Pathology MCQs for Pak Army, Navy & PAF Medical Officer Tests
Those who aspire to secure a prestigious job in the Pakistan Armed Forces as a Medical Doctor must successfully clear both Intelligence and academic tests. Shaheen Forces Academy is dedicated to providing the precise guidance and high-quality study material required to excel as a Medical Officer in the Army, Navy, and PAF.
Medical fields encompass various branches, each requiring specialized testing. Pathology MCQs form a critical component of the assessment for M-Cadet, AFNS, and Short Service Regular Commission (SSRC) candidates. Whether you are applying for the Pak Navy Short Service Commission or seeking a Medical Officer role in the PAF, mastering these concepts is essential.
The following Pathology MCQs with Answers have been meticulously collected from past M-Cadet and Medical Officer recruitment tests. This comprehensive MCQ Bank serves as an invaluable resource for written medical test preparation, ensuring candidates are familiar with the actual exam patterns and high-frequency questions.
Pathology Examination Questions for Medical Tests
- (a) Pyknosis – shrinkage of nucleus
- (b) Karyolysis – Dissolution of nucleus
- (c) Karyorrhexis – fragmentation of nucleus
- (d) All of the above
- (a) Low density lipoproteins has maximum association with atherosclerosis
- (b) High density lipoproteins have protective role in atherosclerosis
- (c) Poly unsaturated fats lowers plasma cholesterol levels
- (d) HDL contains the highest cholesterol content
- (a) Arterial thrombi produces ischemia whereas cardiac/venous cause embolism
- (b) Arterial thrombi are mural whereas venous thrombi are red and occlusive
- (c) Venous thrombi are soft/red whereas arterial thrombi are firm and white
- (d) All of the above
- (a) Increased liver glycogenolysis
- (b) Causes bronchiolar constriction
- (c) Evokes extrasystoles in the heart
- (d) Produces restlessness and anxiety
- (a) Penicillinase
- (b) Protamine sulphate
- (c) Pryosulphate
- (d) Potassium sulphate
- (a) Testosterone
- (b) Parathyroid
- (c) Insulin
- (d) Thyroid
- (a) Lowers the intraocular pressure in glaucoma
- (b) Cleaved by acetylcholinesterase
- (c) Inhibits sweat and lacrimation
- (d) Causes tachycardia
- (a) Atropine
- (b) Diazepam
- (c) Neostigmine
- (d) Succinylcholine
- (a) Corticosteroids
- (b) Antihistamines
- (c) Adrenalin
- (d) Diazepam
- (a) Antacids
- (b) Benzodiazepine
- (c) Nsaid’s like Ibuprofen
- (d) Codeine, dihydrocodeine, paracetmol
- (a) Mydriasis
- (b) Contraction of urinary sphincters
- (c) Vasoconstriction
- (d) Bronchial muscle relaxation
- (a) All beta-adrenergic receptors
- (b) Dopaminergic receptors
- (c) Beta 2 receptors
- (d) Opioid receptors
- (a) Choline, adrenaline and amphetamine
- (b) Glycinium neostigamine and physostigamine
- (c) Pancuronium, rocuronium
- (d) Pirenzipine, propanolol and propantheline
- (a) D-tubocurarine
- (b) Gallamine triethiodide
- (c) Pancuronium bromide
- (d) Succinylcholine
- (a) Bradycardia
- (b) Decreased Salivation
- (c) Decreased Sweating
- (d) Mydriasis
- (a) 110-20% of cases occur in cervicofacial region
- (b) The discharging pus contains visible sulphur granules
- (c) Cultures on agar produce molar tooth morphology
- (d) History of trauma such as tooth extraction is common
- (a) Heart chamber
- (b) Valve cusp
- (c) Vein
- (d) Arteries
- (a) G6PD
- (b) Malaria
- (c) Thalassemia
- (d) Dengue fever
- (a) 47 X &, (+2)
- (b) 47 X Y, -14 t(14;21)
- (c) 46 X Y, -14 t(14;21)
- (d) 47 X Y, t(14;21)
- (a) Induces cell mediated immunity
- (b) Induces Humoral immunity
- (c) Induces immunity by activation of cytotoxic T-cells
- (d) None of the above
- (a) 0.06 mg
- (b) 0.6 mg
- (c) 60 mg
- (d) 600 mg
- (a) Polysyndactyly
- (b) Holoprosencephaly
- (c) Mayer Rokitansky syndrome
- (d) Gorlin syndrome
- (a) haemophilia
- (b) DIC
- (c) Thrombocytopenic purpura
- (d) Thrombasthenia
- (a) Kleinfelters syndrome
- (b) Down syndrome
- (c) Turner syndrome
- (d) Marfan syndrome
- (a) Thrombophlebitis
- (b) Endarteritis
- (c) Atherosclerosis
- (d) Lymphangitis
- (a) Trisomy 21
- (b) Trisomy 18
- (c) Trisomy 13
- (d) Turner syndrome
- (a) PAS
- (b) Fontania stain
- (c) Ferrous trichrome
- (d) Pearls prussian blue
- (a) NK cells (Natural killer cells)
- (b) Dendritic cells
- (c) Langerhan’s cells
