Soft Tissue Presentation Flashcards
Define Incisional biopsy
Removal of only a part of the lesion
Define Excisional Biopsy
Removal of the entire lesion
Define Surgical Excision
Removal of the entire lesion +/- border of non-lesional tissue
What does a surgical excision not specify?
If only the lesion itself is removed or the lesion and a border of normal/non-lesional tissue is removed
What is typically removed with malignant lesions or locally invasive lesions?
Border of non-lesional tissue
Define marginal excision
A margin of non-lesional tissue
Define wide excision
A large circumference (as compared to marginal excision) of normal-appearing tissue removed circumferentially around a lesion.
Benign Reactive Lesions AKA _____ ____
Non-neoplastic
Define Benign Reactive Lesions
A lesion that occurs from local trauma or other irritant
What are the types of benign reactive lesions?
Fibroma 3 P's Verruciform xanthoma Epulis Fissuratum Inflammatory Papillary hyperplasia Amalgam Tattoo
What are the 3 P’s?
Pyogenic Granuloma
Peripheral Ossifying FIbroma
Peripheral Giant Cell Granuloma
Fibroma: Etiology
Reactive hyperplasia of fibrous connective tissue as a result of chronic irritation
Fibroma: Clinical Features
- Asymptomatic, soft, tan/pink, smooth-surfaced nodule
- Sessile or pedunculated
- Usually small (<1 cm) but may increase in size overtime if continually traumatized
Fibroma: Site
Buccal Mucosa» labial mucosa, tongue, gingiva
Fibroma: Histology
Nodular mass of dense fibrous connective tissue
Fibroma: Treatment
Excisional Biopsy
Why do we lump the 3 P’s together?
Each lesion has some unique features however we usually consider all of these on our DDX for a “bump on the gingiva” as they share many of the same clinical characteristics
Two other names for Pyogenic Granuloma
- Granuloma Gravidarum
- Epulis Granulomatosa
When is granuloma gravidarum used?
In pregnant patients
When is Epulis Granulomatosa used?
When occurring in an extraction site
Pyogenic Granuloma: Etiology
Reactive Proliferation from chronic irritation/trauma
Pyogenic Granoluma: Population Presented In
Predominantly children and young adults, but can occur at any age
Pyogenic Granulomas are common in _____
Pregnancy
Pyogenic Granuloma: Clinical Features
-Bright red, frequenly ulcreated, bleeds easily on manipulation, friable
Pyogenic Granuloma Site
Gingiva»_space; buccal mucosa, tongue, labial mucosa
Pyogenic Granuloma Histology
Resembles granulation tissue
Define Granulation Tissue
Tissue formed in ulcers and in early wound healing and repair, composed largely of newly growing capillaries
Pyogenic Granuloma Treatment
Excisional Biopsy
Pyogenic Granuloma Treatment for Pregnant Women
Wait until after the patient gives birth and monitor for potential self-resolution
Peripheral Ossifying FIbroma: Etiology
Reactive proliferation from chronic irritation/trauma
Peripheral Ossifying Fibroma: Site
Gingiva Only
Peripheral Ossifying Fibroma: Clinical Features
- Raised, smooth-surfaced (unless traumatized and secondarily ulcerated) pink/tan nodule
- More firm and less friable compared to PG
Peripheral Ossifying Fibroma: Population
Predominantly teens and young adults
Peripheral Giant Cell Granuloma: Etiology
Reactive proliferation from chronic irritation/trauma
Peripheral Giant Cell Granuloma: Clinical Features
- On palpation, lesion is somewhere between PG and POF in firmness
- Frequenly bluish in color
Peripheral Giant Cell Granuloma: Population
Slightly older patient population
Peripheral Giant Cell Granuloma Site
Gingiva or edentulous ridge only
Peripheral Giant Cell Granuloma Histology
Multinucleated giant cells
Peripheral Giant Cell Granuloma Treatment
Excisional Biopsy
Verruciform Xanthoma: Etiology
Reactive proliferation thought to be a response to local inflammation
Verruciform Xanthoma Clinical Features
-Well-demarcated, soft, painless, raised lesion with papillary surface architecture
Verruciform Xanthoma Color
Range in color from white to orange to yellow to red
Verruciform Xanthoma Site
Most common on gingiva and hard palate
Verruciform Xanthoma can look similar to what?
