WorksheetsPRCHTMLE_1MT-P1
Total questions: 157
Worksheet time: 1hrs 19mins
Name
Class
Date
1.
Consists of 3 germ layers
a)
Epithelial
b)
Nervous
c)
Muscular
d)
Connective
2.
Arises from ectoderm
a)
Epithelial
b)
Nervous
c)
Muscular
d)
Connective
3.
Arises from mesoderm
a)
Epithelial
b)
Nervous
c)
Muscular
d)
Connective
4.
Monolayer of cells, one cell thick
a)
Simple
b)
Pseudostratified
c)
Stratified
5.
Cells rest on common basement membrane; looks like stratified, appear to be more than one thick cell; example is trachea
a)
Simple
b)
Pseudostratified
c)
Stratified
6.
many layers of cells; examples are skin and vagina
a)
Simple
b)
Pseudostratified
c)
Stratified
7.
What is the cellular arrangement of skin and vagina?
a)
Simple
b)
Pseudostratified
c)
Stratified
8.
What is the cellular arrangement of trachea?
a)
Simple
b)
Pseudostratified
c)
Stratified
9.
Flattened cells
a)
Squamous
b)
Cuboidal
c)
Columnar
d)
Transitional
10.
Cube-like cells
a)
Squamous
b)
Cuboidal
c)
Columnar
d)
Transitional
11.
Cells taller than they are wide
a)
Squamous
b)
Cuboidal
c)
Columnar
d)
Transitional
12.
Cells that change shape when epithelium is stretched
a)
Squamous
b)
Cuboidal
c)
Columnar
d)
Transitional
13.
Ducts of sweat glands
a)
Stratified cuboidal
b)
Stratified columnar
c)
Transitional
d)
Pseudostratified columnar
e)
Stratified squamous
14.
Male urethra
a)
Stratified cuboidal
b)
Stratified columnar
c)
Transitional
d)
Pseudostratified columnar
e)
Stratified squamous
15.
Urinary tract
a)
Stratified cuboidal
b)
Stratified columnar
c)
Transitional
d)
Pseudostratified columnar
e)
Stratified squamous
16.
Female reproductive tract (nonciliated)
a)
Stratified cuboidal
b)
Stratified columnar
c)
Transitional
d)
Pseudostratified columnar
e)
Stratified squamous
17.
Trachea (ciliated)
a)
Stratified cuboidal
b)
Stratified columnar
c)
Transitional
d)
Pseudostratified columnar
e)
Stratified squamous
18.
In chronic smoker, what is the cellular arrangement and shape?
a)
Stratified cuboidal
b)
Stratified columnar
c)
Transitional
d)
Pseudostratified columnar
e)
Stratified squamous
19.
Bowman's capsule is an example of which type of covering epithelia?
a)
Simple squamous
b)
Simple cuboidal
c)
Simple columnar
20.
Loop of Henle is an example of which type of covering epithelia?
a)
Simple squamous
b)
Simple cuboidal
c)
Simple columnar
21.
Alveoli is an example of which type of covering epithelia?
a)
Simple squamous
b)
Simple cuboidal
c)
Simple columnar
22.
Endothelium is an example of which type of covering epithelia?
a)
Simple squamous
b)
Simple cuboidal
c)
Simple columnar
23.
Ducts of glands is an example of which type of covering epithelia?
a)
Simple squamous
b)
Simple cuboidal
c)
Simple columnar
24.
Walls of thyroid follicles is an example of which type of covering epithelia?
a)
Simple squamous
b)
Simple cuboidal
c)
Simple columnar
25.
Non-ciliated gallbladder is an example of which type of covering epithelia?
a)
Simple squamous
b)
Simple cuboidal
c)
Simple columnar
26.
Ciliated uterine tube is an example of which type of covering epithelia?
a)
Simple squamous
b)
Simple cuboidal
c)
Simple columnar
27.
Skin (keratinized) is an example of which type of covering epithelia?
a)
Stratified squamous
b)
Stratified columnar
c)
Pseudostratified columnar
28.
Vagina is an example of which type of covering epithelia?
a)
Stratified squamous
b)
Stratified columnar
c)
Pseudostratified columnar
29.
Esophagus is an example of which type of covering epithelia?
a)
Stratified squamous
b)
Stratified columnar
c)
Pseudostratified columnar
30.