- (d) Macrophages
- (a) Silicosis
- (b) Asbestosis
- (c) Byssinosis
- (d) Anthracosis
- (a) Membrane attack complex killing
- (b) Oxidative and non-oxidative killing
- (c) Zipper killing
- (d) Chemotaxis
- (a) Neutrophilic infiltration
- (b) Astrocytes
- (c) Ingress of macrophages
- (d) Intense eosinophilia
- (a) Dysplasia
- (b) Anaplasia
- (c) Metaplasia
- (d) Normal histology
- (a) 47 XXY
- (b) 46 XY
- (c) 45 X
- (d) 46 XXY
- (a) Trisomy of 21 chromosome
- (b) Mosaicism of 21 chromosome
- (c) Robertsonian translocation
- (d) Deletion of 21
- (a) Express MHC class I proteins
- (b) Unable to express MHC class I proteins
- (c) Express MHC class II proteins
- (d) Unable to express MHC class II proteins
- (a) Osteogenic sarcoma
- (b) Osteoclastoma
- (c) Ewings sarcoma
- (d) Chondrosarcoma
- (a) Daughters are carriers
- (b) Sons are infected
- (c) Daughters are infected
- (d) All are normal
- (a) Ewing’s sarcoma
- (b) Osteosarcoma
- (c) Chondrosarcoma
- (d) Giant cell tumour
Pathology Multiple-Choice Questions for Medical Tests
- (a) Endothelial injury
- (b) Peripheral vasodilation
- (c) Increased vascular permeability
- (d) Cytokine action
- (a) Congenital thymic aplasia
- (b) Deficiency of complement factor
- (c) Inborn error of metabolism
- (d) Chromosomal anomaly
- (a) Pyogenic bacterial meningitis
- (b) Viral meningitis
- (c) Fungal meningitis
- (d) Tuberculous meningitis
- (a) Provide differentiated terminal cells
- (b) Reconstitution of Bone marrow
- (c) Formation of the ovum
- (d) Act as a repair system for the body
- (a) IgM spike increase
- (b) Direct plasma cell deposition leads to kidney damage
- (c) IL 8 is a marker for bone lesions
- (d) Invariably increase in alkaline phosphatase
- (a) G banding
- (b) C banding
- (c) Q banding
- (d) Brd V-staining
- (a) Tumor marker
- (b) Proto oncogene
- (c) Oncogene
- (d) Bacterial antigen
- (a) Xeroderma pigmentosum
- (b) Albinism
- (c) Icthyosis
- (d) Sickle cell anaemia
- (a) 2
- (b) 4
- (c) 6
- (d) 9
- (a) Brain parenchyma
- (b) Spinal card
- (c) Basal cisternae
- (d) Medulla oblongata
- (a) Cyclin inhibitors prevent entry into S phase in adult
- (b) Phosphatase absent in fetal cells
- (c) Proteinase is absent in fetus
- (d) Absence of CD kinase
- (a) Clara cells
- (b) Langerhans cells
- (c) Brush cells
- (d) Klutischky cells
- (a) 21
- (b) 17
- (c) 15
- (d) 9
- (a) Metaphase
- (b) Interphase
- (c) Anaphase
- (d) Prophase
- (a) Appendicitis
- (b) Enteric fever
- (c) Meningitis
- (d) Myocardial infarction
- (a) Plummer vinson syndrome
- (b) Klinefelter syndrome
- (c) Sturge weber syndrome
- (d) Multiple hamartoma syndrome
- (a) Coronary arteries
- (b) Cerebral arteries
- (c) Pulmonary arteries
- (d) Renal arteries
- (a) Pyknosis
- (b) Karyolysis
- (c) Karyorhexis
- (d) None
- (a) Monocytes
- (b) Plasma cells
- (c) Neutrophils
- (d) Eosinophils
- (a) Interferon
- (b) Prostaglandins
- (c) TNF
- (d) Myeloperoxidase
- (a) C3a, C5a
- (b) C3b, C5a
- (c) C2, C3
- (d) C3b, C5b
- (a) Kupffer cells in liver
- (b) Microglial cells in nervous system
- (c) Histiocytes in connective tissues
- (d) All of the above
- (a) Fernandez reaction
- (b) Mituda reaction
- (c) Wasserman reaction
- (d) None of the above
- (a) High capacity to divide
- (b) Limited capacity to divide
- (c) Long life span as compared to lymphocytes
- (d) Both B and C
- (a) Cell mediated
- (b) Humoral
- (c) Foreign body reaction
- (d) None of the above
- (a) Presence of macrophages
- (b) Tissue destruction
- (c) Proliferation of fibroblasts
- (d) All of the above
- (a) Plasma cells
- (b) Macrophages
- (c) Lymphocytes
- (d) PMN’s
- (a) Specific gravity of 1.018
- (b) Low fibrin content
- (c) More than 3% proteins
- (d) Mucinous in consistency
- (a) Lepromatous leprosy
- (b) Tuberculoid leprosy
- (c) Borderline lepromatous leprosy
- (d) Intermediate leprosy
- (a) Stimulation of T-lymphocytes
- (b) Inhibits of B-lymphocytes
- (c) Inhibits chemotaxis
- (d) Decreases fibroblast activity
- (a) Plasma cells
- (b) Eosinophils
- (c) Neutrophils
- (d) Normoblats
- (a) Exudation
- (b) Congestion
- (c) Transudation
- (d) Proliferation
- (a) Increase capillary permeability
- (b) Uterine contraction
- (c) Lower blood pressure
- (d) Elevates blood pressure
- (a) Associated inflammatory conditions
- (b) Low protein content
- (c) Tendency to clot
- (d) Specific gravity of above 1.018