Papilloma
Verruciform Xanthoma Histology
Papillary Surface, parakeratin plugging
-Xanthoma cells (foamy histocytes) in superficial connective tissue papillae
Verruciform Xanthoma Treatment
Excisional Biopsy (unless large lesin and then may consider incisional for diagnosis, followed by excision)
Epulis Fissuratum: Etiology
- Tumor-like hyperplasia of fibrous CT resulting from an ill-fitting denture
- Folds of tissue complement the denture
Epulis Fissuratum Clinical Features
- Single or multiple folds of hyperplastic tissue in the alveolar vestibule
- Most often there are two folds of tissue and the denture flange will fit between them
Epulis Fissuratum Population
More common in females; older patients; denture wearers
Epulis Fissuratum Treatment
Excisional Biopsy
Reline of current denture of fabrication of a new denture
Leaflike Denture Fibroma Cause and Histology
Identical to Epulis Fissuratum -> ill fitting denture
Leaflike Denture Fibroma Treatment
Excisional Biopsy
Inflammatory Papillary Hyperplasia: Cause
- Ill fitting denture, poor denture hygiene, wearing the denture 24/7
- Can occur in a non-denture wearer that habitually mouth breathes or has a high palatal vault
Inflammatory Papillary Hyperplasia: Clinical Features
Erythematous, pebbly appearance of the palatal vault
Inflammatory Papillary Hyperplasia: Treatment
- Improved denture hygiene and fabrication of new well-fitted prosthesis
- Can consider excision of hyperplastic tissue before new prosthesis if does not self resolve
Inflammatory Papillary Hyperplasia: Treatment for Superimposed candidia infection
Topical and systemic antifungal
Amalgam Tattoo: Etiology
Implantation of amalgam filling particles into the soft tissue
Amalgam Tattoo: Clinical Features
Blue-black macule which varies in size
- Should be adjacent to or in the place where there used to be a metal restoration
- Can be visualized on radiology
Amalgam Tattoo: Treatment
- Classic examples can be monitored
- Biopsy may be indicated in cases where the etiology is less clear
Basic soft tissue tumor naming: Myo-
Muscle
Basic soft tissue tumor naming: neur/schwann-
Neural
Basic soft tissue tumor naming: Lipo-
Fat
Basic soft tissue tumor naming: Fib-
Fibrous tissue
Basic soft tissue tumor naming: Leiomyo-
Smooth muscle
Basic soft tissue tumor naming: rhabdomyo-
Striated muscle
Basic soft tissue tumor naming: hemangio-
Blood vessel
Basic soft tissue tumor naming: -oma
Benign
Basic soft tissue tumor naming: -carcinoma; -sarcoma
Malignant
-carcinoma etiology
Epithelial
-sarcoma etiology
Connective tissue/non-epithelial origin
Define Neoplasia
The formation or presence of a new, abnormal growth of tissue
Schwannoma: Etiology
benign tumor (-oma) of schwann cell origin
Schwannoma: Clinical Features
-Painless, slow-growing, submucosal nodule, ranging from 1 mm- 3 cm in size
Schwannoma: Population
Young to middle-aged adults
Schwannoma: Site
- Almost anywhere
- Tongue is most common soft tissue site
- Intrabony: Radiolucency, most common in posterior mandible
Schwannoma Cause
Can occur sporadically or as part of a syndrome
Schwannoma: Associated Syndromes
- Neurofibromatosis type 2
- Schwannomatosis
Schwannoma Treatment
Sometimes excisional biopsy, sometimes incisional biopsy due to size
Schwannoma Histology Buzz terms: Antoni A
Hypercellular areas
Schwannoma Histology Buzz terms: Antoni B
Hypocellular, aka less cellular areas
Schwannoma Histology Buzz Terms: Verocay Bodies
Areas within Antoni A composed of basement membrane and neuronal proesses
Neurofibromatosis Type 2: Inheritance Pattern
Autosomal dominant inheritance
Neurofibromatosis Type 2: Cause
NF2 Gene
Neurofibroma: Etiology
Benign tumor (-oma) with a mixture of cell types (schwann cells, fibroblasts)
Neurofibroma: Clinical Features
- Painless, slow-growing, soft lesion
- Range in size from a small nodule to large masses
Neurofibroma: Population
Most common in young adults
Neurofibroma: Site
Tongue and buccal mucosa
Rarely can arise within bone
Neurofibroma: Associated Syndromes
Neurofibromatosis type 1
Neurofibroma Treatment
Sometimes excisional biopsy, sometimes incisional biopsy due to size
Neurofibromatosis Type 1: Inheritance Pattern
Autosomal Dominant; mutation of NF1 gene
Neurofibromatosis Type 1: Clinical Features
Enlargement of the fungiform papillae
What is the most common oral leasion of NF1?