Cervix (nonkeratinized) is an example of which type of covering epithelia?
a)
Stratified squamous
b)
Stratified columnar
c)
Pseudostratified columnar
31.
Male urethra is an example of which type of covering epithelia?
a)
Stratified squamous
b)
Stratified columnar
c)
Pseudostratified columnar
32.
Female reproductive tract (nonciliated) is an example of which type of covering epithelia?
a)
Stratified squamous
b)
Stratified columnar
c)
Pseudostratified columnar
33.
Trachea (ciliated) is an example of which type of covering epithelia?
a)
Stratified squamous
b)
Stratified columnar
c)
Pseudostratified columnar
34.
Epididymis is an example of which type of covering epithelia?
a)
Stratified squamous
b)
Stratified columnar
c)
Pseudostratified columnar
35.
w/ ducts
a)
Exocrine glands
b)
Endocrine glands
36.
ductless
a)
Exocrine glands
b)
Endocrine glands
37.
stomach
a)
Exocrine - tubular
b)
Exocrine - acinar or alveolar
c)
Exocrine - tubuloacinar
38.
uterus
a)
Exocrine - tubular
b)
Exocrine - acinar or alveolar
c)
Exocrine - tubuloacinar
39.
pancreas
a)
Exocrine - tubular
b)
Exocrine - acinar or alveolar
c)
Exocrine - tubuloacinar
40.
salivary glands
a)
Exocrine - tubular
b)
Exocrine - acinar or alveolar
c)
Exocrine - tubuloacinar
41.
prostate
a)
Exocrine - tubular
b)
Exocrine - acinar or alveolar
c)
Exocrine - tubuloacinar
42.
Overlapping classification ; exocrine
a)
Enzymes
b)
Hormones
43.
Overlapping classification ; endocrine
a)
Enzymes
b)
Hormones
44.
No loss of cytoplasm
a)
Merocrine
b)
Apocrine
c)
Holocrine
45.
Goblet cells
a)
Merocrine
b)
Apocrine
c)
Holocrine
46.
Sweat glands
a)
Merocrine
b)
Apocrine
c)
Holocrine
47.
w/ cytoplasmic loss
a)
Merocrine
b)
Apocrine
c)
Holocrine
48.
Distal portion is pinched off
a)
Merocrine
b)
Apocrine
c)
Holocrine
49.
Mammary glands
a)
Merocrine
b)
Apocrine
c)
Holocrine
50.
With partial damage
a)
Merocrine
b)
Apocrine
c)
Holocrine
51.
Disintegrating cell and its constituents released
a)
Merocrine
b)
Apocrine
c)
Holocrine
52.
Complete breakdown of cells
a)
Merocrine
b)
Apocrine
c)
Holocrine
53.
Sebaceous gland
a)
Merocrine
b)
Apocrine
c)
Holocrine
54.
Wharton’s jelly (acid MPS)
a)
Loose connective tissue
b)
Dense connective tissue
55.
BM (reticular)
a)
Loose connective tissue
b)
Dense connective tissue
56.
Lymph node (reticular)
a)
Loose connective tissue
b)
Dense connective tissue
57.
Embryo (mesenchyme)
a)
Loose connective tissue
b)
Dense connective tissue
58.
Hypodermis
a)
Loose connective tissue
b)
Dense connective tissue
59.
Dermis
a)
Loose connective tissue
b)
Dense connective tissue
60.
Capsules
a)
Loose connective tissue
b)
Dense connective tissue
61.
Tendons
a)
Loose connective tissue
b)
Dense connective tissue
62.
Stroma of cornea
a)
Loose connective tissue
b)
Dense connective tissue
63.
Hyaline = trachea is under which type of loose connective tissue?
a)
Cartilage
b)
Bone
c)
Others
64.
Fibrous = intervertebral discs is under which type of loose connective tissue?
a)
Cartilage
b)
Bone
c)
Others
65.
Elastic = ear, epiglottis is under which type of loose connective tissue?
a)
Cartilage
b)
Bone
c)
Others
66.
Cancellous/spongy/trabecular = epiphysis/ends of long bones is under which type of loose connective tissue?
a)
Cartilage
b)
Bone
c)
Others
67.
Tissue composed of a network of bony trabeculae separated by interconnecting bone marrow spaces:
a)
Cortical bone
b)
Woven bone
c)
Cancellous bone
d)
Compact bone
68.
