Systemic Pathology & Miscellaneous MCQs

Option A: Increased liver glycogenolysis

Option B: Causes broachiolar constriction

Option C: Evokes extrasystoles in the heart

Option D: Produces restlessness and anxiety

Correct Answer: Causes broachiolar constriction ✔

Option A: Penicillinase

Option B: Protamine sulphate

Option C: Pryosulphate

Option D: Potassium sulphate

Correct Answer: Protamine sulphate ✔

Option A: Testosterone

Option B: Parathyroid

Option C: Insulin

Option D: Thyroid

Correct Answer: Thyroid ✔

Option A: Lowers the intraocular pressure in glaucoma

Option B: Cleaved by acetylcholinesterase

Option C: Inhibits sweat and lacrimation

Option D: Causes tachycardia

Correct Answer: Lowers the intraocular pressure in glaucoma ✔

Option A: Atropine

Option B: Diazepam

Option C: Neostigmine

Option D: Succinylcholine

Correct Answer: Succinylcholine ✔

Option A: Corticosteroids

Option B: Antihistamines

Option C: Adrenalin

Option D: Diazepam

Correct Answer: Adrenalin ✔

Option A: Antacids

Option B: Benzodiazepine

Option C: Nsaid’s like Ibuprofen

Option D: Codeine, dihydrocodeine, paracetmol

Correct Answer: C. Nsaid’s like Ibuprofen ✔

Option A: Mydriasis

Option B: Contraction of urinary spinctors

Option C: Vasoconstriction

Option D: Bronchial muscle relaxation

Correct Answer: Bronchial muscle relaxation ✔

Option A: All beta-adrenergic receptors

Option B: Dopaminergic receptors

Option C: Beta 2 receptors

Option D: Opioid receptors

Correct Answer: All beta-adrenergic receptors ✔

Option A: choline, adrenaline and amphetamine

Option B: Glycinium neostigamine and physostigamine

Option C: Pancuronium, rocuronium

Option D: Pirenzipine, propanolol and propantheline

Correct Answer: Pancuronium, rocuronium ✔

Option A: D-tubocurarine

Option B: Gallamine triethiodide

Option C: Pancuronium bromide

Option D: Succinylcholine

Correct Answer: Succinylcholine ✔

Option A: Bradycardia

Option B: Decreased Salivation

Option C: Decreased Sweating

Option D: Mydriasis

Correct Answer: Bradycardia ✔

Option A: 110-20% of actinomycosis cases occur in cervicofacial region

Option B: The discharging pus contains visible sulphur granules

Option C: Cultures on blood agar often produce a typical molar tooth morphology

Option D: There is usually history of trauma such as tooth extraction or a blow to the jaw

Correct Answer: 110-20% of actinomycosis cases occur in cervicofacial region ✔

Option A: Heart chamber

Option B: Valve cusp

Option C: Vein

Option D: Arteries

Correct Answer: Heart chamber ✔

Option A: G6PD

Option B: Malaria

Option C: Thalassemia

Option D: Dengue fever

Correct Answer: Malaria ✔

Option A: 47 X &, (+2)

Option B: 47 X Y, -14 t(14;21)

Option C: 46 X Y, -14 t(14;21)

Option D: 47 X Y, t(14;21)

Correct Answer: 47 X Y, t(14;21) ✔

Option A: Induces cell mediated immunity

Option B: Induces Humoral immunity

Option C: Induces immunity by activation of cytoxic T-cells

Option D: None of the above

Correct Answer: Induces Humoral immunity ✔

Option A: 0.06 mg

Option B: 0.6 mg

Option C: 60 mg

Option D: 600 mg

Correct Answer: 0.6 mg ✔

Option A: Polysyndactyly

Option B: Holoprosencephaly

Option C: Mayer Rokitansky syndrome

Option D: Gorlin syndrome

Correct Answer: Polysyndactyly ✔

Option A: haemophilia

Option B: DIC

Option C: Thrombocytopenic purpura

Option D: Thrombasthenia

Correct Answer: DIC ✔

Option A: Kleinfelters syndrome

Option B: Down syndrome

Option C: Turner syndrome

Option D: Marfan syndrome

Correct Answer: Kleinfelters syndrome ✔

Option A: Thrombophebitis

Option B: Endarteritis

Option C: Atheroscleroses

Option D: Lymphangitis

Correct Answer: Thrombophebitis ✔

Option A: Trisomy 21

Option B: Trisomy 18

Option C: Trisomy 13

Option D: Turner syndrome

Correct Answer: Trisomy 13 ✔

Option A: PAS

Option B: Fontania stain

Option C: Ferrous trichrome

Option D: Pearls prussian blue

Correct Answer: PAS ✔

Option A: NK cells (Netural killer cells)