Neurofibromatosis type 1
Neurofibromatosis Type 1 Complications
Greater risk for development of malignant peripheral nerve sheath tumor
Multiple Endocrine Neoplasia Type 2B (MEN 2B): Why do we only focus on Type 2?
Only type with oral manifestations
Multiple Endocrine Neoplasia Type 2B (MEN2B): Etiology
Rare, autosomal dominant inherited condition
Multiple Endocrine Neoplasia Type 2B: Clinical Features
- Multiple Endocrine Neoplasms
- Mucosal Neuromas
- Marfanoid Body Habitus
Granular Cell Tumor: Etiology
Benign tumor of schwann cell differentiation
Granular Cell Tumor: Clinical Features
Non-tender, rubbery-firm, slow-growing, sessile submucosal nodule
Color varies from normal mucosal coloring to a white-yellowish hue
Granular Cell Tumor Site
Tongue, buccal mucosa
Granular Cell Tumor Treatment
Biopsy for diagnosis followed by conservative excision or just excisional biopy (depending on the size of the lesion)
Granular Cell Tumor Reoccurence
Rare
Granular Cell Tumor Histology
Pseudoepitheliomatous hyperplasia
Granular cells in the CT that are positive for neural markers
Define Pseudoepitheliomatous hyperplasia
Benign proliferation of the epithelium in reaction to certain stimuli
What can Pseudoepitheliomatous Hyperplasia mimic?
Squamous cell carcinoma
Congenital (granular cell) Epulis: Define
Benign tumor almost exclusive to the alveolar ridges of newborns
Congenital Granular Cell Epulis is not what origin
Neural origin
Congenital Granular Cell Epulis: Clinical Features
- Smooth surfaced, pink to red, polypoid mass
- Maxillary alveolar ridge> mandibular ridge
Congential Granular Cell Epulis
Strong female predilection (nearly 90%)
Congenital Granular Cell Epulis Treatment
Conservative surgical excision (aka excisional biopsy).
Can spontaneously regress in some patients, but often poses difficulty for feeding and requires removal
Congenital Epulis: Histology
Flat epithelial connective tissue interface
Similar appearing granular cells in the connective tissue as a granular cell tumor
Lipoma, Leiomyoma, Myofibroma, Rhabdomyoma: What characteristics do they share?
Asymptomatic, firm, painless, slow-growing nodules
Lipoma: Define
Benign tumor of adipose tissue
Lipoma: Color
Yellow-gold huge
Lipoma: Location
Buccal, buccal vestibule
Leiomyoma: Define
Benign tumor of smooth muscle
Leiomyoma: Location
Lips, tongue, palate and cheeck
Leiomyoma: Color
Vascular variant has a bluish hue
Myofibroma: Define
Benign tumor of myofibroblasts (cells with both smooth muscle and fibroblastic features)
Myofibroma: Population
Average age 22
What is the most common fibrous tumor of infancy?
Myofibroma
Rhabdomyoma: Define
Benign tumor of skeletal muscle
Rhabdomyoma: Special Characteristic
Spider cell
Choristoma: Define
Benign tumor-like growth of microscopically normal tissue in an abnormal location.
