Pleural effusion with high protein content occurs in

Exudative pleural effusion is found in

A

Histoplasmosis

B

Metastatic carcinoma

C

Lymphoma

D

Hepatic cirrhosis

E

Hypoproteinaemia

Lymphocytic predominant exudative pleural effusion is compatible with

A

Bronchial carcinoma

B

Tubercular pleural effusion

C

Bacterial pneumonia

D

Heart failure

E

Cirrhosis of liver

Following physical findings may be elicited in a patient with right sided pleural effusion

A

Restricted movement on right side

B

Shifting of apex beat to left

C

Decreased vocal resonance

D

Shifting of trachea to right side

E

Increased vocal Fremitus

Causes of transudative pleural effusion include

A

CCF

B

Protein losing eneropathy

C

Nephrotic syndrome

D

Pulmonary infarction

E

Mesothelioma

Causes of exudative pleural effusion include

A

Tuberculosis

B

Pneumonia

C

Pulmonary infarction

D

Congestive cardiac failure

E

Cirrhosis of liver

Causes of bilateral pleural effusion are

A

Malabsorption syndrome

B

Nephrotic syndrome

C

Liver abscess

D

Pneumococcal pneumonia

E

Mesothelioma

In pleural effusion, following clinical findings may be observed

A

Mediastinal shift to opposite side

B

Vocal resonance will be absent or reduced

C

Intercostal indrawing on affected side

D

Increased intercostal space on opposite side

E

Oxygen saturation will be affected with mild to moderate effusion

Features of pleural effusion are

A

Decreased vocal resonance

B

Dullness on percussion

C

Shifting of trachea to same side

D

Vesicular breath sound with prolong expiration

E

Bronchial breath sound

Which one is the commonest cause of pleural effusion in young patients?

A

Lung cancer

B

S.L.E.

C

Tuberculosis

D

Rheumatoid arthritis

Phytase, an enzyme produced by Aspergillus niger can be adsorbed on microcrystalline cellulose powder (MCCP). The adsorption follows a Langmuir isotherm and the maximum concentration of the protein that can be obtained on the adsorbent is 70 mg cm^-1. At a concentration of 50 mg L^-1 of protein in the solution, the concentration of protein on the adsorbent reaches 35 mg cm^-1. It is desired to recover 90% of the protein from 1.5 liter of the cell free culture filtrate containing 220 mg L^-1 protein by addition of MCCP to the solution. The concentration of the protein adsorbed on the solid at equilibrium will be:

A

21.4 mg cm^-3

B

214 mg cm^-3

C

2.14 mg cm^-3

D

None of the above

Pleural effusion with high protein content occurs in

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