No, the collecting duct is the site where the filtrate from multiple nephrons is collected and the final adjustments to urine concentration are made. The distal convoluted tubule drains into the collecting duct.
The cells in the distal convoluted tubule that monitor changes in urine volume and osmolarity are known as macula densa cells. They are sensitive to the concentration of sodium chloride in the filtrate passing through the tubule and help regulate blood pressure and fluid balance in the body.
A nephron consists of a renal corpuscle (including the glomerulus and Bowman's capsule), a proximal convoluted tubule, a loop of Henle (consisting of descending and ascending limbs), a distal convoluted tubule, and a collecting duct. These structures work together to filter blood and create urine in the kidney.
Secretion takes place in the renal tubules of the kidney. Specifically, it occurs in the proximal convoluted tubule, distal convoluted tubule, and collecting ducts. These structures are responsible for selectively moving substances like drugs, ions, and waste products from the blood into the urine for excretion.
The distal convoluted tubules flow directly into collecting ducts within the kidney, where final modifications to the urine occur before it is delivered to the renal pelvis.
The distal tubule
No, the collecting duct is the site where the filtrate from multiple nephrons is collected and the final adjustments to urine concentration are made. The distal convoluted tubule drains into the collecting duct.
The cells in the distal convoluted tubule that monitor changes in urine volume and osmolarity are known as macula densa cells. They are sensitive to the concentration of sodium chloride in the filtrate passing through the tubule and help regulate blood pressure and fluid balance in the body.
Secretion typically occurs in the distal convoluted tubule and the collecting tubule of the nephron. These segments of the nephron are responsible for actively transporting substances like ions, drugs, and waste products from the blood into the tubular fluid to be excreted in the urine.
absorption of more Na+ (if aldosterone present) and absorption of more water (if ADH is present)
Urine starts out as filtrate from the glomerular capsule in the kidney. It then enters the proximal convoluted tubule, then the loop of Henle, then the distal convoluted tubule. It then become urine as it enters the renal pelvis and then it travels down the ureters to the bladder until it is convenient to eliminate through the urethra.
A nephron consists of a renal corpuscle (including the glomerulus and Bowman's capsule), a proximal convoluted tubule, a loop of Henle (consisting of descending and ascending limbs), a distal convoluted tubule, and a collecting duct. These structures work together to filter blood and create urine in the kidney.
Secretion takes place in the renal tubules of the kidney. Specifically, it occurs in the proximal convoluted tubule, distal convoluted tubule, and collecting ducts. These structures are responsible for selectively moving substances like drugs, ions, and waste products from the blood into the urine for excretion.
The distal convoluted tubules flow directly into collecting ducts within the kidney, where final modifications to the urine occur before it is delivered to the renal pelvis.
The collecting duct is the terminal part of the nephron in the kidney where urine is concentrated and regulated before being excreted from the body.
It is a steroid. It is an antidiuretic hormone increases the permeability of the distal convoluted tubule and collecting duct of the kidney nephron resulting in less water in the urine. The urine becomes more concentrated as water is conserved.
Collection