Choristoma: Clinical Features
- Firm, smooth surfaced nodule
- 0.5-2 cm
- Osseous and cartilaginous types
Choristoma: Histology
Destermine whether it is osseous or cartilaginous
Choristoma Treatment
Excisional Biopsy
What is the most common tumor of infancy?
Hemangioma
Hemangioma: Population
Female predilection
Hemangioma: Clinical Characteristics
FIrm, rubbery to palpation, do not blanch
Hemangioma: Growth Pattern
Rapid Development during first few months of life -> Stabilize -> Up to 90% spontaneously resolve by age 9
Hemangioma Treatment
Observe for resolution if not of functional concern.
First line treatment: beta blocker (propranolol).
Some lesions may be surgically excised.
In cases of large cevicofacial hemangioma, what treatment is indicated?
Clinical workup to rule out well-recognized hemangioma syndrome: Phaces
P in Phaces
Posterior Fossa Brain Anomalies; also called dandy-walker malformation
H in Phaces
Hemangioma
A in Phaces
Arterial Anomalies
C in Phaces
Cardiac Defects
E in Phaces
Eye anomalies
S in Phaces
Sternal Cleft; supraumbilical raphae
Define Borderline/Intermediate Malignant Potential
Locally aggressive & Destructive, do not metastasize.
Example of Borderline/Intermediate Malignant Potential
Soft Tissue Fibromatosis
Soft Tissue Fibromatosis is also known as
Juvenille Aggressive Fibromatosis
Soft Tissue FIbromatosis: Define
Fibrous proliferation with biologic behavior intermediate between a benign fibrous proliferation and fibrosarcoma
Soft Tissue Fibromatosis: Clinical Features
-Firm, painless mass
-Growth potential: Slow and rapid
-
Soft Tissue Fibromatosis: Population
Any age, but typically young patients
Branchial Cleft Cyst Clinical Features
- Upper lateral neck mass anterior or deep to the SCM (2nd branchial arch origin)
- Cyst itself is soft, fluctuant mass ranging from 1-10 cm
Branchial Cleft Cyst Population
Typically develops in children and young adults (ages 10-40)
Branchial Cleft Cyst Treatment
Surgical Excision
Oral Lymphoepithelial Cyst: Define
Uncommon benign cyst that may form in areas of lymphoid tissue
Oral Lymphoepithelial Cyst: What is this histologically identical to?
Branchial cystic lesion
Oral Lymphoepithelial Cyst: Clinical Features
- Well circumscribed yellow-white cystic lesion usually less than 1 cm
- Asymptomatic unless traumatized
Oral Lymphoepitelial Cyst: Sites
Floor of mouth, ventral tongue, posterior lateral border of tongue, palatine tonsil and soft palate
Oral Lympepithelial Cyst Treatment
Excisional biopsy or clinical monitoring if asymptomatic and characteristic enough for clinical diagnosis
Thyroglossal Duct Cyst: Etiology
Developmental cyst arising from remnants of the thyroglossal tract (A structure that normally atrophies after thyroid gland descends to the neck in development)
Thyroglossal Duct Cyst: Clinical Features
Midline neck mass that can occur anywhere from the foramen cecum area of the tongue to the suprasternal notch (anywhere along the descending tract).
Painless, fluctuant, moveabel swelling
Cysts attached to the hyoid bone or tongue will move vertically with swallowing
Thyroglossal Duct Cyst: Population
1-2nd decade of life
Thyroglossal Duct Cyst Treatment
Referral to head and neck surgeon or ENT -> Sistrunk procedure
Thyroglossal Duct Cyst Treatment
Referral to head and neck surgeon or ENT -> Sistrunk procedure
Define Sistrunk Procedure
Specific type of excision that removed some adjacent tissue and structures to lessen recurrence rate
Epidermoid & Dermoid Cysts: Etiology/Background
Benign, epithelial-lined, keratin filled, developmental cysts
Epidermoid & Dermoid Cysts: Clinical Features
-Midline, yellow-white, soft, compressible, doughy submucosal mass
Rare intraoral lesions
Epidermoid & Dermoid Cysts: Site
Rare intraoral lesions. More common on the skin.
