1. Testosterone hormone
2. Antidiuretic hormone
3. Oxytocin hormone
4. All of these
Antidiuretic hormone
1. formation of those substances, which have some role in the body
2. removal of such substances, which have never been part of the body
3. removal of useless substances and substances present in excess
4. All of the above.
formation of those substances, which have some role in the body
1. a-3;b-4;c-5;d-1;e-2
2. a-5;b-1;c-3;d-4;e-2
3. a-4;b-5;c-1;d-2;e-3
4. a-1;b-3;c-4;d-5;e-2
5. a-2;b-5;c-4;d-1;e-3
a-3;b-4;c-5;d-1;e-2
1. 1-5 g
2. 25-30 g
3. 1-1.5 L
4. 80 g
5. 100-500 mg
25-30 g
1. neurolemmocytes
2. microglia
3. astrocytes
4. ganglia
astrocytes
1. The glomerular filtration rate is about 125 mL per minute
2. The Ultrafiltration is opposed by the colloidal osmotic pressure of plasma
3. Tubular secretion takes place in the PCT
4. Aldosterone induces greater eabsorption of sodium
5. The counter-currect systems contribute in diluting the urine
The counter-currect systems contribute in diluting the urine
1. Absorbs and resends excess of ions
2. The dialysis unit has a coiled cellophane tube
3. Blood is pumped back through a suitable artery after haemodialysis
4. Anti-heparin is added prior to haemodialysis
5. Nitrogenous wastes are removed by active transport
The dialysis unit has a coiled cellophane tube
1. Presence of albumin in urine is albuminuria
2. Presence of glucose in urea is glycosuria
3. Presence of ketose sugar in urine is ketonuria
4. Presence of excess urea in blood is uremia
5. Presence of haemoglobin in urine is haemoglobinuria
Presence of ketose sugar in urine is ketonuria
1. SO2
2. O2
3. O3
4. NO2
SO2
1. cerebrum
2. pone
3. cerebellum
4. thalamus
cerebellum