Nonkeratinizing stratified squamous epithelium would be found lining the:
a)
Skin
b)
Trachea
c)
Esophagus
d)
Urinary bladder
69.
Malignant tumors of connective tissue are known as:
a)
Carcinomas
b)
Lipomas
c)
Sarcomas
d)
Fibromas
70.
Compact/cortical = diaphysis/shaft is under which type of loose connective tissue?
a)
Cartilage
b)
Bone
c)
Others
71.
Blood is under which type of loose connective tissue?
a)
Cartilage
b)
Bone
c)
Others
72.
Lymph is under which type of loose connective tissue?
a)
Cartilage
b)
Bone
c)
Others
73.
Hematopoietic tissues is under which type of loose connective tissue?
a)
Cartilage
b)
Bone
c)
Others
74.
Stain used on acid mucopolysaccharides; fixative dito ay lead fixatives skl
a)
Von Gieson
b)
Masson's trichrome
c)
Alcian blue
d)
Mallory's aniline blue
e)
Krajians aniline blue
75.
Mallory’s Phosphotungstic AcidHematoxylin (PTAH)
a)
Fibrin
b)
Fibrinoid
c)
Hyaline
d)
Amyloid
76.
The phosphotungstic acid hematoxylin (PTAH) is useful for demonstrating:
a)
Edema fluid
b)
Muscle striations
c)
Ground substance
d)
Reticulin network
77.
Smears prepared for cytologic examination from cut surfaces of lymph nodes can be obtained by:
a)
Spreading
b)
Pull-apart
c)
Touch preparation
d)
Streaking
78.
A malignant tumor is least characterized by:
a)
Metastasis
b)
Mitotic figures
c)
Encapsulation
d)
Invasion of adjacent tissues
79.
Lendrum’s Martius Scarlet Blue (MSB)
a)
Fibrin
b)
Fibrinoid
c)
Hyaline
d)
Amyloid
80.
Staining reactions identical to fibrin
a)
Fibrin
b)
Fibrinoid
c)
Hyaline
d)
Amyloid
81.
Necrotizing vasculitis
a)
Fibrin
b)
Fibrinoid
c)
Hyaline
d)
Amyloid
82.
Hypersensitivity
a)
Fibrin
b)
Fibrinoid
c)
Hyaline
d)
Amyloid
83.
Collagen diseases
a)
Fibrin
b)
Fibrinoid
c)
Hyaline
d)
Amyloid
84.
Mixture of exudates & altered cytoplasmic constituents
a)
Fibrin
b)
Fibrinoid
c)
Hyaline
d)
Amyloid
85.
Degenerated collagen
a)
Fibrin
b)
Fibrinoid
c)
Hyaline
d)
Amyloid
86.
Hypertension
a)
Fibrin
b)
Fibrinoid
c)
Hyaline
d)
Amyloid
87.
atheroma
a)
Fibrin
b)
Fibrinoid
c)
Hyaline
d)
Amyloid
88.
diabetic kidney
a)
Fibrin
b)
Fibrinoid
c)
Hyaline
d)
Amyloid
89.
Periodic Acid Schiff (PAS) ; used to stain CHO so nonspecific
a)
Fibrin
b)
Fibrinoid
c)
Hyaline
d)
Amyloid
90.
One of the most pathogenic among all the deposits found in connective tissues
a)
Fibrin
b)
Fibrinoid
c)
Hyaline
d)
Amyloid
91.
Seen in TB
a)
Fibrin
b)
Fibrinoid
c)
Hyaline
d)
Amyloid
92.
Seen in leprosy
a)
Fibrin
b)
Fibrinoid
c)
Hyaline
d)
Amyloid
93.
Seen in osteomyelitis
a)
Fibrin
b)
Fibrinoid
c)
Hyaline
d)
Amyloid
94.
Congo Red
a)
Fibrin
b)
Fibrinoid
c)
Hyaline
d)
Amyloid
95.
Metachromatic stain
a)
Fibrin
b)
Fibrinoid
c)
Hyaline
d)
Amyloid
96.
Thioflavine
a)
Fibrin
b)
Fibrinoid
c)
Hyaline
d)
Amyloid
97.
Most common stain used to observe amyloid
a)
Congo red
b)
Metachromatic stain
c)
Thioflavine
98.
Early fibrin color
a)
Yellow
b)
Blue
99.
Old fibrin color
a)
Yellow
b)
Blue
100.