Epidermoid & Dermoid Cysts: Treatment
Surgical excision
Malignant Soft Tissue Neoplasms in Children
Rhabdomyosarcoma
Malignant Soft Tissue neoplasms in Teens/Young Adults (4)
- Malignant peripheral nerve sheath tumor
- Fibrosarcoma
- Synovial sarcoma
- Alvolar Soft Part Sarcoma
Malignant Soft Tissue neoplasms in Middle Aged Adults
- Liposarcoma
- Olfactory neuroblastoma
- Leiomyosarcoma
- Undifferentiated pleomorphic sarcoma
Malignant Soft Tissue Neoplasms in Older Adults
Angiosarcoma
Key Features of Rhabdomyosarcoma
Most common soft tissue sarcoma in children
Key Features of MPNST
- 50% of cases occur in patients with NF1
2. Patients with NF1 develops MPNST’s in first decade earlier than non-NF1 patients
Key Features of Synovidal Sarcoma
Translocation X; 18
Key Features of Alveolar Soft Part Sarcoma
Translocation X; 17
Kaposi Sarcoma Etiology
Human herpesvirus 8
Kaposi Sarcoma Clinical Features
Blue/brown macules that do not blanch
Macules develop into blue/purple plaques or nodules
Can become a diffuse, exophytic mass
Kaposi Sarcoma: Four different clinical presentations
Classic, endemic, iatrogenic and epidemic
What is usually associated with Kaposi Sarcoma?
Aids
Treatment of Kaposi Sarcoma (HIV Associated)
Initiation of cART therapy
Chemotherapy, immunotherapy
Metastatic Disease of Oral Soft Tissue: Etiology
Hematogenous spread of malignancy via the Batson plexus
Metastatic Disease to Oral Soft Tissue: Clinical Features
Nodular mass resembling pyogenic granuloma
Nodular mass with non-ulcerated smooth surface
Metastatic Disease to Oral Soft Tissue: Site
Metastases can occur to the jaws or soft tissue
Soft Tissue: Gingiva > tongue
Metastatic Disease to Oral Soft Tissue: Treatment
- Metastatic disease always constitutes stage IV cancer
- Chemo/radiation
- Surgical management in some cases
malformations and anomalies (non-neoplastic)
Lymphangioma Variscosity Caliber persistent artery Vascular malformations Sturge-Weber Syndrome
Lymphangioma/Lymphatic Malformation: Etiology
Developmental Anomaly
Lymphangioma/Lymphatic Malformation: Clinical Features
Cystic hygroma
Oral Cavity lymphatic malformation
Pebbly “Vessicle-like” appearance “Frog Eggs” on anterior 2/3 of tongue
When do lesions occur in lymphangioma?
Around age 2
Define Cystic hygroma
Macrocystic lymphatic malformation that often occurs in the neck
Lymphangioma Histology
Dilated lymphatic vessels beneath the epithelium
Lymphangioma Treatment
Small Lesion -> Observation only or biopsied if unsure
Larger lesions or lesions of cosmetic concern -> surgical excision and sclerotherapy
Variscosity Etiology
Abnormally dilated veins
Variscosity Clinical Features
Blue-purple, painless nodule
Diascopy positive
May become thrombosed and feel firm to palpation
Variscosity Population
Older adults
Variscosity Treatment
Excisional biopsy for small lesions if uncertain of diagnosis or desired by patient for esthetics.
Large and clinically characteristic lesions not of esthetic concern: Monitor
Caliber Persistent Artery: Etiology
Vascular anomaly
Main arterial branch extends up into superficial submucosa
Caliber Persistent Artery location
Almost exclusively on lip
Caliber Persistent Artery Population
Older adults
Caliber Persistent Artery Clinical Features
Linear or popular elevation ranging from typical mucosal coloration to blueish in color.
