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Treatment of Congenital Hydrocephalus is

Stereotactic Surgery

Diuretics

Radiotherapy

VP shunt

Question: Treatment of Congenital Hydrocephalus is Choices: A. Stereotactic Surgery B. Diuretics C. Radiotherapy D. VP shunt Answer:

Normal pressure Hydrocephalus is characterized by all except:

Aphasia

Dementia

Ataxia

Urinary incontinence

Question: Normal pressure Hydrocephalus is characterized by all except: Choices: A. Aphasia B. Dementia C. Ataxia D. Urinary incontinence Answer:

Investigation of choice for Hydrocephalus in infants ?

Cranial USG

CT Scan

MRI

X-ray skull

Question: Investigation of choice for Hydrocephalus in infants ? Choices: A. Cranial USG B. CT Scan C. MRI D. X-ray skull Answer:

Hydrocephalus is best detected antenately by:

X-ray abdomen

Amniocentesis

Clinical examination

Ultrasonography

Question: Hydrocephalus is best detected antenately by: Choices: A. X-ray abdomen B. Amniocentesis C. Clinical examination D. Ultrasonography Answer:

Hypokalemia is not present in :

Vomiting

Diarrhoea

Patient on diuretics

Chronic renal failure

Question: Hypokalemia is not present in : Choices: A. Vomiting B. Diarrhoea C. Patient on diuretics D. Chronic renal failure Answer:

A patient with Hypeension presents with Hypokalemia. Aldosterone levels and Renin levels are both elevated. The most likely diagnosis is

Renal Aery stenosis

Primary Hyperaldosteronism {Conn's syndrome}

Addison's disease

Cushing's syndrome

Question: A patient with Hypeension presents with Hypokalemia. Aldosterone levels and Renin levels are both elevated. The most likely diagnosis is Choices: A. Renal Aery stenosis B. Primary Hyperaldosteronism {Conn's syndrome} C. Addison's disease D. Cushing's syndrome Answer:

Hypokalemia is defined as a plasma potassium concentration of

< 3.5 mmol/L

< 3.6 mmol/L

< 3.7 mmol/L

< 3.8 mmol/L

Question: Hypokalemia is defined as a plasma potassium concentration of Choices: A. < 3.5 mmol/L B. < 3.6 mmol/L C. < 3.7 mmol/L D. < 3.8 mmol/L Answer:

Hypokalemia is seen with -a) Frusemideb) Cortisolc) Amilorided) Addison's disease

ac

a

ad

ab

Question: Hypokalemia is seen with -a) Frusemideb) Cortisolc) Amilorided) Addison's disease Choices: A. ac B. a C. ad D. ab Answer:

Hypokalemia in an infant may be due to all of the following except –

Adrenal tumor

Acute renal failure

Thiazide therapy

Diarrhea

Question: Hypokalemia in an infant may be due to all of the following except – Choices: A. Adrenal tumor B. Acute renal failure C. Thiazide therapy D. Diarrhea Answer:

Hypeension with Hypokalemia is seen in:

Bater Syndrome

Liddle's Syndrome

Gitelman's Syndrome

All of the above

Question: Hypeension with Hypokalemia is seen in: Choices: A. Bater Syndrome B. Liddle's Syndrome C. Gitelman's Syndrome D. All of the above Answer:

Hypokalemia in an infant may be due to all of the following except -

Adrenal tumor

Adrenal tumor

Thiazide therapy

Diarrhea

Question: Hypokalemia in an infant may be due to all of the following except - Choices: A. Adrenal tumor B. Adrenal tumor C. Thiazide therapy D. Diarrhea Answer:

Hypokalemia with hypeension is seen in?

Bater syndrome

Primary hyperaldosteronism

Primary hyperparathyroidism

Diuretic therapy

Question: Hypokalemia with hypeension is seen in? Choices: A. Bater syndrome B. Primary hyperaldosteronism C. Primary hyperparathyroidism D. Diuretic therapy Answer:

Hypokalemia causes:

Increased amplitude of action potential

Hyperpolarisation

Resting membrane potential becomes less negative

Tetany

Question: Hypokalemia causes: Choices: A. Increased amplitude of action potential B. Hyperpolarisation C. Resting membrane potential becomes less negative D. Tetany Answer:

ECG changes in Hypokalemia are?

