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PERIO LEC 2

Total questions: 57

Worksheet time: 51mins

Name
Class
Date
1.

3 zones of oral mucosa

(a)  

2.

Covers palate

(a)  

3.

Covers tongue

(a)  

4.

Covers the rest of oral cavity

(a)  

5.

part of oral mucosa that covers alveolar bone and surrounds neck of teeth

(a)  

6.

forms the wall of the sulcus

(a)  

7.

a shallow crevice around tooth that is 2-3mm normal depth

(a)  

8.

bound to underlying bone from mucogingival junction to bottom of sulcus

(a)  

9.

Occupies embrasures

(a)  

10.

Separates Buccal from Lingual Papilla

(a)  

11.

Found n Anterior Teeth (Interdental Gingiva)

(a)  

12.

Keratinized

a)

Stratum Corneum

b)

Stratum Granulosum

c)

Stratum Spinosum

d)

Stratum Basale

13.

Keratohyalin

a)

Stratum Corneum

b)

Stratum Granulosum

c)

Stratum Spinosum

d)

Stratum Basale

14.

Prickle cells

(a)  

15.

single columnar/cuboidal (produce new

cells)

(a)  

16.

Lines the gingival sulcus

a)

Sulcular Epithelium

b)

Junctional Epithelium

17.

Self- renewing with mitotic activity

a)

Sulcular Epithelium

b)

Junctional Epithelium

18.

Reinforced by gingival fibers

(a)  

19.

Fluid in the gingival sulcus from gingival C.T ● Antimicrobial

(a)  

20.

Healthy Gingiva

a)

Red

b)

Has stipplings

c)

Dry

d)

Firm

21.

Dense fibrous connective tissue attaching tooth to alveolar bone

(a)  

22.

PDL has (a)   width

23.

Maintain physiologic relation between

cementum and bone

(a)  

24.

Parts of Gingival Fibers Group except

a)

Transeptal

b)

Attached

c)

Oblique

d)

Circumferential

25.

Parts of dentoalveolar fibers group

a)

Oblique

b)

Alveolar crest

c)

Horizontal

d)

Free gingival

26.

Mineralized tissue covering of the root surface

(a)  

27.

More resistant to displacing forces than one

● Limited remodeling capabilities

(a)  

28.

Found in coronal 3rd of root

(a)  

29.

Found in 2/3 of root covering radicular and apex area

(a)  

30.

Sharpey’s fibers entering alveolar bone

(a)  

31.

Serves as protection to developing primary

teeth; support for permanent teeth; resorbs when teeth are lost

(a)  

32.

Outer surface of bone

(a)  

33.

Dense compacts bone

(a)  

34.

(Aging) Gingiva thins out ● softer

● dry

● loss of stippling

(a)  

35.

Aging Cementum

(a)  

36.

decreased fibroblast

● width decrease- unopposed

● width increase- excessive load

a)

Epithelium

b)

Pdl

c)

Cementum

d)

Alveolar Bone

37.

Most common gingivitis

(a)  

38.

Pregnancy induced gingivitis

(a)  

39.

Nutritional gingivitis

(a)  

40.

medications induced gingivitis

(a)  

41.

(Papilla) filled embrasures, thin

a)

Healthy

b)

Diseased

42.

(Margins) rolled (thickened) in profile

a)

Healthy

b)

Diseased

43.

(Scalloping) flattened, exaggerated, reversed, clefted

a)

Healthy

b)

Diseased

44.

(Texture) smooth and shiny (glazed) pebbled

a)

Healthy

b)

Diseased

45.

Consistency - resilient, firm

a)

Healthy

b)

Diseased

46.

Bleeding upon probing, spontaneous

(a)  

47.

within 4 days of plaque accumulation

● slightly elevated vascular permeability and

vasodilation

● gingival crevicular fluid (GCF) flows out of

sulcus

(a)  

48.

increased vascular permeability, vasodilation,

and GCF flow

● large numbers of neutrophils and lymphocytes

(a)  

49.

How many weeks does it take for collagen destruction to occur in CT

(a)  

50.

2-3 weeks after plaque formation

● increased inflammatory cells (plasma cells,

lymphocytes & neutrophils

● inflammatory cells in CT

● significant collagen depletion of epithelium

● epithelium pockets with large number of

neutrophils

(a)  

51.

Irreversible

(a)  

52.

Continued collagen breakdown in CT

● Osteoclastic resorption of alveolar bone

(a)  

53.

Give 1 secondary factor that could accelerate the process of periodontitis

(a)  

54.

Excessive cementoblasts deposition

● Concrescence

(a)  

55.

Mass of locations

acellular cementum in abnormal

● Forms when cementoblasts encounters blood clots

(a)  

56.

Trauma induces increased activity among fibroblasts leading to

(a)  

57.

Physiological migration of teeth towards the mesial

● Unbalanced bone remodeling

● Occlusal forces leads to unbalanced cementum

remodeling.

(a)