- (a) Leukocyte
- (b) Marcophage
- (c) Mast cell
- (d) Fibroblast
- (a) Monocytes
- (b) Plasma cells
- (c) Neutrophils
- (d) Basophils
- (a) Plasma cells
- (b) Lymphocytes
- (c) Monocytes
- (d) Mast cells
- (a) Smooth muscle contraction
- (b) Dilatation of blood vessels
- (c) Pain
- (d) Opsonisation
TOP MCQs on General Pathology and Answers
- (a) It is associated with many types of severe inflammation
- (b) It has low protein content
- (c) It has fibrin precipitates
- (d) It induces connective tissue organization
- (a) Vasodilation
- (b) Stasis of blood
- (c) Increased vascular permeability
- (d) Decreased hydrostatic pressure
- (a) Tuberculoid leprosy
- (b) Indeterminate leprosy
- (c) Borderline tuberculoid leprosy
- (d) lepromatous leprosy
- (a) Presence of acute inflammation
- (b) Formation of caseous pus with signs of acute inflammation
- (c) Formation of caseous pus without signs of acute inflammation
- (d) Infected cyst
- (a) Lipochrome
- (b) Wear and tear pigment
- (c) Aging pigment
- (d) All of the above
- (a) Neutrophilia
- (b) Neutropenia
- (c) Monocytoses
- (d) Lymphocytoses
- (a) Damage to endothelium due to injury or inflammation
- (b) Diminished rate of blood flow
- (c) Increased coagulability of blood
- (d) Increased venous blood pressure
- (a) Below 1.0.10
- (b) Below 1.012
- (c) Between 1.012 and 1.020
- (d) Above 1.020
- (a) Direct injury & necrosis
- (b) Endothelial Gaps by histamine
- (c) Leucocyte mediated endothelial injury
- (d) Increased tissue oncotic pressure
- (a) Gonorrhea
- (b) Syphilis
- (c) AIDS
- (d) Tuberculosis
- (a) Undergoes cavitation
- (b) Undergoes calcification
- (c) Progresses to tuberculous pneumonia
- (d) Progresses to military tuberculosis
- (a) LxA4
- (b) LxB4
- (c) 5-HETE
- (d) PGH2
- (a) Celsus
- (b) Elie Metchnikoff
- (c) Virchow
- (d) None of the above
- (a) Formation of sinusoids
- (b) Vitamin-A storage
- (c) Increases blood perfusion
- (d) Phagocytosis
- (a) Lymphocytes
- (b) Plasma cells
- (c) Vacuolated Histocytes
- (d) Neutrophils
- (a) A transplant immunity
- (b) An anaphylactic shock
- (c) Systemic arthus reaction
- (d) None of the above
- (a) PMN’s
- (b) Lymphocytes
- (c) Monocytes
- (d) Eosinophils
- (a) Mycobacterium leprae
- (b) Actinomyces israeli
- (c) Mycobacterium bovis
- (d) All of the above
- (a) Actinomycosis
- (b) Diphtheria
- (c) Tuberculosis
- (d) Sarcoidosis
- (a) Transudation -> exudation -> oedena
- (b) Oedema -> exudation
- (c) Exudation -> transudation -> oedema
- (d) Only by exudation -> oedema
- (a) Sarcoidosis
- (b) Leprosy
- (c) Tuberculosis
- (d) All of the above
- (a) Primary
- (b) Secondary
- (c) Tetriary
- (d) Congenital
- (a) Fungal infections
- (b) Viral infections
- (c) Bacterial infections
- (d) Protozoal infections
- (a) Monocytes
- (b) Macrophage
- (c) Neutrophils
- (d) A and B
- (a) T cells
- (b) B cells
- (c) Plasma cells
- (d) Monocyte
- (a) Arachidonic acid is metabolized to form these compounds
- (b) COX-1 is inducible in many tissues
- (c) COX is induced by cytokines at the site of inflammation
- (d) Leukotrienes cause bronchoconstriction
- (a) Viral infections
- (b) Tuberculosis
- (c) Tyhoid
- (d) Amoebiasis
- (a) Tuberculoid leprosy
- (b) Lepromatous leprosy
- (c) Histoid leprosy
- (d) Intermediate leprosy
- (a) Pavementing
- (b) Diapedesis
- (c) Rouleax formation
- (d) Chemotaxis migration
- (a) Type I hyp
- (b) Type II hyp
- (c) Type III hyp
- (d) Type IV hyp
- (a) Exudative
- (b) Necrotizing
- (c) Granulomatous
- (d) Cytopathic
- (a) Increased capilary permeability
- (b) Decreased capilary permeability
- (c) Decreased interstitial fluid
- (d) Decreased blood flow
- (a) RNA template
- (b) Rough endoplasmic reticulum
- (c) Polyunsaturated fatty acids
- (d) None of the above
- (a) A specific type of chronic inflammation
- (b) Accumulation of modified macrophages
- (c) Initiated by infectious and non-infectious agents
- (d) A reaction of acute inflammation
- (a) Low protein
- (b) Cloudy appearance
- (c) Increased specific gravity
- (d) High protein
- (a) Surface glycolipids
- (b) Sulfatide
- (c) Hetero polysaccharide
- (d) Sulfadase
- (a) Coagulase
- (b) Peroxidase
- (c) Bradykinin
- (d) Hyaluronidase
- (a) Tuberculosis
- (b) Granulation tissue
- (c) Syphilis
- (d) Sarcoidosis
- (a) Epithelial changes
- (b) Organization
- (c) Formation of blood cloth