Smooth muscle tissue
a)
Involuntary
b)
Involuntary, striated
c)
Voluntary, striated
101.
Skeletal muscle tissue
a)
Involuntary
b)
Involuntary, striated
c)
Voluntary, striated
102.
Cardiac muscle tissue
a)
Involuntary
b)
Involuntary, striated
c)
Voluntary, striated
103.
Heart
a)
Smooth muscle tissue
b)
Skeletal muscle tissue
c)
Cardiac muscle tissue
104.
Skeletal muscles
a)
Smooth muscle tissue
b)
Skeletal muscle tissue
c)
Cardiac muscle tissue
105.
Intestines
a)
Smooth muscle tissue
b)
Skeletal muscle tissue
c)
Cardiac muscle tissue
106.
blood vessels
a)
Smooth muscle tissue
b)
Skeletal muscle tissue
c)
Cardiac muscle tissue
107.
Brain
a)
Central nervous system
b)
Peripheral nervous tissue
c)
Special receptors
108.
Spinal cord
a)
Central nervous system
b)
Peripheral nervous tissue
c)
Special receptors
109.
Peripheral nerves
a)
Central nervous system
b)
Peripheral nervous tissue
c)
Special receptors
110.
Ear, eye, nose
a)
Central nervous system
b)
Peripheral nervous tissue
c)
Special receptors
111.
Redness
a)
Rubor
b)
Calor
c)
Tumor
d)
Dolor
112.
Increased blood flow due to injury
a)
Rubor
b)
Calor
c)
Tumor
d)
Dolor
e)
Functio laesa
113.
Due to arteriolar and capillary dilation with increased rate of blood flow towards the site of injury
a)
Rubor
b)
Calor
c)
Tumor
d)
Dolor
e)
Functio laesa
114.
Due to increased capillary permeability; thereby causing extravasation of blood fluid; and recruitment of phagocytes
a)
Rubor
b)
Calor
c)
Tumor
d)
Dolor
e)
Functio laesa
115.
Due to transfer of internal heat to the surface or site of injury, brough about by increased blood content
a)
Rubor
b)
Calor
c)
Tumor
d)
Dolor
e)
Functio laesa
116.
Due to pressure upon sensory nerve by the exudate or tumor
a)
Rubor
b)
Calor
c)
Tumor
d)
Dolor
e)
Functio laesa
117.
Loss of functioning units of the tissue
a)
Rubor
b)
Calor
c)
Tumor
d)
Dolor
e)
Functio laesa
118.
Heat
a)
Rubor
b)
Calor
c)
Tumor
d)
Dolor
e)
Functio laesa
119.
Blood > heat
a)
Rubor
b)
Calor
c)
Tumor
d)
Dolor
e)
Functio laesa
120.
Swelling
a)
Rubor
b)
Calor
c)
Tumor
d)
Dolor
e)
Functio laesa
121.
Increased capillary permeability fluid extravasation
a)
Rubor
b)
Calor
c)
Tumor
d)
Dolor
e)
Functio laesa
122.
Pain
a)
Rubor
b)
Calor
c)
Tumor
d)
Dolor
e)
Functio laesa
123.
Pressure > Sensory nerves
a)
Rubor
b)
Calor
c)
Tumor
d)
Dolor
e)
Functio laesa
124.
Loss of function
a)
Rubor
b)
Calor
c)
Tumor
d)
Dolor
e)
Functio laesa
125.
Destruction of functional units
a)
Rubor
b)
Calor
c)
Tumor
d)
Dolor
e)
Functio laesa
126.
Vascular & exudative
a)
Acute inflammation
b)
Subchronic inflammation
c)
Chronic inflammation
127.
Persistence of the injuring agent for weeks or years
a)
Acute inflammation
b)
Subchronic inflammation
c)
Chronic inflammation
128.
Predominantly mononuclear (macrophages, lymphocytes, plasma cells) but PMNs may also be present
a)
Acute inflammation
b)
Subchronic inflammation
c)
Chronic inflammation
129.
PMNs ---(Tissue)---> Microphages
a)
Acute inflammation
b)
Subchronic inflammation
c)
Chronic inflammation
130.
Intergrade between acute & chronic
a)
Acute inflammation
b)
Subchronic inflammation
c)
Chronic inflammation
131.
Vascular & fibroblastic
a)
Acute inflammation
b)
Subchronic inflammation
c)
Chronic inflammation
132.
