0% Score

Radiographs of Garre's osteomyelitis show

thickening of the cortex.

radiopaque islands of bone that represent formation of sequestra.

a worm-eaten pattern of bone destruction.

All of the above.

radiopaque islands of bone that represent formation of sequestra.
AND
a worm-eaten pattern of bone destruction.

2 explanations

huda
I think the ans is Cortical thickening . "Radiographic Findings Panoramic and occlusal views would typically show a localized overgrowth of bone on the outer surface of the cortex. This mass of bone, which is supracortical but subperiosteal, is smooth, fairly calcified, and is often described as a duplication of the cortical layer of the mandible"
- 2
huda
I think the ans is Cortical thickening . "Radiographic Findings Panoramic and occlusal views would typically show a localized overgrowth of bone on the outer surface of the cortex. This mass of bone, which is supracortical but subperiosteal, is smooth, fairly calcified, and is often described as a duplication of the cortical layer of the mandible"
- 1

Only registered users can add explanations

Radiographs of Garre's osteomyelitis show

thickening of the cortex.

radiopaque islands of bone that represent formation of sequestra.

a worm-eaten pattern of bone destruction.

All of the above.

radiopaque islands of bone that represent formation of sequestra.
AND
a worm-eaten pattern of bone destruction.

2 explanations

huda

huda

Similar questions:

In teeth with complete pulp necrosis, the periapical area is involved if
1. there is pain to thermal stimuli.
2. there is pain on percussion.
3. the tooth throbs when the patient is lying down.
4. the radiograph shows an apical radiolucency.

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.

Radiographs of Garre's osteomyelitis show

The apical region of a non-vital tooth with a deep carious lesion may radiographically show
1. widening of the periodontal space.
2. loss of lamina dura.
3. a circumscribed radiolucency.
4. calcification of the periodontal membrane.

The radiographic change most suggestive of multiple myeloma is

The discontinuity of the lamina dura on a radiograph may be a consequence of
1. pulpitis.
2. metastatic carcinoma.
3. parathyroid hyperplasia.
4. eburnated bone.

Proper collimation of the useful beam for the film size and target-film distance will reduce
1. intensity of central beam.
2. secondary radiation.
3. radiographic contrast.
4. image definition.
5. radiation received by patient.

Which of the following radiographic findings are attributable to trauma from occlusion?
1. Widening of the periodontal ligament space.
2. Vertical destruction of the interdental septum.
3. Widening of the lamina dura.
4. Narrowing in width of the periodontal ligament space.

A radiolucent area in a radiograph occurs as a result of
1. decreased density of tissue.
2. increased density of tissue.
3. more radiation affecting the silver halide crystals.
4. increased exposure time.

The radiographs of dentinal dysplasia Type I show

A patient complains of acute pain 24 hours after the insertion of a restoration in a tooth with no pre-existing periapical pathology. The tooth is vital and tender to percussion. The radiograph will show

Radiographically, a benign bone neoplasm can be differentiated from a malignant one because in the benign lesion
1. the margins are irregular and fade into the surrounding bone.
2. the cortex remains intact.
3. the margins are defined and demarcated.
4. there can be perforation of the periosteum.

Crown-root ratio and residual bone support can best be seen radiographically in a

Member's benefits

Sign In

Radiographs of Garre's osteomyelitis show

thickening of the cortex.

radiopaque islands of bone that represent formation of sequestra.

a worm-eaten pattern of bone destruction.

All of the above.

radiopaque islands of bone that represent formation of sequestra.ANDa worm-eaten pattern of bone destruction.

2 explanations

huda

huda

Similar questions:

In teeth with complete pulp necrosis, the periapical area is involved if1. there is pain to thermal stimuli.2. there is pain on percussion.3. the tooth throbs when the patient is lying down.4. the radiograph shows an apical radiolucency.

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.

Radiographs of Garre's osteomyelitis show

The apical region of a non-vital tooth with a deep carious lesion may radiographically show1. widening of the periodontal space.2. loss of lamina dura.3. a circumscribed radiolucency.4. calcification of the periodontal membrane.

The radiographic change most suggestive of multiple myeloma is

The discontinuity of the lamina dura on a radiograph may be a consequence of1. pulpitis.2. metastatic carcinoma.3. parathyroid hyperplasia.4. eburnated bone.

Proper collimation of the useful beam for the film size and target-film distance will reduce1. intensity of central beam.2. secondary radiation.3. radiographic contrast.4. image definition.5. radiation received by patient.

Which of the following radiographic findings are attributable to trauma from occlusion?1. Widening of the periodontal ligament space.2. Vertical destruction of the interdental septum.3. Widening of the lamina dura.4. Narrowing in width of the periodontal ligament space.

A radiolucent area in a radiograph occurs as a result of1. decreased density of tissue.2. increased density of tissue.3. more radiation affecting the silver halide crystals.4. increased exposure time.

The radiographs of dentinal dysplasia Type I show

A patient complains of acute pain 24 hours after the insertion of a restoration in a tooth with no pre-existing periapical pathology. The tooth is vital and tender to percussion. The radiograph will show

Radiographically, a benign bone neoplasm can be differentiated from a malignant one because in the benign lesion1. the margins are irregular and fade into the surrounding bone.2. the cortex remains intact.3. the margins are defined and demarcated.4. there can be perforation of the periosteum.

Crown-root ratio and residual bone support can best be seen radiographically in a

radiopaque islands of bone that represent formation of sequestra.
AND
a worm-eaten pattern of bone destruction.

In teeth with complete pulp necrosis, the periapical area is involved if
1. there is pain to thermal stimuli.
2. there is pain on percussion.
3. the tooth throbs when the patient is lying down.
4. the radiograph shows an apical radiolucency.

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.

The apical region of a non-vital tooth with a deep carious lesion may radiographically show
1. widening of the periodontal space.
2. loss of lamina dura.
3. a circumscribed radiolucency.
4. calcification of the periodontal membrane.

The discontinuity of the lamina dura on a radiograph may be a consequence of
1. pulpitis.
2. metastatic carcinoma.
3. parathyroid hyperplasia.
4. eburnated bone.

Proper collimation of the useful beam for the film size and target-film distance will reduce
1. intensity of central beam.
2. secondary radiation.
3. radiographic contrast.
4. image definition.
5. radiation received by patient.

Which of the following radiographic findings are attributable to trauma from occlusion?
1. Widening of the periodontal ligament space.
2. Vertical destruction of the interdental septum.
3. Widening of the lamina dura.
4. Narrowing in width of the periodontal ligament space.

A radiolucent area in a radiograph occurs as a result of
1. decreased density of tissue.
2. increased density of tissue.
3. more radiation affecting the silver halide crystals.
4. increased exposure time.

Radiographically, a benign bone neoplasm can be differentiated from a malignant one because in the benign lesion
1. the margins are irregular and fade into the surrounding bone.
2. the cortex remains intact.
3. the margins are defined and demarcated.
4. there can be perforation of the periosteum.