- (d) Acute inflammatory response
- (a) Nutrition
- (b) Adequate blood supply
- (c) Size and location of wound
- (d) All of the above
Pathology MCQs for Preparation of M-Cadet
- (a) Fibroblast
- (b) Macrophages
- (c) Polymorphs
- (d) Budding blood vessels
- (a) Protein
- (b) Steroids
- (c) Vitamin C
- (d) Adequate oxygen supply
- (a) Proximal end
- (b) Distal end
- (c) Both A and B
- (d) None of the above
- (a) Primary union
- (b) Secondary union
- (c) Both of the above
- (d) None of the above
- (a) Infection
- (b) Cortisol
- (c) Foreign Bodies
- (d) All of the above
- (a) Implantation cyst
- (b) Keloid
- (c) Wound dehiscence
- (d) Cicatrisation
- (a) Secondary healing
- (b) Primary healing
- (c) Cicatrisation
- (d) Regeneration
- (a) Giant cells
- (b) Fibroblasts
- (c) Endothelial cells
- (d) B & C
- (a) Stable cells
- (b) Permanent cells
- (c) Labile cells
- (d) None of the above
- (a) Fibroblasts
- (b) Myofibroblasts
- (c) Vitamin C
- (d) Vitamin D
- (a) M phase
- (b) G1 phase
- (c) S phase
- (d) G2 phase
- (a) Go – G1 – S – G2 – M
- (b) Go – G1 – G2 – S – M
- (c) Go – M – G2 – S – G1
- (d) Go – G1 – S – M – G2
- (a) 1
- (b) 2
- (c) 0.5
- (d) 5
- (a) Formation of fibrous joint or pseudoarthrosis
- (b) Remodeling of bone
- (c) Formation of blood clot
- (d) Formation of procallus or osseous cells
- (a) Comminuted fracture
- (b) Compound fracture
- (c) Simple fracture
- (d) Green stick fracture
- (a) Collagen
- (b) Blood supply
- (c) Growth factors
- (d) Hormones
- (a) Formation of blood clot
- (b) Inflammatory response
- (c) Epithelial changes
- (d) Wound contraction
- (a) Primary intention
- (b) Secondary intention
- (c) Cicatrisation
- (d) All of the above
- (a) Smooth muscle cells
- (b) Endothelial cells
- (c) Bone marrow cells
- (d) Neurons
- (a) Cardiac muscle
- (b) Skeletal muscle
- (c) Neurons
- (d) All of the above
- (a) Mitosis – M phase
- (b) Gap – G2 phase
- (c) Gap – G1 phase
- (d) Synthesis – S phase
- (a) Teratoma
- (b) Pleomorphic tumours
- (c) Choristoma
- (d) Hamartoma
- (a) Cytotoxic T – lymphocytes
- (b) Natural killer cells
- (c) Humoral mechanism
- (d) All of the above
- (a) Adenomas
- (b) Adenosarcomas
- (c) Angiomas
- (d) Both A and B
- (a) Modified melanocytes
- (b) Cells containing excessive melanin pigment
- (c) Melanocytes which are functionally more active
- (d) Large melanocytes
- (a) Lack of functional differentiation
- (b) Lack of structural differentiation
- (c) feature of malignancy
- (d) All of the above
- (a) Solar keratosis
- (b) Chronic ulcers
- (c) Leukoplakia
- (d) All of the above
- (a) Face below alatragus line
- (b) Face above alatragus line
- (c) Anywhere on hairless skin
- (d) All of the above
- (a) Biclonal in origin
- (b) Monoclonal in origin
- (c) Multiclonal in origin
- (d) None of the above
- (a) Chemicals
- (b) Radiation
- (c) Viruses
- (d) All of the above
- (a) Hypertrophy
- (b) Atrophy
- (c) Hyperplasia
- (d) Metaplasia
- (a) Angioma
- (b) Hematoma
- (c) Lymphosarcoma
- (d) Papilloma
- (a) Dysplasia
- (b) Metaplasia
- (c) Anaplasia
- (d) Aplasia
- (a) Grading is the degree of differentiation
- (b) Staging is the extent of spread
- (c) TNM and AJC systems are used for staging
- (d) All of the above
- (a) Osteosarcoma
- (b) Osteoma
- (c) Chondrosarcoma
- (d) None of the above
- (a) Pagets disease
- (b) Osteomyelitis
- (c) Fibrous dysplasia
- (d) Achondroplasia
- (a) Hyperplasia
- (b) Hypertrophy
- (c) Both of the above
- (d) None of the above
- (a) Abnormal mitosis
- (b) Size of the lesion
- (c) Progressive growth after removal of causative stimuli
- (d) Tendency to grow rapidly
Pathology MCQs with Answers for AFNS
- (a) Formation of amorphous densities in the mitochondrial matrix
- (b) Diminished generation of adenosine triphosphate (ATP)
- (c) Formation of blebs in the plasma membrane
- (d) Detachment of ribosomes from the granular endoplasmic reticulum
- (a) Aplasia
- (b) Anaplasia
- (c) Abnormal mitosis
- (d) Pleomorphism
- (a) Liver
- (b) Spleen
- (c) Lymph nodes
- (d) Lung
- (a) Retinoblastoma
- (b) Osteosarcoma
- (c) Carcinoma breast
- (d) Endometrial Carcinoma
- (a) papilloma virus
- (b) Hepatitis B virus
- (c) Epstein Barr virus
- (d) Parvovirus B-19
- (a) AML
- (b) CLL
- (c) CML
- (d) All of the above
- (a) Anaplastic
- (b) Dysplastic
- (c) Metaplastic
- (d) Hyperplastic
