increase in glucose in blood
decrease in glucose in blood
increase in blood pressure
decrease in blood pressure
B. decrease in glucose in blood
Biogenesis
Abiogenesis
Cosmozoic
Catastrophism
Palaezoic
Cenozoic
Mesozoic
Proterozoic
toxic substance
a kind of protein
blood platelets
blood corpuscles
Salk
Khorana
Mittel
None of the above
nonstriated muscle
cardiac muscle
connective tissue
nervous tissue
left as they are
reduced
increased
neutralised
stout stem
long internodes
bigger leaves
no growth at all
pituitrin
thyroxine
adrenaline
parathormone
haematology
cardiology
pathology
nephrology
oestrogen
progesterone
testosterone
prolactin
viviparous
oviparous
ovoviviparous
vegetative
undernourishment
want of balanced diet
overfeeding
All the above
decrease in haemoglobin level
rheumatic heart disease
increase in haemoglobin level
non-clothing of blood
epithelial tissue
connective tissue
nervous tissue
cartilage
follicular stimulating hormone
growth hormone
estrogen
progesterone
males
females
sterile females
intersex
myelon
encephalon
cephalon
All the above
Ascaris
Hook worm
Filarial worm
Guinea worm
Phosphates
Calcium
Iron
Iodine
DNA only
RNA only
Either DNA or RNA
Both DNA and RNA
auxin
ethylene
gibberellin
cytokinin
herbivorous
vegetarian
carnivorous
omnivorous
heparin
fibrinogen
thrombin
prothrombin
red corpuscles
white corpuscles
platelets
lymph
synthesis of simple DNA
genetic code
reduction of mutation
synthesis of RNA from bacterial cell
A
B
C
D
Hydrogen, Oxygen and Nitrogen
Water Vapour, Hydrogen and Oxygen
Oxygen, Carbondioxide and Nitrogen
Water Vapour, Ammonia and Methane
ammonia
urea
uric acid
sweat
tetanus
mumps
pyorrhoea
ulcers
Golgi Bodies
Ribosomes
Mitochondria
None of these