A. Plasmodium vivax

B. Taenia solium

C. Entamoeba histolytica

D. Entamoeba gingimlis

A. diffusion of ATP molecules from ingested organisms

B. oxidation of nutrients to form ATP

C. free energy

D. all of these

A. disease transmitting host

B. natural reservoir of disease causing organism

C. pathogenic organism

D. any kind of disease transmitting organism

A. intracellular in both

B. intercellular in both

C. intracellular and intercellular

D. intercellular and intracellular

A. binary fission

B. conjugation

C. autogamy

D. budding

A. all equal

B. all unequal

C. longer at posterior side

D. longer at anterior side

A. schizonts

B. merozoites

C. ookinetes

D. sporozoites

A. morphological features

B. homologous features

C. analogous features

D. none of these

A. locomotion only

B. feeding only

C. both (a) and (b)

D. offence of defence

A. Man

B. Female Anopheles

C. Culex

D. Monkeys

A. stop forming pseudopodia

B. stop manufacturing metabolic water

C. burst consequent to osmotic swelling

D. become static for some time

A. liver

B. blood

C. brain

D. cerebro-spinal fluid

A. Yellow fever mosquitoes toga virus B

B. Rabies saliva myxomavirus

C. Poliomyelitis fleas poliovirus

D. Tobacco mosaic disease aphids tobacco mosaic virus

A. sporozoite

B. minuta form

C. mature cyst

D. trophic form

A. co-ordination of various external stimuli

B. co-ordination of ciliary beat

C. control of contractile vacuole

D. any of these

A. perennation

B. reproduction

C. dispersal

D. all of these

A. the discoverer

B. a disease

C. a god

D. a place

A. endomixis

B. hemimixis

C. cytogamy

D. none of these

A. cinnamom

B. cinchona

C. blister flies

D. red ants

A. female anopheles mosquito

B. air

C. kisisng

D. contaminated food and water

A. the stomach of female amopheles mosquito

B. parenchymatous cells of liver of man

C. erythrocytes of man

D. erythrocytes and blood of man

A. cilia

B. flagella

C. pseudopodia

D. absent

A. sleeping sickness

B. chaga's disease

C. kala azar

D. oriental sore

A. small intestine of man

B. arge intestine of man

C. fresh water body such as ponds, rivers etc.

D. stagnaant water

A. contamination

B. kissing

C. contagination

D. inoculation

A. contractile vacuoles at a slower rate

B. contractile vacuoles at a faster rate

C. contractile vacuoles at the same rate

D. no contractile vacuoles

A. holozoic

B. holophytic

C. saprozoic

D. autozoic

A. Amoeba proteus

B. Choas

C. Foraminifera

D. Pelomyxa

A. Amoeba proteus

B. Hydra viridissima

C. Leishmania donovani

D. Entamoeba histolytica

A. when it comes in contact with food particles

B. by movement of surrounding water

C. by exchange of salts with the medium

D. by sol-gel transformation of cytoplasm

A. antibodies present in blood

B. antigens present in blood

C. higher temperautre of blood

D. lower temeprature of blood