- (a) Ames test
- (b) Redox text
- (c) Bacteriophage
- (d) Gene splicing
- (a) Hyperplasia
- (b) Hypertrophy
- (c) Both of the above
- (d) None of the above
- (a) Ossifying fibroma
- (b) Aneurysmal bone cyst
- (c) Fibrous dysplasia
- (d) None of the above
- (a) Thyroid
- (b) Prostate
- (c) Kidney
- (d) Uterus
- (a) Ewing’s sarcoma
- (b) Osteosarcoma
- (c) Osteoma
- (d) Fibro sarcoma
- (a) 1 : 6
- (b) 1 : 5
- (c) 1 : 1
- (d) 6 : 4
- (a) In basal layers of epithelium
- (b) In surface layers only
- (c) From basal layer to surface
- (d) None of the above
- (a) Carcinoma
- (b) Sarcomas
- (c) Papilloma
- (d) All of the above
- (a) Neoplastic cells are cohesive
- (b) Neoplastic cells are are non cohesive
- (c) Hyper chromatic and pleomorphism of tumour cells
- (d) All of the above
- (a) Nasopharyngeal carcinoma
- (b) Burkitts lymphoma
- (c) Infectious mononucleosis
- (d) All of the above
- (a) Rhabdomyoma
- (b) Rhabdomyosarcoma
- (c) Leiomyoma
- (d) Leiomyosarcoma
- (a) Squamous cell carcinoma
- (b) Basal cell carcinoma
- (c) Epidermoid carcinoma
- (d) Melanoma
- (a) Skin and pilosebaceous adnexa
- (b) Skin and mucosa
- (c) Skin, lips and tongue
- (d) All of the above
- (a) Achalasia
- (b) Cachexia
- (c) Atelexis
- (d) Cacoguesia
- (a) HPV
- (b) EBV
- (c) Hepatitis -B virus
- (d) All of the above
- (a) Breast
- (b) Lung
- (c) Cervix
- (d) Ovary
- (a) T- cell
- (b) B – cell
- (c) Lymph vessels
- (d) Lymph nodes
- (a) Hypertrophy
- (b) Hyperplasia
- (c) Hypodontia
- (d) Differentiation
- (a) Haemorrhage
- (b) Increased mitoses
- (c) Metastasis
- (d) Necrosis
- (a) Heavily keratinized lesions of oral cavity
- (b) Pro-cancerous lesions of oral cavity
- (c) Cigarette smokers
- (d) Mass screening of cervical cancer
- (a) Disorganized cell structure
- (b) Encapsulation
- (c) Invasion of blood vessels
- (d) Rapid, erratic growth
- (a) Women talking oral contraceptives
- (b) Severe trauma or burns
- (c) Cardiac failure
- (d) All of the above
- (a) Passive Congestion in lungs
- (b) Passive congestion in liver
- (c) Active hyperemia in lungs
- (d) None of the above
- (a) Liver
- (b) Spleen
- (c) Kidney
- (d) Lung
- (a) Veins of lower extremities
- (b) Portal vein
- (c) Pulmonary vein
- (d) Hepatic vein
- (a) Arteries
- (b) Veins
- (c) Capillaries
- (d) Heart
- (a) Thrombo embolism
- (b) Air embolism
- (c) Fat embolism
- (d) Amniotic fluid embolism
- (a) Bone marrow
- (b) Kidney
- (c) Spleen
- (d) Muscle
- (a) Heart
- (b) Lungs
- (c) Liver
- (d) Kidney
- (a) Blood pressure
- (b) Cardiac output
- (c) CVP to 8 cm of water
- (d) Deficiency of effective circulating blood volume
- (a) Increased blood pressure
- (b) Decreased volume of circulation blood
- (c) Elevated body temperature
- (d) Decreased volume of interstitial fluid
- (a) Sepsis
- (b) Hypovolemia
- (c) Vasoconstriction
- (d) Impaired tissue perfusion
Multiple Choice Questions in Pathology
(a) Abnormal inflammatory process
(b) Severe generalized swelling
(c) Absence of proliferation of vessels following inflammation
(d) Presence of pus
**Answer: (b) Severe generalized swelling.**
(a) Ascending aorta
(b) Portal vein
(c) Deep leg veins
(d) Right atrium
**Answer: (c) Deep leg veins.**
(a) Ecchymosis – large extravasation of blood in to the skin and mucous membrane
(b) Purpura – small areas (1cm) of hemorrhage in to the skin and mucous membrane
(c) petechiae – small pin point hemorrhages
(d) All of the above
**Answer: (d) All of the above.**
(a) Clot formation
(b) Thrombosis
(c) Embolism
(d) Infarction
**Answer: (b) Thrombosis.**
(a) Alteration in blood flow
(b) Hypercoagulability
(c) Endothelial damage
(d) Fatty streak
**Answer: (c) Endothelial damage.**
(a) Oedema of lungs
(b) Oedema of spleen
(c) Oedema of legs
(d) Oedema of liver
**Answer: (a) Oedema of lungs.**
(a) Pulmonary embolism
(b) Arrhythmias
(c) Congestive heart failure
(d) None of the above
**Answer: (b) Arrhythmias.**
(a) Serum CPK
(b) Serum LDH
(c) Serum SGOT
(d) Serum SGPT
**Answer: (b) Serum LDH.**
(a) Lung
(b) Liver
(c) Kidney
(d) Spleen
**Answer: (a) Lung.**
(a) Atheroma
(b) Fatty streak
(c) Fibrous plaque
(d) None of the above
**Answer: (b) Fatty streak.**
(a) Aorta – Aneurysm, thromboembolism
(b) Heart – MI, Ischemic heart disease
(c) Lower extremities – claudication gangrene
(d) All of the above
**Answer: (d) All of the above.**
(a) Lungs
(b) Kidneys