Pulsation of lesion
Caliber Persistent Artery Treatment
No treatment indicated
Vascular malformation: etiology
Present at birth, persistent throughout life
Vascular malformation: Location
Occur in both soft tissue and intrabony
Three clinical features of vascular malformation
- Venous malformation
- Arteriovenous malformation
- Intrabony lesions
Describe clinical features of venous malformation
- Low flow
- Bluish, easily compressible
- Grow with the patient
Describe clinical features of arteriovenous malformation
- High flow, may be able to feel a thrill/pulse
- Present at birth but often become noticeable later in childhood or adulthood
Describe clinical features of intrabony lesions
- Usually miltiocular radiolucency
- Can cause sunburst periosteal reaction resembling osteosarcoma
Vascular malformation Treatment
- Small stable soft tissue lesions do not require treatment.
- Large problematic lesions -> sclerotherapy +/- surgical resection
- Intrabony lesions: need aspiration of any undiagnosed intrabony lesions before biopsy is a wise precaution to rule out the possibility of a vascular malformation. Lesions are typically embolized before surgical resection
Port Wine Stain: Etiology
Congenital dermal capillary vascular malformation.
Caused by specific genetic mutation (GNAQ)
Port Wine Stain aka
Nevus flammeus
Port Wine Stain Clinical Features
- Pink or purple macular lesions
- Grow commensurately with the patient
- Lesion may darken and become nodular with age
Port Wine Stain Treatment
Laser treatment for esthetic purposes with functional difficulty due to the size of the lesion
Port Wine Stain can occur independently or as a component of _______
Sturge-Weber Syndrome
Sturge-Weber Syndrome Etiology
Development Condition (not hereditary) GNAQ Mutation
Sturge-Weber Syndrome: Site
Affects skin, brain, and eyes
Sturge-Weber Syndrome Treatment
Lasers for port wine stain and potential oral lesions.
Neurosurgery in some cases for intractable epilepsy with progressive ID
Granulomatosis with polyangiitis: Etiology
- Disorder characterized by necrotizing granulomatous inflammation and systemic vasculitis of small arteries and veins
- Thought to be caused by an abnormal immune reaction to an inhaled environmental antigen or infectious agent
Granulomatosis with polyangiitis: Age and Sex
40 years old; no sex predilection
Granulomatosis with polyangiitis: Initial Clinical Features
- Related to upper and lower respiratory tract involvement
- Chronic sinus pain, nasal discharge, congestion
- Dry cough, hemoptysis, dyspnea
Granulomatosis with polyangiitis: What can occur without treatment
Progress to renal involvement
Granulomatosis with polyangiitis: Oral clinical characteristics
Strawberry gingivitis
Granulomatosis with polyangiitis: Diagnosis
Clinical features + microscopic findings
Indirect immunofluorescence for serum antibodies against PR3-ANCA
Granulomatosis with polyangiitis: Histology
Necrotizing granulomas, leukocytoclastic vasculitis
Granulomatosis with polyangiitis: Treatment
Systemic steroids+ cyclophosphamide
Granulomatosis with polyangiitis: Prognosis
If untreated and with systemic involvement-> mortality at 2 years is 90%.
