1.  Skin surface in man 175 cm high and 75 kg heavy is about:

a.  4,0 m2

b.  3,5 m2

c.  2,6 m2

d.  1,7 m2

e.  0,9 m2

2.  Developmental transition of cells from the basal layer to the horny layer in normal skin depends on their:

a.  proliferation ability

b.  differentiation

c.  survival

d.  none of the options is correct

e.  regeneration

3.  Desmosomes are:

a.  fibres which determine the strength of collagen fibers

b.  fibres that make a body of smooth muscle

c.  major part of elastic fibres representing their elasticity

d.  bordered thickenings of cell membrane, tonofilaments are clamped inside the keratinocytes

e.  connections between cells of stratum basale and basement membrane

4.  In which part of the skin is produced melanin?

a.  in keratinocytes of stratum basale

b.  in melanofores of derma

c.  in melanocytes

d.  in keratinocytes of stratum spinosum

e.  in histiocytes

5.  Which order does correspond to the actual arrangement of layers in the epidermis?

a.  str. basale – str. spinosum – str. lucidum – str. granulosum – str. corneum

b.  str. basale – str. spinosum – str. granulosum – str. lucidum – str. corneum

c.  str. basale – str. granulosum – str. spinosum – str. lucidum – str. corneum

d.  str. basale – str. lucidum – str. granulosum – str. spinosum – str. corneum

e.  str. basale – str. lucidum – str. spinosum – str. granulosum – str. corneum

6.  How many rows of cells with nuclei are normally in the stratum corneum?

a.  10 – 12

b.  7 – 9

c.  4 – 6

d.  1 – 3

e.  0

7.  In which layer of the epidermis are located keratohyalin grains?

a.  stratum basale

b.  stratum spinosum

c.  stratum granulosum

d.  stratum lucidum

e.  stratum corneum

8.  Dermis contains:

a.  elastic fibers

b.  collagen fibres

c.  argyrofill fibres

d.  grape-shaped fet cells

e.  amorphous ground substance

9.  Physiological daily hair growth is approximately:

a.  0,1 mm

b.  0,35 mm

c.  1,0 mm

d.  none of the options are correct

e.  0,01 mm

10.  What do the terms anagen, telogen and katagen mean?

a.  they characterize the position of hair papilla in the epidermis

b.  stages of hair cycle

c.  they characterize normal, increased and decreased hair density in different seasons

d.  types of hair located only in the scalp

e.  types of hair located only on the body

11.  Choose the correct order of growing stages of the hair:

a.  telogen – catagen – anagen

b.  anagen – catagen – telogen

c.  catagen – telogen – anagen

d.  catagen – anagen – telogen

e.  anagen – telogen – catagen

12.  Anagen stage is:

a.  abnormal stage

b.  stage, where is majority of hair of the scalp

c.  transition stage

d.  the shortest of all stages

e.  stage, in which hair normally falls

13.  Catagen stage is:

a.  abnormal stage

b.  stage, where is majority of hair of the scalp

c.  transition stage

d.  the shortest of all stages

e.  stage, in which hair normally falls

14.  Telogen stage is:

a.  abnormal stage

b.  stage, where is majority of hair of the scalp

c.  transition stage

d.  the shortest of all stages

e.  stage, in which hair normally falls

15.  The normal trichogram ratio of anagen, telogen and catagen hair is:

a.  45 : 1 : 54

b.  14 : 6 : 80

c.  70 : 4 : 26

d.  85 : 1 : 14

e.  18 : 2 : 80

16.  How much hairs do fall out daily in the normal hair cycle?

a.  20 – 30

b.  40 – 50

c.  60 – 70

d.  70 – 100

e.  more than 150

17.  What is lunula?

a.  the area less supplied by arteries

b.  the area with poorly thickened nail plate

c.  the area with thickened nail plate

d.  the visible part of the matrix

e.  the accumulation of air bubbles between the poorly keratinised cells of the nail plate

18.  Sebaceous glands are normally found on:

a.  soles

b.  backs of the hands

c.  face

d.  abdomen

e.  palms

19.  Which areas of the skin are abundantly supplied with sebaceous glands?

a.  face

b.  palms

c.  sternum area

d.  hair on the scalp

e.  feet

20.  Apocrine sweat glands are on:

a.  neck

b.  armpits

c.  forehead

d.  palms

e.  perigenital area

21.  Which of the following statements is correct for eccrine sweat glands?

a.  they are spread over the whole body surface

b.  they have no role in thermal regulation

c.  they can cause acne vulgaris in pathological conditions

d.  they are no active during childhood

e.  none of the options are correct

22.  What does drain into the hair follicle?

a.  eccrine sweat gland

b.  apocrine sweat gland

c.  sebaceous gland

d.  lymphatic vessels of the skin

e.  none of the statements are correct

23.  Sebaceous glands are:

a.  in the epidermis

b.  in the dermis

c.  in the hypodermis

d.  in stratum corneum

e.  in all layers of the skin

24.  What can protect the skin against bacterial infection?

a.  secretion of the apocrine glands

b.  secretion of the eccrine glands

c.  lipids of sebaceous glands

d.  separating of the cells instratum disjunctum

e.  increasing of skin melanin

25.  Skin color depends on:

a.  the skin pigment (melanin)