(c) Intestines
(d) Heart
**Answer: (a) Lungs.**
(a) Kidney
(b) Lung
(c) Spleen
(d) Heart
**Answer: (b) Lung.**
(a) Intestines
(b) Lungs
(c) Kidneys
(d) Heart
**Answer: (b) Lungs.**
(a) Liver
(b) Lung
(c) Kidney
(d) Both A and B
**Answer: (d) Both A and B.**
(a) Coagulative necrosis
(b) Fibrinoid necrosis
(c) Caesous necrosis
(d) Fatty necrosis
**Answer: (b) Fibrinoid necrosis.**
(a) Ovary
(b) Lung
(c) Intestine
(d) Heart
**Answer: (d) Heart.**
(a) Smoking
(b) Hypertension
(c) Diabetes
(d) All of the above
**Answer: (d) All of the above.**
(a) Coronary artery
(b) Abdominal aorta
(c) Thoracic aorta
(d) Internal carotid artery
**Answer: (b) Abdominal aorta.**
(a) Lung
(b) Brain
(c) Kidney
(d) Spleen
**Answer: (b) Brain.**
(a) Serum glutamic oxaloacetic transaminase (SGOT)
(b) Lactic Dehydrogenase (LDH)
(c) Creatine phospho kinase (CPK)
(d) Serum ornithine carbamyl transferase (SOCT)
**Answer: (d) Serum ornithine carbamyl transferase (SOCT).**
(a) Systemic venous congestion
(b) Oedematous ankles
(c) Chronic venous congestion of lungs
(d) Enlargement of spleen and liver
**Answer: (c) Chronic venous congestion of lungs.**
(a) Decreased protein production by liver
(b) Due to increased portal hypertension
(c) Due to obstruction of bile duct
(d) All of the above
**Answer: (d) All of the above.**
(a) Endothelial injury
(b) Hyper coagulability of blood
(c) Altered blood flow
(d) Pattern of blood flow
**Answer: (d) Pattern of blood flow.**
(a) Chicken fat appearance
(b) Lines of zahn
(c) Dry and friable
(d) Firm adherence to endothelium
**Answer: (a) Chicken fat appearance.**
(a) Ecchymosis
(b) Malena
(c) Melanosis
(d) Petechiae
**Answer: (c) Melanosis.**
(a) Hemothorax
(b) Heamoperitonium
(c) Heamopericardium
(d) Hematoma
**Answer: (d) Hematoma.**
(a) Endothelial injury
(b) Stasis of blood
(c) Turbulence of blood
(d) All of the above
**Answer: (d) All of the above.**
(a) Muscles during exercise
(b) Inflammation
(c) Blushing
(d) All of the Above
**Answer: (d) All of the Above.**
(a) Fatty
(b) Caseous
(c) Gangrenous
(d) Coagulative
**Answer: (d) Coagulative.**
(a) Thrombosis
(b) Coagulation
(c) Ischaemia
(d) Embolism
**Answer: (d) Embolism.**
(a) Amniotic fluid embolism
(b) Hyper coagulability
(c) Air or gas embolism
(d) Tumour embolism
**Answer: (c) Air or gas embolism.**
(a) Coagulated fibrin
(b) Aggregated proteins
(c) Aggregated platelets
(d) Aggregated R.B.C
**Answer: (d) Aggregated R.B.C.**
(a) Jaundice
(b) Chronic venous congestion
(c) Cirrhosis
(d) Hepatocellular carcinoma
**Answer: (b) Chronic venous congestion.**
(a) Fibrocytes in myocardium
(b) Aschoji’s giant cells
(c) Heamosiderin laden macrophages in alveoli
(d) Hypertrophic myocardial fibres
**Answer: (c) Heamosiderin laden macrophages in alveoli.**
(a) 10% blood
(b) 20% blood
(c) 30% blood
(d) 40% blood
**Answer: (c) 30% blood.**
(a) The central venous pressure is high
(b) The extremities are pale, cold and sweating
(c) There is always a site of bleeding
(d) Urine output is unaffected
**Answer: (b) The extremities are pale, cold and sweating.**
(a) A decrease in the blood pressure
(b) A decrease in the central venous pressure
(c) A decrease in the heart rate
(d) A decrease in the urine output
**Answer: (c) A decrease in the heart rate.**
MCQs in Pathology for Medical Tests of Captain & Major
**Identify the factor responsible for edema due to changes in blood composition.**
**Based on severe neutropenia and clinical history, what is the most likely diagnosis?**
**Identify the disease where platelets are destroyed rather than having decreased production.**
**Select the disorder that specifically impacts the initial formation of the platelet plug.**
**Given the presence of small round intensely stained red cells, the likely diagnosis is?**
**Identify the condition specifically associated with elevated HbA2 levels.**
**Select the correct percentage of HbS typically found in a homozygous patient.**
**Identify the specific nuclear change characterized by the dissolution of chromatin.**
**Identify the specific chronic leukemia where warm or cold antibody hemolysis is prevalent.**
**Identify the condition associated with Bence-Jones proteins or similar urinary anomalies.**
**Identify the specific cell type that is the hallmark of Hodgkin’s Disease.**
**Select the specific biochemical score that is notably reduced in the granulocytes of CML patients.