increase in glucose in blood
decrease in glucose in blood
increase in blood pressure
decrease in blood pressure
B. decrease in glucose in blood
tail
head
neck
mitochondria
oxygen in a lesser quantity than the required levels
oxygen in large amounts
carbon monoxide
carbon dioxide
More manure
More pesticides
X-ray
More light
pancreas
salivary gland
liver
gonads
veins
arteries
capillaries
lymph ducts
The genes which show numerous phenolypic effects
Reappearance of traits after several generations
Effects of mutation
Intermediate inheritance of genes
plasmalemma
cell membrane
cell wall
plasma membrane
march at a regular pace
appear uniform
defend the body
are disciplined
maggot
caterpillar
grub
wriggler
counting the number of annual rings
thickness of the bark
the bulk of the tree
the number of leaves
cerebrum
cerebellum
medulla oblongata
spinal cord
Hydrophily
Ornithophily
Anemophily
Entomophily
chemosynthetic bacteria
heterotrophic bacteria
photosynthetic bacteria
free living bacteria
where light is available in plenty
where all light energy is used
where light is maximum
beyond which light does not penetrate
lymph nodes
red bone marrow
spleen
liver
Salmonella
Bacillus pertussis
Variola
Vibriona
Body growth
Metamorphosis
Digestion
Reproduction
Fish
Amphibian
Reptile
Bird
blood
lymph
water
corpuscles
A
C
D
E
Copper
Molybdenum
Nickel
Iron
plants
animals
weeds
one pest by another
HCI
H2SO4
H2CO3
HNO3
Ammonia, Methane, Hydrogen
Sulphur, Urethane, Oxygen
Carbon, Phosphorus and Oxygen
Nitrogen, Hydrogen and Chlorine
viviparous
oviparous
ovoviviparous
vegetative
Knoll and Ruska
Rudolf and Kolliker
Robert Hooke
CP Swanson
Cosmozoic theory
Biogenesis
Abiogenesis
Oparin's theory
dominant
recessive
codominant
neutral
Thymus
Islets of Langerhans
Pituitary
Thyroid
crickets
beetles
flies
silver fish