chlorides
amino acids
glucose
none of these
D. none of these
afferent arteriole
efferent arteriole
renal artery
renal veins
liver cells
every living cell
kidney and muscles
liver and kidney
the excretion of volume of urine increases
the excretion of volume of urine decreases
the kidneys fail to excrete urine
the water balance of blood is disturbed
uterus
urethra
vestibule
ureter
desert mouse
carnivorous bird
fish
snake
glomerular type
aglomerular type
holonephric type
metanephric type
ammonia
urea
uric acid
creatinine
uric acid and urea
urea
urea and uric acid respectively
uric acid
remove metabolic wastes from the body
maintain a constant fluid environment
maintain pH of body fluids
all of these
Camel
Cartilaginous fish
Whale
Fresh water fish
blood without blood cells and proteins
plasma without sugar
blood with proteins but without cells
blood without urea
80 mg/100 ml
150 mg/100 ml
200 mg/100 ml
300mg/100 ml
125 ml
500 ml
1200 ml
250 ml
renal vein
hepatic portal vein
dorsal aorta
hepatic vein
125 ml/minute
250 ml/minute
500 ml /minute
1200 ml/minute
chlorides
amino acids
glucose
none of these
cortex
pelvis
medulla
hilus
consists of Bowman's capsule and afferent arteriole
consists of glomerulus and Bowman's capsule
consists of ciliated channels
is inner wall of Bowman's capsule and glomerulus
WBC
RBC
Blood
Plasma
50% of its volume as filtrate
20% of its volume as filtrate
80% of its volume as filtrate
40% of its volume as filtrate
A
B
K
C
Monkey
Lizard
Fish
Frog
glucose
sodium chloride
creatinine
albumin
96 per cent
80 per cent
95 per cent
99 per cent
loop of Henle
distal convoluted tubule
collecting tubule
both (a) and (b)
deamination
excretion
animation
egestkxi
conversion of urea to ammonia via ornithinearginine cycle
conversion of urea to ammonia by bacteria
conversion of urea and uric acid to ammonia
none of these
medulla into pelvis
medulla into cortex
cortex into medulla
pelvis into ureter
reptiles
turtles
tadpoles
amphibians
antidiuretic hormone
aldosterone
renin
both (a) and (b)