**
**Identify the factors that lead to the sickling of red blood cells.**
**Identify the specific vitamin deficiency responsible for megaloblastic anemia with neurological symptoms.**
**Identify the condition often seen in severe neonatal jaundice leading to brain damage.**
**Identify the specific cell type that appears in the peripheral blood during acute infection.**
**Identify the disorder that typically presents with a normal bleeding time but prolonged clotting time.**
**Identify the therapy or condition that typically causes neutrophilia rather than neutropenia.**
**Select the specific coagulation pathway evaluated by the PT test.**
**Identify the specific type of nutritional anemia characterized by these laboratory findings.**
**Select the anemia caused by lack of B12 or folic acid intake.**
**Identify the genetic hallmark responsible for the bone marrow failure in this condition.**
**Identify the correct factor number missing in Classic Hemophilia.**
**Identify the heavy metal known to interfere with heme synthesis leading to sideroblasts.**
**Identify the leukemia that usually presents with only mild to moderate splenic enlargement.**
**Identify the hemoglobinopathy where these bull's-eye cells are most prominent.**
**Identify the specific absorption defect diagnosed by this radioisotope test.**
**Select the correct status of bleeding time and clotting time in these patients.**
**Identify the specific malignancy associated with these large, binucleated cells.**
**Identify the acute leukemia where tissue infiltration of the gums is a key sign.**
**Identify the platelet-related disorder from the following options.**
**Identify the transport protein for iron in the plasma.**
**Identify the most likely leukemia based on the age and high cell count.**
**Identify the incorrect fact regarding the genetics or clinical presentation of Hemophilia A.**
**Identify the correct chain configuration for the major adult hemoglobin.**
**Identify the disorder that is a clotting factor deficiency rather than a platelet deficiency.**
**Identify the hereditary anemia associated with this radiological bone finding.**
**Identify the genetic condition linked to a higher incidence of hematologic malignancy.**
Past Multiple Choice Questions of Medical Cadet for Pathology
- (a) Mediterranean anemia
- (b) Beta – Thalassemia major
- (c) Erythroblastic anema
- (d) All of the above
- (a) Right axillary nodes
- (b) Left axillary nodes
- (c) Right supraclavicular nodes
- (d) Left supraclavicular nodes
- (a) Osteopetrosis
- (b) DIsseminated intravascular coagulation
- (c) Haemolytic anaemia
- (d) Thiazide therapy
- (a) Acute erythroleukaemia
- (b) Acute promyelocytic leukaemia
- (c) Acute megakaryocytic leukaemia
- (d) Acute myelomonocytic leukaemia
- (a) Tuberculosis
- (b) Pertussis
- (c) Lobar pneumonia
- (d) Viral infections
- (a) Polarized microscopy
- (b) Electron microscopy
- (c) X-ray crytallography
- (d) Scanning electron miscroscopy
- (a) Decrease in osteoid volume
- (b) Decrease in osteoid surface
- (c) Increase in osteoid maturation time
- (d) Increase in mineral apposition rate
- (a) Haemophilia – A
- (b) Haemophilia – B
- (c) Anti thrombin – III deficiency
- (d) Von-willebrand disease
- (a) Malaria
- (b) Leukemia
- (c) Hepatitis
- (d) AIDS
- (a) Rh -ve mother and Rh -ve foetus
- (b) Rh -ve mother and Rh +ve foetus
- (c) Rh +ve mother and Rh -ve foetus
- (d) Rh +ve mother and Rh +ve foetus
- (a) Cytotoxic drugs
- (b) Whole body irradiation
- (c) HIV infection
- (d) All of the above
- (a) Duodenum
- (b) Stomach
- (c) Intestine
- (d) Ileum
- (a) Plummer – Vinson syndrome
- (b) Trotters syndrome
- (c) Vincent stomatitis
- (d) None of the above
- (a) Neutropenia
- (b) Leukemia
- (c) Polycythemia
- (d) Anaemia
- (a) dried freeze plasma
- (b) factor VIII concentrate
- (c) Whole blood
- (d) cryoprecipitate
- (a) Platelet function
- (b) capillary fragility
- (c) Intrinsic pathway
- (d) Extrinic pathway
- (a) APTT
- (b) BT
- (c) PT
- (d) CBP
- (a) Hemolytic anemia
- (b) chronic disease
- (c) Acute blood loss
- (d) All of the above
- (a) Sickle cell anemia
- (b) Thalassemia
- (c) Hereditary spherocytosis
- (d) All of the above
- (a) Hodgkin’s lymphom
- (b) Multiple myeloma
- (c) Burkitt’s lymphoma
- (d) Infectious mononucleosis