b.  the thickness of epidermis

c.  the amount of beta- carotene

d.  sweating of the skin

e.  vascularisation

26.  pH of the healthy skin is:

a.  1,5

b.  3,5

c.  5,5

d.  7,5

e.  9,5

27.  What does participate in the thermoregulation?

a.  keratinocytes of stratum corneum

b.  sweat glands

c.  melanocytes

d.  sebaceous glands

e.  hypodermis

28.  Choose important skin functions:

a.  thermoregulation

b.  mechanical barrier

c.  storage of vitamins

d.  sensory organ

e.  significant depot of water and energy

29.  What is hyperkeratosis?

a.  thickening of stratum basale

b.  overgrowth of cells with keratohyaline grains

c.  thickening of stratum corneum

d.  thickening of the whole epidermis

e.  relative thickening of the epidermis over the thin corium

30.  What is parakeratosis?

a.  hyperkeratosis with absence of the stratum granulosum

b.  abnormal and incomplete keratinisation, corneocytes in cornified layer contain nuclear material, the stratum granulosum is largely absent

c.  disorder of keratinisation where coherence of cells of horny layer is disturbed

d.  thickening of stratum spinosum

e.  none of the statements is correct

31.  What is spongiosis?

a.  intercellular oedema developing after widening of intercellular spaces in the stratum spinosum

b.  overgrowth of inflammatory infiltrate in intercellular spaces in the stratum spinosum

c.  thickening of the stratum corneum

d.  thickening of the stratum spinosum

e.  linear gaps among cells in the stratum spinosum

32.  What is acanthosis?

a.  the papillary body is elongated and widened

b.  thickening of the spinous cell layer of the epidermis

c.  widening of the intercellular spaces due to oedema in the stratum spinosum

d.  loss of desmosomal contacts in in the stratum spinosum

e.  thickening of the whole epidermis

33.  What is dyskeratosis?

a.  the premature imperfect keratinisation of individual keratinocytes between still nonkeratinized epidermal cell structure

b.  linear gaps among cells in the stratum spinosum

c.  delayed process of keratinisation inthe epidermis

d.  uniform thickening of all layers of epidermis

e.  none of the statements is correct

34.  What is macula?

a.  circumscribed oedema in the skin

b.  circumscribed elevation of the skin

c.  circumscribed alteration in the color of the skin

d.  circumscribed overgrowth of the number of hair on the small surface

e.  dilatation of the hair follicle

35.  Which instrument is used to differ haematoma from erythema in the skin?

a.  needle

b.  lancet

c.  glass spatula

d.  wooden spatula

e.  nothing mentioned

36.  What is purpura?

a.  permanently dilated tiny vessels in the skin

b.  bleeding into the skin

c.  pigmentation on basis of overgrowth of melanin

d.  pigmentation from foreign substances

e.  circumscribed stenosis of vessels in the skin

37.  What is papula?

a.  blister

b.  depression in the skin

c.  circumscribed oedema in the dermis

d.  circumscribed palpable elevation of the skin

e.  none of statements is correct

38.  Papula develops by:

a.  tiny bleeding

b.  pigment deposition

c.  overgrowing or infiltration of cell elements

d.  necrosis

e.  blood perfusion

39.  Mark the correct statements relating to urtica:

a.  circumscribed oedema of the dermis

b.  flat cellular circumscribed infiltrate

c.  skin elevation that develops quickly and lasts for less than 24 hours

d.  it develops in any layer of the skin

e.  in subcutaneous tisssues angioedema can develop

40.  What is vesicle?

a.  skin cavity lined with epithelium – endothelium or membraneous lining, containing fluid, pus or keratin

b.  circumscribed spreading of the blood vessel

c.  circumscribed fluid – filled lesions

d.  circumscribed oedema in the dermis

e.  spreading of lymphatic vessels

41.  What is pustula?

a.  cavity in epidermis filled with haemorrhagic fluid

b.  vesicle with clear content

c.  vesicle with disturbed covering

d.  cyst filled with pus

e.  blister filled with pus

42.  Macula is:

a.  circumscribed coloring of various shape and size in the level of the skin

b.  circumscribed cellular infiltrate or overgrowth of tissue of the skin up to 1 cm