With treatment and with systemic involvement prolonged remission in 75% and many patients can be cured
Palatal perforation: Differential Diagnosis
- Granulomatosis with polyangiitis
- Cocaine abuse
- Extranodal NK-T cell lymphoma
- Gumma
- Tuberculosis
Saddle Nose Deformity Differential Diagnosis
Granulomatosis with polyangiitis
Cocaine Snorting
Congenital Syphilis
Granulomatous Inflammation: Define
Specific type of inflammatory reaction to antigen
Granulomatous Inflammation: histology
Collections of histiocytes (macrophages) trying to wall off the intruder
Granulomatous inflammation: Causes
- Immune mediated diseases like sarcoidosis, granulomatosis with polyangiitis, crohn disease
- Some infections: Tuberculosis (and other mycobacteria), cat scratch disease, other fungal infections
- Foreign body reaction
Sarcoidosis: Etiology
Multisystem granulomatous disorder
Thought to be a result of improper degradation of antigenic material
Sarcoidosis: Acute Clinical Features
Fever, fatigue, anorexia, weight loss+ respiratory symptoms polyarthritis, vision problems, skin lesions
Sarcoidosis: Specific Acute syndromes
Lofgren syndrome and Heerfordt syndrome
Sarcoidosis: Chronic Clinical Features
-Dry cough, dyspnea, chest pain
Sarcoidosis: Head and Neck Manifestations
Submucosal mass, isolated papule or an area of granularity or ulceration
Intraosseous lesions: ill-defined radiolucency
Salivary glands can be infiltrated by granulomatosis inflammation
Sarcoidosis: Characteristic skin manifestation:
Lupus pernio
Sarcoidosis: Diagnosis
- Combination: clinical features+ radiology+ biopsy of lung lesions or of the parotid gland showing granulomas
- Elevated serum ACE in 60% of patients
Sarcoidosis: Histology
Non-necrotizing granulomas, asteroid bodies and shaumann bodies
Sarcoidosis: Treatment
- 60% of cases resolve spontaneously
- If progressive -> corticosteroids
Sarcoidosis: Prognosis
4-10% mortality
Oral Lesions associated with cosmetic fillers: Etiology
Oral lesion as a result of a foreign body type reaction to cosmetic filler
Biodegradable filler materials
Collagen, fat transfer, dextran, hyaluronic acid, poly-Llactic acid
Permanent/non-degrading fillers
Liquid silicone, polyacrylamid, hydroxyapatite
Oral Lesions associated with cosmetic fillers: Acute Mild Characteristics
Brusing, erythema, pain, localized infection
Oral Lesions associated with cosmetic fillers: Acute Severe Characteristics
Local allergic response (anaphylaxis), arthralgia, myalgia, facial paralysis, retinal artery thrombosis
Oral Lesions associated with cosmetic fillers: Chronic Clinical Characteristics
Latent tumor-like nodules in the soft tissue within vestibules and lips
If hydroxyapatite is used you may see radiopaque material on PAN or cone beam
Oral Lesions associated with cosmetic fillers: Diagnosis
Biopsy; intralesional or systemic steroids
Cervicofacial Emphysema: Etiology
Introduction of air into subcutaneous or fascial spaces of the face and neck
What puts a patient at higher risk for cervicofacial emphysema?
Surgical extractions, endodontic procedures, osteotomies, significant traumas
Cervicofacial Emphysema Other Causes
Use of compressed air, difficult or prolonged extractions, increased intraoral pressure after extraction
When do 90% of cervicofacial emphysema cases occur?
During surgery or within 1 hour post-op
Initial Signs of cervicofacial emphysema
Soft tissue enlarges, crepitus is detected easily with palpation
What helps differentiate between angioedema and cervicofacial emphysema?
Crepitus
Why do symptoms progress in cervicofacial emphysema? What are those symptoms?
Due to secondary inflammation and edema.
Symptoms: Variable pain, facial erythema, dysphagia, dysphonia, visual difficulty, mild fever
Cervicofacial Emphysema: What occurs if it spread to mediastinum?
Pneumomediastium
Cervicofacial Emphysema: Symptoms of Pneumomediastium
Harsh voice, dyspnea and respiratory distress, hamman’s crunch/sign
Define Hamman’s crunch/sign
A sound hearde on cardiac ausculatation in a patient with pneumomediastinum
Treatment of Cervicofacial Emphysema for Mild to Moderate Cases
- Observation for self-resolution (2-5 days)
- Prophylaxis with broad-spectrum antibiotic
- Body gradually removes air over 2-5 day period
Treatment for Cervicofacial Emphysema for severe cases
- Immediate emergency medical attention
- Possibility of airway compromise and other serious complications
Pneumoparotid is very similar to what disease
Cervicofacial emphysema
Describe Penumoparotid
Air enters parotid duct and causes enlargement of the parotid gland
What population is affected by pneumoparotid
Occupation based (trumpet players, or other similar instruments)
Clinical manifestations of pneumoparotid
Saliva from parotid duct is frothy from mixing with air
Crepitus over parotid gland region
Pneumoparotid Treatment
Prophylactic antibiotics, massage, hydration, warm compresses, sialagogues