts at a faster rate than adjacent teeth.

When the maxillary first permanent molar loses its opponent, it erupts at a faster rate than adjacent ______.

The first permanent molar is the most important unit of mastication and essential in the development of desirable ______. A carious lesion may develop rapidly in the first permanent molar and progress from incipient lesion to pulp exposure in a 6-month period. The loss of the first permanent molar in a child can lead to changes in dental arches that can be traced throughout the child’s life. Unless corrective measures are taken, these changes include diminished local function, drifting of teeth, and continued eruption of opposing teeth. The second molars, even if unerupted, start to drift mesially after the loss of the first permanent molar, causing a greater degree of forward bodily movement especially in 8-12 years old children. Unless corrective measures are taken, in older children, if the loss occurs after the eruption of the second permanent molar, more exaggerated mesial tipping of the second molar can be the expected outcome. Although the premolars undergo the greatest amount of distal drifting, all teeth anterior to the space, including central and lateral on the side where the loss occurred, may show evidence of movement. Contact open and the premolars, in particular, rotate as they fall distally. There is a tendency for maxillary premolars to move distally in unison, whereas those in the lower arch move separately. When the maxillary first permanent molar loses its opponent, it erupts at a faster rate than adjacent teeth.