Option B: Dendritic cells

Option C: Langerhan’s cells

Option D: Macrophages

Correct Answer: NK cells (Netural killer cells) ✔

Option A: Silicosis

Option B: Asbestosis

Option C: Byssinosis

Option D: Anthracosis

Correct Answer: Asbestosis ✔

Option A: Membrane attack complex killing

Option B: Oxidative and non-oxidative killing

Option C: Zipper killing

Option D: Chemotaxis

Correct Answer: Oxidative and non-oxidative killing ✔

Option A: Neutrophilic infiltration

Option B: Astrocytes

Option C: Ingress of macrophages

Option D: Intense eosinophilia

Correct Answer: Astrocytes ✔

Option A: Dysplasia

Option B: Anaplasia

Option C: Metaplasia

Option D: Normal histology

Correct Answer: Metaplasia ✔

Option A: 47 XXY

Option B: 46 XY

Option C: 45 X

Option D: 46 XXY

Correct Answer: 47 XXY ✔

Option A: Trisomy of 21 chromosome

Option B: Mosaicism of 21 chromosome

Option C: Robersonian translocation of 21.21, 21.18

Option D: Deletion of 21

Correct Answer: Deletion of 21 ✔

Option A: Exprss MHC class I proteins

Option B: Unable to express MHC class I proteins

Option C: Express MHC class II proteins

Option D: Unable to express MHC class II proteins

Correct Answer: Unable to express MHC class I proteins ✔

Option A: Osteogenic sarcoma

Option B: Osteoclastoma

Option C: Ewings sarcoma

Option D: Chondro sarcoma

Correct Answer: Osteoclastoma ✔

Option A: Daughter are carrier

Option B: Sons are infected

Option C: Daughter are infeted

Option D: All are normal

Correct Answer: Daughter are carrier ✔

Option A: Ewing’s sarcoma

Option B: Osteosarcoma

Option C: Chondrosarcoma

Option D: Giant cell tumour

Correct Answer: Osteosarcoma ✔

Option A: Endothelial injury

Option B: Peripheral vasodilation

Option C: Increased vascular permeability

Option D: Cytokine action

Correct Answer: Cytokine action ✔

Option A: Congenital thymic aplasia

Option B: Deficiency of complement factor

Option C: Inborn error of metabolism

Option D: Chromosomal anomaly

Correct Answer: Congenital thymic aplasia ✔

Option A: Pyogenic bacterial meningitis

Option B: Viral meningitis

Option C: Fungal meningitis

Option D: Tuberculous meningitis

Correct Answer: Viral meningitis ✔

Option A: Provide differentiated terminal cells

Option B: Reconstitution of Bone marrow

Option C: Formation of the ovum

Option D: Act as a repair system for the body

Correct Answer: Reconstitution of Bone marrow ✔

Option A: IgM spike increase

Option B: Direct plasma cell deposition in glomerular capilaries leads to kidney damage

Option C: IL 8 is a marker for bone lesions

Option D: Invariably increase in alkaline phosphatase

Correct Answer: IgM spike increase ✔

Option A: G banding

Option B: C banding

Option C: Q banding

Option D: Brd V-staining

Correct Answer: G banding ✔

Option A: Tumor marker

Option B: Proto oncogene

Option C: Oncogene

Option D: Bacterial antigen

Correct Answer: Tumor marker ✔

Option A: Xeroderma pigmentosum

Option B: Albinism

Option C: Icthyosis

Option D: Sickle cell anaemia

Correct Answer: Xeroderma pigmentosum ✔

Option A: 2

Option B: 4

Option C: 6

Option D: 9

Correct Answer: 4 ✔

Option A: Brain parenchyma

Option B: Spinal card

Option C: Basal cisternae

Option D: Medulla oblongata

Correct Answer: Brain parenchyma ✔

Option A: There are many cyclin inhibitors which prevent cell to enter into S phase in adult

Option B: Phosphatase absent in fetal cells

Option C: Proteinase is absent in fetus

Option D: Absence of CD kinase

Correct Answer: There are many cyclin inhibitors which prevent cell to enter into S phase in adult ✔

Option A: Clara cells

Option B: Langerhans cells

Option C: Brush cells

Option D: Klutischky cells

Correct Answer: Langerhans cells ✔

Option A: 21

Option B: 17

Option C: 15

Option D: 9

Correct Answer: 17 ✔

Option A: Metaphase

Option B: Interphase

Option C: Anaphase

Option D: Prophase

Correct Answer: Interphase ✔

Option A: Appendicitis

Option B: Enteric fever

Option C: Meningitis

Option D: Myocardial infarction

Correct Answer: Enteric fever ✔

Option A: Plummer vinson syndrome

Option B: Klinefelter syndrome

Option C: Sturge weber syndrome

Option D: Multiple hamartoma syndrome

Correct Answer: Klinefelter syndrome ✔

Option A: Coronary arteries

Option B: Cerebral arteries

Option C: Pulmonary arteries

Option D: Renal arteries

Correct Answer: Pulmonary arteries ✔

Option A: Pyknosis

Option B: Karyolysis

Option C: Karyorhexis

Option D: None

Correct Answer: Karyolysis ✔