Monocytes ---(Tissue)---> Macrophages
a)
Acute inflammation
b)
Subchronic inflammation
c)
Chronic inflammation
133.
Serum/secretions from serosal mesothelial cells (3P’s)
a)
Serous inflammation
b)
Fibrinous inflammation
c)
Catarrhal inflammation
d)
Hemorrhagic inflammation
e)
Suppurative/purulent inflammation
134.
Example: Pulmonary TB
a)
Serous inflammation
b)
Fibrinous inflammation
c)
Catarrhal inflammation
d)
Hemorrhagic inflammation
e)
Suppurative/purulent inflammation
135.
Fibrinogen
a)
Serous inflammation
b)
Fibrinous inflammation
c)
Catarrhal inflammation
d)
Hemorrhagic inflammation
e)
Suppurative/purulent inflammation
136.
Diphtheria
a)
Serous inflammation
b)
Fibrinous inflammation
c)
Catarrhal inflammation
d)
Hemorrhagic inflammation
e)
Suppurative/purulent inflammation
137.
rheumatoid pericarditis
a)
Serous inflammation
b)
Fibrinous inflammation
c)
Catarrhal inflammation
d)
Hemorrhagic inflammation
e)
Suppurative/purulent inflammation
138.
early stage of pneumonia
a)
Serous inflammation
b)
Fibrinous inflammation
c)
Catarrhal inflammation
d)
Hemorrhagic inflammation
e)
Suppurative/purulent inflammation
139.
Hypersecretion of mucosa
a)
Serous inflammation
b)
Fibrinous inflammation
c)
Catarrhal inflammation
d)
Hemorrhagic inflammation
e)
Suppurative/purulent inflammation
140.
Blood + exudates
a)
Serous inflammation
b)
Fibrinous inflammation
c)
Catarrhal inflammation
d)
Hemorrhagic inflammation
e)
Suppurative/purulent inflammation
141.
Bacterial infections & other infections
a)
Serous inflammation
b)
Fibrinous inflammation
c)
Catarrhal inflammation
d)
Hemorrhagic inflammation
e)
Suppurative/purulent inflammation
142.
Pus: creamy fluid component of PMNs & necrotic tissue debris
a)
Serous inflammation
b)
Fibrinous inflammation
c)
Catarrhal inflammation
d)
Hemorrhagic inflammation
e)
Suppurative/purulent inflammation
143.
Abcess: large pus
a)
Serous inflammation
b)
Fibrinous inflammation
c)
Catarrhal inflammation
d)
Hemorrhagic inflammation
e)
Suppurative/purulent inflammation
144.
Pustule: small pus
a)
Serous inflammation
b)
Fibrinous inflammation
c)
Catarrhal inflammation
d)
Hemorrhagic inflammation
e)
Suppurative/purulent inflammation
145.
creamy fluid component of PMNs & necrotic tissue debris
a)
Pus
b)
Abcess
c)
Pustule
146.
large accumulation of pus
a)
Pus
b)
Abcess
c)
Pustule
147.
small accumulation of pus
a)
Pus
b)
Abcess
c)
Pustule
148.
The escape of fluid, proteins, and blood cells from the vascular system into interstitial tissue or body
a)
Exudate
b)
Exudation
c)
Transudate
d)
Effusion
149.
Accumulation of serous fluid
a)
Exudate
b)
Exudation
c)
Transudate
d)
Effusion
150.
Increase specific gravity, increased protein with infection
a)
Exudate
b)
Exudation
c)
Transudate
d)
Effusion
151.
Low specific gravity
a)
Exudate
b)
Exudation
c)
Transudate
d)
Effusion
152.
Langerhans cells
a)
Skin
b)
Kidneys
c)
Brain
d)
Liver
e)
Alveoli
153.
Mesangial cells
a)
Skin
b)
Kidneys
c)
Brain
d)
Liver
e)
Alveoli
154.
Neuroglial cells
a)
Skin
b)
Kidneys
c)
Brain
d)
Liver
e)
Alveoli
155.
Kupffer cells
a)
Skin
b)
Kidneys
c)
Brain
d)
Liver
e)
Alveoli
156.
Alveolar macrophage
a)
Skin
b)
Kidneys
c)
Brain
d)
Liver
e)
Alveoli
157.
Hauffbauer cells
a)
Placenta
b)
Kidneys
c)
Brain
d)
Liver
e)
Alveoli
100 %