- (a) Macrocytic hyperchromic
- (b) Macrocytic hypochromic
- (c) Macrocytic normochromic
- (d) None of the above
- (a) Eosinophilis
- (b) Plasma cells
- (c) Reed-sternberg cells
- (d) Giant cells
- (a) Clavicle
- (b) Vertebrae
- (c) Pelvis
- (d) Lungs
- (a) Megaloblastic anemia
- (b) Iron deficiency anemia
- (c) Thalassemia
- (d) Idiopathic thrombocytopenic purpura
- (a) Factor IX
- (b) Factor X
- (c) Factor VIII
- (d) Factor V
- (a) Heterozygous sickle cell trait
- (b) Thalassemia major
- (c) Homozygous sickle cell anemia
- (d) Megaloblastic anemia
- (a) Decrease in hemoglobin
- (b) Increase in hemoglobin
- (c) Increase in palatelets
- (d) Decrease in platelets
- (a) Affects males and females equally
- (b) Increased clotting time in all patients
- (c) Nerve blocks can be given safely
- (d) Is a congenital disorder
- (a) Erythrocytes
- (b) Granulocytes
- (c) Eosinophils
- (d) Monocytes
- (a) Capillary dilation
- (b) Erythrocyte engorgement
- (c) Edema
- (d) WBC infiltration
- (a) Pernicious anemia
- (b) Thalassemia
- (c) Aplastic anemia
- (d) Sprue
- (a) Folic acid
- (b) Vitamin B1
- (c) Vitamin B6
- (d) Vitamin B12
- (a) Valine for glutamic acid at the sixth position of beta chain
- (b) Phenylalanine for glutamic acid
- (c) Tyrosine for valine at the 6th position at beta chain
- (d) All of the above
- (a) Factor VIII concentrate
- (b) Cryoprecipitate
- (c) EACA
- (d) Platelet factor
- (a) Leucocytosis
- (b) Leucopenia
- (c) Leucorrhoea
- (d) Leukemia
- (a) Liquefactive necrosis
- (b) Coagulative necrosis
- (c) Chronic inflammation
- (d) Scar tissue
- (a) Actinomycosis
- (b) Tuberculosis
- (c) Rabies
- (d) Secondary Iues
- (a) Liquefaction degeneration
- (b) Coagulative necrosis
- (c) Neo angiogenesis
- (d) Epithelial dysplasia
- (a) Tuberculosis
- (b) Sarcoidosis
- (c) Leprosy
- (d) Midline lethal granuloma
- (a) G1
- (b) S
- (c) G2
- (d) M
- (a) It is more common in heart, skin and skeletal tissue
- (b) In 70% of cases don’t have any associated disease
- (c) In 50% of cases have some form of plasma cell dyscrasias
- (d) All of the above
- (a) Hyaline degeneartion
- (b) Amyloid degeneration
- (c) Hydropic degeneration
- (d) Fatty degeneration
- (a) Nuclear basophilia
- (b) Nuclear shrinkage
- (c) Nucleus disintegration
- (d) Nucleolus disintegration
- (a) Reversible injury
- (b) Irreversible injury
- (c) Both A and B
- (d) None of the above
- (a) Hypoparathyroidism
- (b) Vitamin D deficiency
- (c) Hypercalcemia
- (d) All of the above
- (a) Apoptosis
- (b) Lysis
- (c) Autolysis
- (d) Autopsy
- (a) Brain
- (b) Lung
- (c) Liver
- (d) Spleen
- (a) Skin layers
- (b) Salivary glands
- (c) Normal tissues
- (d) Dead tissue
- (a) AL protein
- (b) a2 microglobulin
- (c) a-amyloid protein
- (d) Transthyretin
- (a) Occurs in damaged tissue
- (b) Tuberculous lesions
- (c) Atherosclerotic lesions
- (d) Serum calcium levels are high
- (a) Apoptotic cell death
- (b) Blood coagulation
- (c) Mitotic cell division
- (d) G1 to S phase of cell cycle
- (a) Fatty change
- (b) Hyaline change
- (c) Amy
- (d) Atrophy
- (a) Caseation
- (b) Coagulation
- (c) Liquefaction
- (d) Fibrinoid
- (a) Myxoedema
- (b) Pitting edema
- (c) Anasarca
- (d) Dependent edema
- (a) Single cell necrosis
- (b) Intracytoplasmic accumulation
- (c) Degenerative change
- (d) Neoplastic change in the cell
- (a) Kidney
- (b) Spleen
- (c) Liver
- (d) Heart
- (a) Multiple myeloma
- (b) Tuberculosis
- (c) Hodgkin’s diseaes
- (d) Chronic osteomyelitis
- (a) Necrosis
- (b) Autolysis
- (c) Apoptosis
- (d) None of the above
- (a) Liquefactive necrosis
- (b) Coagulative nacrosis
- (c) Caseous necrosis
- (d) Fat necrosis
- (a) Coagulation necrosis Tuberculosis
- (b) Caseation yellow fever
- (c) Fat necrosis Pancreatitis
- (d) Gumma infarction
- (a) Chronic osteomyelitis
- (b) Periostitis
- (c) Acute osteomyelitis
- (d) Multiple myeloma
- (a) Congo Red
- (b) Masson’s toichrome
- (c) Vonkosa
- (d) Reticulin
- (a) Vasospasm
- (b) Peripheral neuritis
- (c) Atheroslerosis
- (d) None of the above
- (a) Characteristic of focal bacterial infections
- (b) Characteristic of hypoxic death
- (c) Characteristic by loss of tissue architecture
- (d) None of the above
Online Intelligence Tests and Academic Notes Initial
Medical MCQs for Initial Tests (Army, Navy, PAF)
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