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Fractures of the maxilla can best be diagnosed by
1. lateral jaw radiographs.
2. clinical examination.
3. evidence of periorbital edema.
4. anteroposterior radiograph of the skull.

(2) and (4)

(1) (2) (3)

(1) and (3)

All of the above.

(4) only

1 explanations

oneguy
On conventional radiograph, these fractures can be visualized most commonly on PA Skull and Submentovertex projection. But they are best diagnosed by digital radiography including computed tomography and cone beam computed tomography
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Fractures of the maxilla can best be diagnosed by
1. lateral jaw radiographs.
2. clinical examination.
3. evidence of periorbital edema.
4. anteroposterior radiograph of the skull.

(2) and (4)

(1) (2) (3)

(1) and (3)

All of the above.

(4) only

1 explanations

oneguy

Similar questions:

Fractures of the maxilla can best be diagnosed by
1. lateral jaw radiographs.
2. clinical examination.
3. evidence of periorbital edema.
4. anteroposterior radiograph of the skull.

Displacement of fractures is influenced by
1. age.
2. hemorrhage.
3. direction of the blow.
4. muscle attachments.
5. direction of fracture line.

Fractures of the maxilla can best be diagnosed by
1. occlusal radiographs.
2. clinical examination.
3. lateral jaw radiographs.
4. evidence of periorbital edema.
5. anteroposterior radiograph of the skull.

Isthmus fractures of a Class II amalgam restoration most frequently occur because of

Displacement of mandibular fractures is dependent upon
1. direction of fracture line.
2. proprioceptor nerve action.
3. muscle pull.
4. tooth in line of fracture.
5. direction of blow.

Bilateral dislocated fractures of the mandibular condyles result in
1. anterior open bite.
2. anesthesia of the mental nerves.
3. inability to protrude the mandible.
4. inability to bring posterior molars into contact.

To minimize fractures of amalgam restorations in deciduous teeth, cavity preparations should have
1. concave pulpal floors.
2. rounded axiopulpal line angles.
3. rounded proximal retention grooves.
4. lateral walls parallel to the external surface of the tooth.

Displacement of fractures is influenced by
1. direction of the blow.
2. muscle attachments.
3. direction of fracture line.
4. hemorrhage.

Bilateral dislocated fractures of the mandibular condyles result in
1. anterior open bite.
2. anesthesia of the mental nerves.
3. inability to protrude the mandible.
4. inability to bring the molars into contact.

Displacement of mandibular fractures is dependent upon

Displacement of fractures is influenced by
1. direction of the blow.
2. muscle attachments.
3. direction of fracture line.
4. hemorrhage.

Fractures of the mandible passing through tooth sockets are classified as

Isthmus fractures of Class II amalgam restoration most frequently occurs because of

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Fractures of the maxilla can best be diagnosed by1. lateral jaw radiographs.2. clinical examination.3. evidence of periorbital edema.4. anteroposterior radiograph of the skull.

(2) and (4)

(1) (2) (3)

(1) and (3)

All of the above.

(4) only

1 explanations

oneguy

Similar questions:

Fractures of the maxilla can best be diagnosed by 1. lateral jaw radiographs.2. clinical examination.3. evidence of periorbital edema. 4. anteroposterior radiograph of the skull.

Displacement of fractures is influenced by1. age.2. hemorrhage.3. direction of the blow.4. muscle attachments.5. direction of fracture line.

Fractures of the maxilla can best be diagnosed by1. occlusal radiographs.2. clinical examination.3. lateral jaw radiographs.4. evidence of periorbital edema.5. anteroposterior radiograph of the skull.

Isthmus fractures of a Class II amalgam restoration most frequently occur because of

Displacement of mandibular fractures is dependent upon 1. direction of fracture line.2. proprioceptor nerve action.3. muscle pull.4. tooth in line of fracture.5. direction of blow.

Bilateral dislocated fractures of the mandibular condyles result in1. anterior open bite.2. anesthesia of the mental nerves.3. inability to protrude the mandible.4. inability to bring posterior molars into contact.

To minimize fractures of amalgam restorations in deciduous teeth, cavity preparations should have 1. concave pulpal floors. 2. rounded axiopulpal line angles. 3. rounded proximal retention grooves. 4. lateral walls parallel to the external surface of the tooth.

Displacement of fractures is influenced by 1. direction of the blow. 2. muscle attachments. 3. direction of fracture line. 4. hemorrhage.

Bilateral dislocated fractures of the mandibular condyles result in1. anterior open bite.2. anesthesia of the mental nerves.3. inability to protrude the mandible.4. inability to bring the molars into contact.

Displacement of mandibular fractures is dependent upon

Displacement of fractures is influenced by1. direction of the blow.2. muscle attachments.3. direction of fracture line.4. hemorrhage.

Fractures of the mandible passing through tooth sockets are classified as

Isthmus fractures of Class II amalgam restoration most frequently occurs because of

Fractures of the maxilla can best be diagnosed by
1. lateral jaw radiographs.
2. clinical examination.
3. evidence of periorbital edema.
4. anteroposterior radiograph of the skull.

Fractures of the maxilla can best be diagnosed by
1. lateral jaw radiographs.
2. clinical examination.
3. evidence of periorbital edema.
4. anteroposterior radiograph of the skull.

Displacement of fractures is influenced by
1. age.
2. hemorrhage.
3. direction of the blow.
4. muscle attachments.
5. direction of fracture line.

Fractures of the maxilla can best be diagnosed by
1. occlusal radiographs.
2. clinical examination.
3. lateral jaw radiographs.
4. evidence of periorbital edema.
5. anteroposterior radiograph of the skull.

Displacement of mandibular fractures is dependent upon
1. direction of fracture line.
2. proprioceptor nerve action.
3. muscle pull.
4. tooth in line of fracture.
5. direction of blow.

Bilateral dislocated fractures of the mandibular condyles result in
1. anterior open bite.
2. anesthesia of the mental nerves.
3. inability to protrude the mandible.
4. inability to bring posterior molars into contact.

To minimize fractures of amalgam restorations in deciduous teeth, cavity preparations should have
1. concave pulpal floors.
2. rounded axiopulpal line angles.
3. rounded proximal retention grooves.
4. lateral walls parallel to the external surface of the tooth.

Displacement of fractures is influenced by
1. direction of the blow.
2. muscle attachments.
3. direction of fracture line.
4. hemorrhage.

Bilateral dislocated fractures of the mandibular condyles result in
1. anterior open bite.
2. anesthesia of the mental nerves.
3. inability to protrude the mandible.
4. inability to bring the molars into contact.

Displacement of fractures is influenced by
1. direction of the blow.
2. muscle attachments.
3. direction of fracture line.
4. hemorrhage.