Tall T wave

Poor P wave

Sho QT interval

Presence of U wave

Question: ECG changes in Hypokalemia are? Choices: A. Tall T wave B. Poor P wave C. Sho QT interval D. Presence of U wave Answer:

An adolescent male presents with Hypokalemia, Metabolic Alkalosis, Hypercalciuria and Nephrocalcinosis. His Blood Pressure is normal. The likely diagnosis is:

Bater Syndrome

Gitelman's Syndrome

Liddle's Syndrome

Renal Tubular Acidosis

Question: An adolescent male presents with Hypokalemia, Metabolic Alkalosis, Hypercalciuria and Nephrocalcinosis. His Blood Pressure is normal. The likely diagnosis is: Choices: A. Bater Syndrome B. Gitelman's Syndrome C. Liddle's Syndrome D. Renal Tubular Acidosis Answer:

Hypokalemia is a characteristic feature of toxicity with:-

Barium

Antimony

Copper

Iron

Question: Hypokalemia is a characteristic feature of toxicity with:- Choices: A. Barium B. Antimony C. Copper D. Iron Answer:

Acute complication of PEM – a) Hypothermiab) Hypoglycemiac) Hypokalemiad) Hypermagnesaemiae) Eosinophilia

ab

bc

abc

bcd

Question: Acute complication of PEM – a) Hypothermiab) Hypoglycemiac) Hypokalemiad) Hypermagnesaemiae) Eosinophilia Choices: A. ab B. bc C. abc D. bcd Answer:

Hypokalemia is seen in therapy with

Digitalis

Ibuprufen

Corticosteroids

Diazepam

Question: Hypokalemia is seen in therapy with Choices: A. Digitalis B. Ibuprufen C. Corticosteroids D. Diazepam Answer:

Hypokalemia.may be a feature of all following diseases, except -

Addison's disease

Cushing's syndrome

Baer's syndrome

Guelman's syndrome

Question: Hypokalemia.may be a feature of all following diseases, except - Choices: A. Addison's disease B. Cushing's syndrome C. Baer's syndrome D. Guelman's syndrome Answer:

ECG change seen in Hypokalemia

Tall 'T' wave

U wave

Sine wave configration

Shoening of QT interval

Question: ECG change seen in Hypokalemia Choices: A. Tall 'T' wave B. U wave C. Sine wave configration D. Shoening of QT interval Answer:

Hypokalemia may be a feature of all following diseases, except -

Addison's disease

Cushing's syndrome

Barter's syndrome

Gitelman's syndrome

Question: Hypokalemia may be a feature of all following diseases, except - Choices: A. Addison's disease B. Cushing's syndrome C. Barter's syndrome D. Gitelman's syndrome Answer:

Hypokalemia with hypertension is associated with following except

Liddle's syndrome

Conn's syndrome

Bartter's syndrome

Cushing's syndrome

Question: Hypokalemia with hypertension is associated with following except Choices: A. Liddle's syndrome B. Conn's syndrome C. Bartter's syndrome D. Cushing's syndrome Answer:

True about pyloric stenosisa) Hypokalemiab) Hyponatremiac) Metabolic acidosisd) Hypochloremiae) Hypocalcemia

abd

bcd

abc

ab

Question: True about pyloric stenosisa) Hypokalemiab) Hyponatremiac) Metabolic acidosisd) Hypochloremiae) Hypocalcemia Choices: A. abd B. bcd C. abc D. ab Answer:

Digoxin toxicity is aggravated by: a) Hypokalemia b) Hyperkalernia c) Hypercalcemia d) Hypermagnesemia e) Hypocalcemia

ad

bc

cd

ac

Question: Digoxin toxicity is aggravated by: a) Hypokalemia b) Hyperkalernia c) Hypercalcemia d) Hypermagnesemia e) Hypocalcemia Choices: A. ad B. bc C. cd D. ac Answer:

Hypokalemia is seen in all except?

Barter syndrome

Hypokalemic periodic paralysis

21 hydroxylase deficiency

Reninoma (JG cell tumour)

Question: Hypokalemia is seen in all except? Choices: A. Barter syndrome B. Hypokalemic periodic paralysis C. 21 hydroxylase deficiency D. Reninoma (JG cell tumour) Answer:

Which of the following represents the earliest ECG changes in a patient with Hypokalemia?