c.  extensive inflammatory infiltrate that afflicts deeper parts of the skin and subcutaneous tissue

d.  circumscribed oedema of the dermis

e.  blister filled with pus

43.  Papula is:

a.  circumscribed coloring of various shape and size in the level of the skin

b.  circumscribed cellular infiltrate or overgrowth of tissue of the skin up to 1 cm

c.  extensive inflammatory infiltrate that afflicts deeper parts of the skin and subcutaneous tissue

d.  circumscribed oedema of the dermis

e.  blister filled with pus

44.  Red macula is:

a.  circumscribed overgrowth of melanin in the region of basal cells

b.  thickening of the dermis on basis of infiltrate or proliferation of cells, oedema and hyperaemia

c.  solid circumscribed elevation conditioned by locally limited oedema. White to pink color of lesion corresponds to filling of capillaries

d.  local redness conditioned by limited hyperaemia in pars papillaris andpars reticularis

e.  none of mentioned

45.  Dermal papula is:

a.  circumscribed overgrowth of melanin in the region of basal cells

b.  thickening of the dermis on basis of infiltrate or proliferation of cells, oedema and hyperaemia

c.  solid circumscribed elevation conditioned by locally limited oedema. White to pink color of lesion corresponds to filling of capillaries

d.  local redness conditioned by limited hyperaemia in pars papillaris andpars reticularis

e.  none of mentioned

46.  Urtica is:

a.  circumscribed overgrowth of melanin in the region of basal cells

b.  thickening of the dermis on basis of infiltrate or proliferation of cells, oedema and hyperaemia

c.  solid circumscribed elevation conditioned by locally limited oedema. White to pink color of lesion corresponds to filling of capillaries

d.  local redness conditioned by limited hyperaemia in pars papillaris andpars reticularis

e.  none of mentioned

47.  Brown macula is:

a.  circumscribed overgrowth of melanin in the region of basal cells

b.  thickening of the dermis on basis of infiltrate or proliferation of cells, oedema and hyperaemia

c.  solid circumscribed elevation conditioned by locally limited oedema. White to pink color of lesion corresponds to filling of capillaries

d.  local redness conditioned by limited hyperaemia in pars papillaris andpars reticularis

e.  none of mentioned

48.  White macula is:

a.  thickening of epidermis by acanthosis, spongiosis (= intercellular oedema )

b.  focal depigmentation of the skin

c.  large nodal tissue leading or embedded into hypodermis caused by inflammation or proliferation

d.  circumscribed infiltrate on the borderline of dermis and hypodermis

e.  thickening of epidermis and dermis by hypertrophy or hyperplasia of all layers of epidermis, oedema and hyperaemia in the dermis

49.  Mixed papula is:

a.  thickening of epidermis by acanthosis, spongiosis (= intercellular oedema )

b.  focal depigmentation of the skin

c.  large nodal tissue leading or embedded into hypodermis caused by inflammation or proliferation

d.  circumscribed infiltrate on the borderline of dermis and hypodermis

e.  thickening of epidermis and dermis by hypertrophy or hyperplasia of all layers of epidermis, oedema and hyperaemia in the dermis

50.  Epidermal papula is:

a.  thickening of epidermis by acanthosis, spongiosis (= intercellular oedema )

b.  focal depigmentation of the skin

c.  large nodal tissue leading or embedded into hypodermis caused by inflammation or proliferation

d.  circumscribed infiltrate on the borderline of dermis and hypodermis

e.  thickening of epidermis and dermis by hypertrophy or hyperplasia of all layers of epidermis, oedema and hyperaemia in the dermis

51.  Tuber is:

a.  thickening of epidermis by acanthosis, spongiosis (= intercellular oedema )

b.  focal depigmentation of the skin

c.  large nodal tissue into hypodermis leading or embedded caused by inflammation or proliferation

d.  circumscribed infiltrate on the borderline of dermis and hypodermis

e.  thickening of epidermis and dermis by hypertrophy or hyperplasia of all layers of epidermis, oedema and hyperaemia in the dermis

52.  Scale develops:

a.  as a consequence of tiny bleeding

b.  as a consequence of disturbing intercellular bridges in the stratum spinosum

c.  as a consequence of disturbing coherence of cells in diseased process

d.  as a consequence of pyogenic process in epidermis

e.  as a consequence of excessive formation of pigment caused by ultraviolet rays

53.  Crust develops:

a.  from necrosis

b.  from dried epidermis

c.  from cellular elements over pathological lesion

d.  from dried excretion over some pathological processes

e.  from sediments of external origin

54.  What is erosion?