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PERIPHERAL GIANT CELL GRANULOMA. NODULAR REDDISH-PURPLE MASS OF THE MAXILLARY GINGIVA.
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Page 1: Giant cell lesion dina patho

PERIPHERAL GIANT CELL GRANULOMA. NODULAR

REDDISH-PURPLE MASS OF THE MAXILLARY GINGIVA.

Page 2: Giant cell lesion dina patho

PERIPHERAL GIANT CELL GRANULOMA

ULCERATED MASS OF THE MANDIBULAR GINGIVA.

Page 3: Giant cell lesion dina patho

Pyogenic granuloma. Erythematous, hemorrhagic mass arising

from the maxillary anterior gingiva.

Page 4: Giant cell lesion dina patho

Pyogenic granuloma. Ulcerated and lobulated mass

on the dorsum of the tongue.

Page 5: Giant cell lesion dina patho

Peripheral giant cell granuloma. Low-power view showing a nodular

proliferation of multinucleated giant cells within the gingiva.

Page 6: Giant cell lesion dina patho

Peripheral giant cell granuloma high-power

view showing scattered multinucleated giant cells within a hemorrhagic

background of ovoid and spindle-shaped mesenchymal cells.

Page 7: Giant cell lesion dina patho

Central giant cell granuloma. the occlusal radiograph shows a radiolucent

lesion with cortical expansion.

Page 8: Giant cell lesion dina patho

Central giant cell granuloma. A bluish-purple mass is present on the

anterior alveolar ridge of this 4-year-old white boy.

Page 9: Giant cell lesion dina patho

Central giant cell granuloma. Panoramic radio graph showing a

large,expansile radiolucent lesion in the anterior mandible.

Page 10: Giant cell lesion dina patho
Page 11: Giant cell lesion dina patho

Central giant cell granuloma. Numerous multinucleated giant cells within a

background of plump proliferating mesenchymal cells. Note extensive red

blood cell extravasation.

Page 12: Giant cell lesion dina patho

Giant cell tumor. This photomicrograph shows large giant cells that are

distributed in a cellular mesenchymal tissue. This specimen was from an

aggressive lesion that had destroyed most of the maxilla.

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Page 16: Giant cell lesion dina patho

Cherubism. A, panoramic radiograph of a 7-year-old white male. Bilateral multilocular

radiolucencies can be seen in the posterior mandible. B, same patient 6 years later. The

lesions in the mandibular rami demonstrate significant resolution, but areas of involvement

are still present in the body of the mandible.

Page 17: Giant cell lesion dina patho

Cherubism. Photomicrograph showing scattered giant cells within a

background of cellular, hemorrhagic mesenchymal tissue. The inset

demonstrates perivascular eosinophilic cuffing.

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Page 19: Giant cell lesion dina patho

Aneurysmal bone cyst . A large multilocular radiolucent lesion

involves most ofthe ascending ramus in a 5-yearold white boy.

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Simple bone cyst. Panoramic film showing a large multilocular simple

bone cyst of the mandible in a 16-year-old white male.

Page 21: Giant cell lesion dina patho

Simple bone cyst. Panoramic film showing a large simple bone cyst of the mandible

in a 12-year-old girl. The scalloping superior aspect of the cyst between the roots of

the teeth is highly suggestive of, but not diagnostic for, a simple bone cyst.

Page 22: Giant cell lesion dina patho

Simple bone cyst. Periapical radiograph showing a radiolucent area in the

apical region of the anterior mandible. The incisor teeth responded

normally to vitality testing, and no restorations are present.

Page 23: Giant cell lesion dina patho

Aneurysmal bone cyst. Photomicrograph showing a blood-filled space

surrounded by fibroblastic connective tissue. Scattered

multinucleated giant cells are seen adjacent to the vascular space.

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Simple bone cyst. Photomicrograph of the bony wall of a

simple bone cyst. A thin. Vascular connective tissue membrane

is adjacent to the bone and no epithelia l lining is identified.

Page 25: Giant cell lesion dina patho

Hyperparathyroidism. This periapical radiograph reveals the "ground

glass" appearance of the trabeculae and loss of lamina dura in a patient

with secondary hyperparathyroidism.

Page 26: Giant cell lesion dina patho

Hyperparathyroidism. This occlusal radiograph of the edentulous

maxillary anterior region shows a multilocular radiolucency

characteristic of a brown tumor of primary hyperparathyroidism.

Page 27: Giant cell lesion dina patho

Hyperparathyroidism. Palatal enlargement is characteristic of the renal

osteodystrophy associated with secondary hyperparathyroidism.

Page 28: Giant cell lesion dina patho

Hyperparathyroidism. This high-power photomicrograph of a brown tumor of

hyperparathyroidism shows scattered multinucleated giant cells within a

vascular and proliferative fibroblastic background.

Page 29: Giant cell lesion dina patho

HYPERPARATHYROIDISM. THIS LOW-POWER PHOTOMICROGRAPH SHOWS

DELICATE, INTERCONNECTING TRABECULAE OF WOVEN BONE WITHIN A

BACKGROUND OF CELLULAR FIBROUS CONNECTIVE TISSUE.