Pseudo-P-Pulmonale

Flattening of T wave

Development of U wave

Fusion of TU waves

Question: Which of the following represents the earliest ECG changes in a patient with Hypokalemia? Choices: A. Pseudo-P-Pulmonale B. Flattening of T wave C. Development of U wave D. Fusion of TU waves Answer:

A patient with Hypeension presents with Hypokalemia. Aldosterone levels and Renin levels are both elevated. The most likely diagnosis is:

Renal AeryStenosis

Primary Hyperaldosteronism (Conn's Syndrome)

Addison's Disease

Cushing's Syndrome

Question: A patient with Hypeension presents with Hypokalemia. Aldosterone levels and Renin levels are both elevated. The most likely diagnosis is: Choices: A. Renal AeryStenosis B. Primary Hyperaldosteronism (Conn's Syndrome) C. Addison's Disease D. Cushing's Syndrome Answer:

Hypokalemia is associated frequently with

Metabolic acidosis

Metabolic alkalosis

Respiratory acidosis

Respiratory alkalosis

Question: Hypokalemia is associated frequently with Choices: A. Metabolic acidosis B. Metabolic alkalosis C. Respiratory acidosis D. Respiratory alkalosis Answer:

Hypokalemia ECG changes all except

Tall T wave

Prolonged QRS interval

Depressed ST segment

Prominent U waves

Question: Hypokalemia ECG changes all except Choices: A. Tall T wave B. Prolonged QRS interval C. Depressed ST segment D. Prominent U waves Answer:

Following causes distension of abdomen-a) Hirschsprungsb) Hypokalemiac) Hyperkalemiad) Hypomagnesmia

acd

bcd

abc

abd

Question: Following causes distension of abdomen-a) Hirschsprungsb) Hypokalemiac) Hyperkalemiad) Hypomagnesmia Choices: A. acd B. bcd C. abc D. abd Answer:

Hypokalemia is seen with -

Frusemide

Coisol

Metabolic acidosis

Amiloride

Question: Hypokalemia is seen with - Choices: A. Frusemide B. Coisol C. Metabolic acidosis D. Amiloride Answer:

Hypomelanosis of Ito is associated with?

Mental retardation

Seizures

Visual abnormalities

All of the above

Question: Hypomelanosis of Ito is associated with? Choices: A. Mental retardation B. Seizures C. Visual abnormalities D. All of the above Answer:

Hypoparathyroidism occurs as a result ofa) Idiopathic atrophy of parathyroidsb) Following surgeryc) Thyroditis with secondary atrophy of parathyroidsd) All of the above

ac

a

ab

bc

Question: Hypoparathyroidism occurs as a result ofa) Idiopathic atrophy of parathyroidsb) Following surgeryc) Thyroditis with secondary atrophy of parathyroidsd) All of the above Choices: A. ac B. a C. ab D. bc Answer:

Hypoparathyroidism after thyroidectomy commonly manifests in

1 day

2-5 days

After a week

After a month

Question: Hypoparathyroidism after thyroidectomy commonly manifests in Choices: A. 1 day B. 2-5 days C. After a week D. After a month Answer:

X-ray features of Hypoparathyroidism are the following except

Osteosclerosis

Calvarial thickening

Subperiosteal resorption

Subcutaneous calcification

Question: X-ray features of Hypoparathyroidism are the following except Choices: A. Osteosclerosis B. Calvarial thickening C. Subperiosteal resorption D. Subcutaneous calcification Answer:

Hypoparathyroidism following thyroid surgery occurs within

24 hours

2-5 days

7-14 days

2-3 weeks

Question: Hypoparathyroidism following thyroid surgery occurs within Choices: A. 24 hours B. 2-5 days C. 7-14 days D. 2-3 weeks Answer:

Hypoparathyroidism is seen in all of the following except

DiGeorge syndrome

Chronic renal failure

Wilson's disease

Haemochromatosis

Question: Hypoparathyroidism is seen in all of the following except Choices: A. DiGeorge syndrome B. Chronic renal failure C. Wilson's disease D. Haemochromatosis Answer:

Ichthyosis may be associated with: September 2003

Carcinoma lung

Carcinoma breast

Leukemia

Lymphoma

Question: Ichthyosis may be associated with: September 2003 Choices: A. Carcinoma lung B. Carcinoma breast C. Leukemia D. Lymphoma Answer:

Ichthyosis is associated with –

Hodgkins disease

AIDS

Hypothyroidism

All

Question: Ichthyosis is associated with – Choices: A. Hodgkins disease B. AIDS C. Hypothyroidism D. All Answer:

Ichthyosis linearis circumflexa is the characteristic skin lesion seen in:

Netheon syndrome

Progeria

Lamellar ichthyosis

Harlequin ichthyosis

Question: Ichthyosis linearis circumflexa is the characteristic skin lesion seen in: Choices: A. Netheon syndrome B. Progeria C. Lamellar ichthyosis D. Harlequin ichthyosis Answer:

Where are the deposits found in IgA Nephropathy-

Subepithelial

Subendocardial

Mesangium

No deposists

Question: Where are the deposits found in IgA Nephropathy- Choices: A. Subepithelial B. Subendocardial C. Mesangium D. No deposists Answer:

Where are the deposits found in IgA Nephropathy?

Subepithelial

Subendocardial

Mesangium

No deposists

Question: Where are the deposits found in IgA Nephropathy? Choices: A. Subepithelial B. Subendocardial C. Mesangium D. No deposists Answer:

Which of the following is the inheritance of Incontinentia Pigmenti

AD

AR

X-linked dominant

X-linked recessive

Question: Which of the following is the inheritance of Incontinentia Pigmenti Choices: A. AD B. AR C. X-linked dominant D. X-linked recessive Answer:

Which of the following is the inheritance of Incontinentia Pigmenti?

AD

AR

X-linked dominant

X-linked recessive

Question: Which of the following is the inheritance of Incontinentia Pigmenti? Choices: A. AD B. AR C. X-linked dominant D. X-linked recessive Answer:

Cardiac condition requiring Antibiotic Prophylaxis for Infective Endocarditis?

Coronary Heart Disease

Rheumatic Heart Disease

Cardiac Pacemakers

Hypertensive Heart Disease

Question: Cardiac condition requiring Antibiotic Prophylaxis for Infective Endocarditis? Choices: A. Coronary Heart Disease B. Rheumatic Heart Disease C. Cardiac Pacemakers D. Hypertensive Heart Disease Answer:

Which of the following is recommended for culture sampling in Infective Endocarditis:

2 culture sets separated by at-least 1 hour over 24 hours

2 culture sets separated by at-least 2 hours over 24 hours

3 culture sets separated by at-least 1 hour over 24 hours

3 culture sets separated by at-least 2 hours over 24 hours

Question: Which of the following is recommended for culture sampling in Infective Endocarditis: Choices: A. 2 culture sets separated by at-least 1 hour over 24 hours B. 2 culture sets separated by at-least 2 hours over 24 hours C. 3 culture sets separated by at-least 1 hour over 24 hours D. 3 culture sets separated by at-least 2 hours over 24 hours Answer:

Diagnostic criterion for Infective Endocarditis include all, Except:

Positive Echocardiogram

Positive Blood culture

Raised ESR

Positive Rheumatoid Factor

Question: Diagnostic criterion for Infective Endocarditis include all, Except: Choices: A. Positive Echocardiogram B. Positive Blood culture C. Raised ESR D. Positive Rheumatoid Factor Answer:

Which of the following is least likely to be associated with Infective Endocarditis -

Small ASD

Small VSD

Mild MR

Mild MS

Question: Which of the following is least likely to be associated with Infective Endocarditis - Choices: A. Small ASD B. Small VSD C. Mild MR D. Mild MS Answer:

High risk lesions for Infective Endocarditis are all except:-

Prosthetic heart valves

Prior history of infective endocarditis

Aortic regurgitation

Complex cyanotic congenital heart disease

Question: High risk lesions for Infective Endocarditis are all except:- Choices: A. Prosthetic heart valves B. Prior history of infective endocarditis C. Aortic regurgitation D. Complex cyanotic congenital heart disease Answer:

Acute Infective Endocarditis with abscess formation is most commonly associated with

Listeria

Staphylococcus

Streptococcus

Enterococcus

Question: Acute Infective Endocarditis with abscess formation is most commonly associated with Choices: A. Listeria B. Staphylococcus C. Streptococcus D. Enterococcus Answer:

Which of the following is least likely to be associated with Infective Endocarditis:

Small ASD

Small VSD

Mild MR

Mild MS

Question: Which of the following is least likely to be associated with Infective Endocarditis: Choices: A. Small ASD B. Small VSD C. Mild MR D. Mild MS Answer:

Acute Infective Endocarditis with abscess formation is most common associated with -

Listeria

Staphylococcus

Streptococcus

Enterococcus

Question: Acute Infective Endocarditis with abscess formation is most common associated with - Choices: A. Listeria B. Staphylococcus C. Streptococcus D. Enterococcus Answer:

Treatment of acute phase of Kawasaki Disease is -

Aspirin

IV steroids

IV immunoglobins

Cyclophosphamide

Question: Treatment of acute phase of Kawasaki Disease is - Choices: A. Aspirin B. IV steroids C. IV immunoglobins D. Cyclophosphamide Answer:

Treatment of choice for Kawasaki Disease

Immunoglobulins

Coicosteroids

Azathioprine

Methotrexate

Question: Treatment of choice for Kawasaki Disease Choices: A. Immunoglobulins B. Coicosteroids C. Azathioprine D. Methotrexate Answer:

Treatment of choice for Kawasaki Disease is:

IV Immunoglobulins

Steroids

Dapsone

Methotrexate

Question: Treatment of choice for Kawasaki Disease is: Choices: A. IV Immunoglobulins B. Steroids C. Dapsone D. Methotrexate Answer:

Which of the following is not an association for Keratoconus:

Marfans Syndroma

Leber congenital amaurosis

Vernal kerato conjunctivitis

Senile Cataract

Question: Which of the following is not an association for Keratoconus: Choices: A. Marfans Syndroma B. Leber congenital amaurosis C. Vernal kerato conjunctivitis D. Senile Cataract Answer:

All are seen in Keratoconus EXCEPT

Keyser Fleischer Ring

Progressive vision loss due to increasing myopia and irregular astigmatism

Scissoring reflex in retinoscopy

Munson sign Positive

Question: All are seen in Keratoconus EXCEPT Choices: A. Keyser Fleischer Ring B. Progressive vision loss due to increasing myopia and irregular astigmatism C. Scissoring reflex in retinoscopy D. Munson sign Positive Answer:

Which of the following is not a treatment modality for Keratoconus

Spectacle

Prism

Contact lens

INTACS

Question: Which of the following is not a treatment modality for Keratoconus Choices: A. Spectacle B. Prism C. Contact lens D. INTACS Answer:

All of the following are true about Keratoconus, except:

Increased curvature of cornea

Astigmatism

K.F ring cornea

Thick cornea

Question: All of the following are true about Keratoconus, except: Choices: A. Increased curvature of cornea B. Astigmatism C. K.F ring cornea D. Thick cornea Answer:

Keratoconus is associated with all except –

Down's syndrome

Ehlers–Danlo's syndrome

Marfan's syndrome

Usher's syndrome

Question: Keratoconus is associated with all except – Choices: A. Down's syndrome B. Ehlers–Danlo's syndrome C. Marfan's syndrome D. Usher's syndrome Answer:

A 25 year old boy presents with renal failure. His uncle died of renal failure three years ago. Slit lamp examination reveals Lenticonus / Keratoconus. The likely diagnosis is:

Autosomal Dominant Polycystic Kidney (ADPCKD)

Autosomal Recessive polycystic kidney (ARPCKD)

Alpo's syndrome

Denysh-Drash Syndrome

Question: A 25 year old boy presents with renal failure. His uncle died of renal failure three years ago. Slit lamp examination reveals Lenticonus / Keratoconus. The likely diagnosis is: Choices: A. Autosomal Dominant Polycystic Kidney (ADPCKD) B. Autosomal Recessive polycystic kidney (ARPCKD) C. Alpo's syndrome D. Denysh-Drash Syndrome Answer:

Keratoconus is associated with all except-

Down's syndrome

Ehlers-Danlos' syndrome

Marfan's syndrome

Usher's syndrome

Question: Keratoconus is associated with all except- Choices: A. Down's syndrome B. Ehlers-Danlos' syndrome C. Marfan's syndrome D. Usher's syndrome Answer:

All are seen in Keratoconus EXCEPT:

Progressive vision loss due to increasing myopia and irregular astigmatism

Keyser Fleischer Ring

Scissoring reflex in retinoscopy

Munson sign Positive

Question: All are seen in Keratoconus EXCEPT: Choices: A. Progressive vision loss due to increasing myopia and irregular astigmatism B. Keyser Fleischer Ring C. Scissoring reflex in retinoscopy D. Munson sign Positive Answer:

Keratoconus is defined as: March 2013 (h)

Degeneration of conjunctiva

Cornea undergoes necrosis due to vitamin A deficiency

Cornea thins near the centre & bulges forwards

Recurrent corneal ulcerations of cornea

Question: Keratoconus is defined as: March 2013 (h) Choices: A. Degeneration of conjunctiva B. Cornea undergoes necrosis due to vitamin A deficiency C. Cornea thins near the centre & bulges forwards D. Recurrent corneal ulcerations of cornea Answer:

Keratoconus is seen in: March 2010

Patau syndrome

Down syndrome

Turner syndrome

Weber syndrome

Question: Keratoconus is seen in: March 2010 Choices: A. Patau syndrome B. Down syndrome C. Turner syndrome D. Weber syndrome Answer:

In Keratoconus, all are seen except:

Munson's sign

Thinning of cornea in center

Distoion of corneal reflex at center

Hypermetropic refractive error fond

Question: In Keratoconus, all are seen except: Choices: A. Munson's sign B. Thinning of cornea in center C. Distoion of corneal reflex at center D. Hypermetropic refractive error fond Answer:

All of the following clinical signs seen in Keratoconus except:

Fleischer ring

Rizutti sign

Haab's striae

Oil droplet reflex

Question: All of the following clinical signs seen in Keratoconus except: Choices: A. Fleischer ring B. Rizutti sign C. Haab's striae D. Oil droplet reflex Answer:

Keratomalacia

Occurs due to Vitamin A deficiency

Relative Benign condition

First feature of Vitamin A deficiency

Also seen in retinitis pigmentosa

Question: Keratomalacia Choices: A. Occurs due to Vitamin A deficiency B. Relative Benign condition C. First feature of Vitamin A deficiency D. Also seen in retinitis pigmentosa Answer:

Keratomalacia (REPEATED question)

Occurs due to vitamin A deficiency

Relatively benign condition

First feature of vitamin A deficiency

Also seen in retinitis pigmentosa

Question: Keratomalacia (REPEATED question) Choices: A. Occurs due to vitamin A deficiency B. Relatively benign condition C. First feature of vitamin A deficiency D. Also seen in retinitis pigmentosa Answer:

Keratomalacia is associated with which of the following infections?

Herpes simplex

Varicella zoster

Measles

Diphtheria

Question: Keratomalacia is associated with which of the following infections? Choices: A. Herpes simplex B. Varicella zoster C. Measles D. Diphtheria Answer:

Keratomalacia is -

Occurs due to Vit-A deficiency

Relatively benign condition

First feature of Vit- A deficiency

Also seen in retinitis pigmentosa

Question: Keratomalacia is - Choices: A. Occurs due to Vit-A deficiency B. Relatively benign condition C. First feature of Vit- A deficiency D. Also seen in retinitis pigmentosa Answer:

Keratomalacia is:

Occurs due to Vit-A deficiency

Relatively benign condition

First feature of Vit-A deficiency

Also seen in retinitis pigmentosa

Question: Keratomalacia is: Choices: A. Occurs due to Vit-A deficiency B. Relatively benign condition C. First feature of Vit-A deficiency D. Also seen in retinitis pigmentosa Answer:

Keratomalacia ;s associated with:

Measles

Mumps

Rubella

Chicken pox

Question: Keratomalacia ;s associated with: Choices: A. Measles B. Mumps C. Rubella D. Chicken pox Answer:

Vit A deficiency produces -a) Bitots Spotsb) Trantas spotsc) Keratomalaciad) Xerophthalmia e) Color blindness

abc

ad

bc

acd

Question: Vit A deficiency produces -a) Bitots Spotsb) Trantas spotsc) Keratomalaciad) Xerophthalmia e) Color blindness Choices: A. abc B. ad C. bc D. acd Answer:

Keratomalacia is seen in which of the following infections-

Chicken pox

Mumps

Diarrhoea

Measles

Question: Keratomalacia is seen in which of the following infections- Choices: A. Chicken pox B. Mumps C. Diarrhoea D. Measles Answer:

Keratomalacia is seen in which of the following infections -

Chicken pox

Mumps

Diarrhoea

All

Question: Keratomalacia is seen in which of the following infections - Choices: A. Chicken pox B. Mumps C. Diarrhoea D. All Answer:

Keratomalacia includes the following except:

Night blindness

Severe pain in the eye

Xerosis of the cornea

Perforation of cornea

Question: Keratomalacia includes the following except: Choices: A. Night blindness B. Severe pain in the eye C. Xerosis of the cornea D. Perforation of cornea Answer:

A 2 year old un immunised child from a hilly tribal area developed Keratomalacia after a viral infection. Which of the following could have lead to the development of Keratomalacia?

Rubella

Rubeola

Mumps

Varicella

Question: A 2 year old un immunised child from a hilly tribal area developed Keratomalacia after a viral infection. Which of the following could have lead to the development of Keratomalacia? Choices: A. Rubella B. Rubeola C. Mumps D. Varicella Answer:

Keratomalacia is associated with

Measles

Mumps

Chicken pox

Rubella

Question: Keratomalacia is associated with Choices: A. Measles B. Mumps C. Chicken pox D. Rubella Answer:

Keratomalacia is due to -

Vit-A deficiency

Keratoconus

Vitamin E deficiency

Also seen in retinitis pigmentosa

Question: Keratomalacia is due to - Choices: A. Vit-A deficiency B. Keratoconus C. Vitamin E deficiency D. Also seen in retinitis pigmentosa Answer:

Keratomalacia is associated with:

Measles

Mumps

Rubella

All

Question: Keratomalacia is associated with: Choices: A. Measles B. Mumps C. Rubella D. All Answer:

Drugs that can be used in Kernicterus

Barbiturates

Benzodiazepines

Phenytoin

Chlorpromazine

Question: Drugs that can be used in Kernicterus Choices: A. Barbiturates B. Benzodiazepines C. Phenytoin D. Chlorpromazine Answer:

All of the following are true about Kernicterus EXCEPT:

Kernicterus is due to Unconjugated Hyperbilirubinemia

Yellowish staining of Basal Ganglia is seen

Prematurity is a risk factor

Not associated with increased morbidity

Question: All of the following are true about Kernicterus EXCEPT: Choices: A. Kernicterus is due to Unconjugated Hyperbilirubinemia B. Yellowish staining of Basal Ganglia is seen C. Prematurity is a risk factor D. Not associated with increased morbidity Answer:

In unconjugated hyperbilirubinemia, which of the drug increase the chance for Kernicterus?

Ceftriaxone

Phenobarbitone

Ampicillin

Sulphonamide

Question: In unconjugated hyperbilirubinemia, which of the drug increase the chance for Kernicterus? Choices: A. Ceftriaxone B. Phenobarbitone C. Ampicillin D. Sulphonamide Answer:

Kernicterus is associated with:

Choreoathetoid cerebral palsy

Hearing abnormalities

Upward gaze palsy

All of the above

Question: Kernicterus is associated with: Choices: A. Choreoathetoid cerebral palsy B. Hearing abnormalities C. Upward gaze palsy D. All of the above Answer:

Kernicterus is invariably associated with

Crigler-Najjar syndrome type-I

Crigler-Najjar syndrome type-II

Dubin Johnson syndrome

Rotor syndrome

Question: Kernicterus is invariably associated with Choices: A. Crigler-Najjar syndrome type-I B. Crigler-Najjar syndrome type-II C. Dubin Johnson syndrome D. Rotor syndrome Answer:

In Langerhans Cell Histiocytosis, the characteristic abnormality seen is:

Foamy macrophages

Giant cell

Plasma cell

Birbeck's granules

Question: In Langerhans Cell Histiocytosis, the characteristic abnormality seen is: Choices: A. Foamy macrophages B. Giant cell C. Plasma cell D. Birbeck's granules Answer:

Leiomyosarcoma most common age group is -

20 - 40 years

30 - 50 years

40 - 60 years

50 - 70 years

Question: Leiomyosarcoma most common age group is - Choices: A. 20 - 40 years B. 30 - 50 years C. 40 - 60 years D. 50 - 70 years Answer:

Which is the most active single chemotherapeutic agent in the treatment of Leiomyosarcoma -

Adriamycin

Doxorubicin

Methotrexate

b or a

Question: Which is the most active single chemotherapeutic agent in the treatment of Leiomyosarcoma - Choices: A. Adriamycin B. Doxorubicin C. Methotrexate D. b or a Answer:

Leishmaniasis is caused by

Protozoa

Bacteria

Virus

Prions

Question: Leishmaniasis is caused by Choices: A. Protozoa B. Bacteria C. Virus D. Prions Answer:

All are used in the treatment of Leishmaniasis except:

Hydoroxychloroquine

Miltefosine

Paromomycin

Rifabutin

Question: All are used in the treatment of Leishmaniasis except: Choices: A. Hydoroxychloroquine B. Miltefosine C. Paromomycin D. Rifabutin Answer:

DOC for management of visceral Leishmaniasis:

Parenteral Sodium stibogluconate

Liposomal Amphotericin B

Miltefosine

Pentamidine

Question: DOC for management of visceral Leishmaniasis: Choices: A. Parenteral Sodium stibogluconate B. Liposomal Amphotericin B C. Miltefosine D. Pentamidine Answer:

Permethrin is used in treatment of – a) Scabiesb) Leprosyc) Body Loused) Leishmaniasis

a

bc

ac

b

Question: Permethrin is used in treatment of – a) Scabiesb) Leprosyc) Body Loused) Leishmaniasis Choices: A. a B. bc C. ac D. b Answer:

Which of the following is approved oral therapy for Leishmaniasis?

Sodium Stibogluconate

Miltefosine

Pentomedine

Amphoterium B

Question: Which of the following is approved oral therapy for Leishmaniasis? Choices: A. Sodium Stibogluconate B. Miltefosine C. Pentomedine D. Amphoterium B Answer:

Which of the following drug is NOT used to treat Leishmaniasis -

Cyclosporine

Ketoconazole

Pentamidine

Amphotericin B

Question: Which of the following drug is NOT used to treat Leishmaniasis - Choices: A. Cyclosporine B. Ketoconazole C. Pentamidine D. Amphotericin B Answer:

Which of the following drug is NOT used to treat Leishmaniasis

Cyclosporine

Ketoconazole

Pentamidine

Amphotericin B

Question: Which of the following drug is NOT used to treat Leishmaniasis Choices: A. Cyclosporine B. Ketoconazole C. Pentamidine D. Amphotericin B Answer:

Which of the following is a causative agent of Visceral Leishmaniasis?

Leishmania braziliensis

Leishmania panamensis

Leishmania donovani

Leishmania major

Question: Which of the following is a causative agent of Visceral Leishmaniasis? Choices: A. Leishmania braziliensis B. Leishmania panamensis C. Leishmania donovani D. Leishmania major Answer:

False about Leishmaniasis is

Aldehyde Test of Napier is a good test for diagnosis

Indian Leishmaniasis is a non-zoonotic infection with man as the sole reservoir

Co-infection with AIDS is now emerging

There are no drugs for personal prophylaxis

Question: False about Leishmaniasis is Choices: A. Aldehyde Test of Napier is a good test for diagnosis B. Indian Leishmaniasis is a non-zoonotic infection with man as the sole reservoir C. Co-infection with AIDS is now emerging D. There are no drugs for personal prophylaxis Answer:

Mucocutaneous Leishmaniasis is caused by

L. Brasiliensis

L. tropica

L. donovani

L. Chagasi

Question: Mucocutaneous Leishmaniasis is caused by Choices: A. L. Brasiliensis B. L. tropica C. L. donovani D. L. Chagasi Answer:

Lennox-Gastaut Syndrome is characterized by:

Single seizure type

Good prognosis and adequate controlled epilepsy

Affects mainly adolescents

Multiple seizure types that are difficult to control

Question: Lennox-Gastaut Syndrome is characterized by: Choices: A. Single seizure type B. Good prognosis and adequate controlled epilepsy C. Affects mainly adolescents D. Multiple seizure types that are difficult to control Answer: