Dominant parietal lobe lesion can be differentiated from frontal lobe lesion by the presence of

Effects of lesion of non-dominant parietal lobe lesion are

A

Contralateral hemi neglect

B

Spatial disorientation

C

Constructional apraxia

D

Dysphasia

E

Acalculia

Features of parietal lobe lesion are

A

Constructional apraxia

B

Contralateral hemisensory loss

C

Astereognosis

D

Superior homonymous quadrantanopia

E

Visual loss

Frontal lobe lesion of brain may produce

A

Disinhibition

B

Incontinence

C

Focal motor seizure

D

Receptive dysphasia

E

Complex hallucinations of smell

F

sound & vision

Non-dominant parietal lobe lesions cause/s

A

Constructional apraxia

B

Astereognosis

C

Receptive aphasia

D

Personality change

E

Hallucination

Effect/s of dominant temporal lobe lesion is/are

A

Receptive aphasia

B

Impaired verbal memory

C

Dyslexia

D

Impaired non-verbal memory

E

Impaired musical skills

Dominant temporal lobe lesion presents as

A

Dyslexia

B

Hallucination

C

Expressive aphasia

D

Apraxia

E

Agnosia

Frontal lobe dysfunction causes

A

Contralaterlal hemiplegia

B

Versive seizure

C

Expressive dysphasia

D

Astereognosis

E

Apraxia

Occipital lobe lesion may produce

A

Contralateral homonymous hemianopia

B

Cortical blindness in bilateral lesion

C

Contralateral facial palsy

D

Absence of pupillary light reflex

E

Drooping of both upper eye lids

Parietal cells of the stomach

A

Are found at the basal aspect of the gastric glands

B

Secrete HCl

C

Are large polyhedral cells

D

Are mesodermal in origin

E

Possess basophilic cytoplasm

Defective parietal cells would result in malabsorption of

A

Vitamin B12

B

Iron

C

Vitamin B1

D

Folic acid

E

Vitamin C

Dominant parietal lobe lesion can be differentiated from frontal lobe lesion by the presence of

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