# data[].attributes.body
Urea : Urea enters the Bowman's capsule and travels through the proximal convoluted tubule (PCT) and through the loop of Henle and ends at the collecting duct.

Water : water enters the Bowman's capsule and travels through the proximal convoluted tubule (PCT) and through the loop of Henle. It will be reabsorbed back into the capillaries depending whether the body needs it or not.

Protein : They are too big so they enter through the renal artery and stay until they leave through the renal vein.

Sodium : Sodium enters the Bowman's capsule and travels through the proximal convoluted tubule (PCT) and through the loop of Henle. Some sodium gets reabsorbed and some end at the collecting duct, depending on whether the body needs it or not.

Glucose : Glucose enters the Bowman's capsule and travels through the proximal convoluted tubule (PCT) and through the loop of Henle where it can either be reabsorbed back into the capillaries or to the collecting duct, depending on whether the body needs it or not.

# data[].attributes.body
Stage 1: Filtration
As blood passes through the capillary, molecules are filtered out and are passed into the nephron tube.

Urea moves past the bowman's capsule, then moves into the tubule.
Some will get reabsorbed into the capillaries, while excess move past the loop of Henle, and tube into the collecting duct outside.

Protein moves into the renal capsule into the tube, into the loop of henle, then eventually out. (Only in the artery)

Water moves into the renal capsule, and moves out the proximal convoluted tubule. Water moves in the blood by osmosis, and into the loop of Henle. Water moves into the distal conovulted tuble, into the collecting duct, where it may become urine.

Sodium moves past the renal capsule into the proximal convoluted tubule. The excess will pass the loop of henle and tubule, into the collecting duct.

Glucose moves past the renal capsule and moves into the tubule. It then travels past the loop of henle and reabsorbed into the capillaries.

# data[].attributes.body
Urea: Urea enter through afferent arteriole to the renal capsule or bow's man capsule. Next, it go through proximal convoluted tubule travels along to loop of Henle , it then travel to collecting duct through distal convoluted tubule
Glucose: Enters renal capsule and travels through proximal convoluted tubule. It then reabsorbed to back the capillary.
Water: Water enter to renal capsule and travels through proximal convoluted tubule. Some water are reabsorbed back to the blood because the body still need water to survive. The water continues their journey to the collecting duct and out of the body
Protein:Stay in the blood due to the fact that protein is too big to fit in glomerular filtrate.
Sodium: Sodium enter to renal capsule and travels through proximal convoluted tubule. Some are reabsorbed back to the blood, the other continue their journey to the collecting duct.

# data[].attributes.body
Urea is waste removed from the blood in the glomerulus. It goes to the renal bowman's capsule and along the loop of henle. It then goes to the distal convoluted tubule, collecting duct and down the ureter.

Glucose goes through the afferent arteriole. Blood pressure helps it pass through the glomerular capillaries and to bowman's capsule. It goes to the proximal convoluted tubule and goes to the renal vein by diffusion.

Water passes through the glomerular capillaries (with high hydrostatic pressure) and to bowman's capsule. It then goes to the proximal convoluted tubule and the artery by osmosis. It keeps going to the loop of henle, some goes to the artery (reabsorb) while some keeps going to the distal convoluted tubule and the collecting duct.

Protein stays in the blood because it is too big to go through the capillaries. It doesn't enter the loop of henle.

Sodium goes to the renal bowman's capsule and the proximal convoluted tubule (Some is reabsorbed). Some goes to the artery while some goes to the loop of henle. It continues to go to the distal convoluted tubule and the collecting duct.

# data[].attributes.body
All these substance goes into the nephron by the afferent arterioles . This is what will happen to them
Water: The water enters the Renal capsule then travel through the proximal convoluted tubule. As it travel through the tubule,descending limb and ascending limb, some of it get reabsorb back into the capillary. The amount of water will depend on the condition of the body. If the body need water, a lot will be reabsorb. The water that didn't get absorb will goes to the collecting duct.
Sodium:Sodium is the same as water. The sodium enters the renal capsule from the Glomerular capillary and travel to the proximal convoluted tubule. As it travel through the tubule,descending limb and ascending limb, it get reabsorb back in to the capillary depending on the amount that body need at that moment. This process is called selective
re-absorption. The rest goes to the collecting duct.
Protein: The protein stay in the blood vessel because protein is too big and can not fit through the hole in the capillary.
Glucose: The glucose enters the renal capsule and travel through the proximal convoluted tubule. As it travel through the tubule,descending limb and ascending limb, some of it get re- absorb back into the blood by selective
re-absorption. The amount that will get re-absorb is depend on what body need at that moment. The excess glucose will travel to the collecting duct
Urea: The urea is created as the blood passes through the cortex. The urea enters the renal capsule and travel through the proximal convoluted tubule. and then through the tubule,descending limb and ascending limb, and into the collecting duct. The urea didn't get
re-absorb because it is a waster product which is bad for human body.

# data[].attributes.body
Urea: Urea comes through the afferent arteriole and enters the renal capsule. It leaves the renal capsule to go through the proximal convoluted tubule where it then passes through the loop of Henle. After it goes through the loop of Henle it goes into the distal convoluted tubule, urea then enters collecting duct where it later goes to the bladder.
Water: Water goes through the renal capsule and passes through the proximal convoluted tubule. Some of the water is then moved into the blood by osmosis there and it continues its journey to the loop of Henle where some one the water also enters the blood. Water then goes through the distal convoluted tubule and into the collecting duct where water goes to the bladder or to the blood depending on how hydrated your body is.
Glucose: Glucose enters the renal capsule and goes into the proximal convoluted tubule. Unlike urea, glucose enters the blood at the proximal convoluted tubule by osmosis where it goes out through the renal vein.
Protein: Unlike glucose, protein enters the renal capsule and enters the blood right away from there where it goes out through the renal vein.
Sodium: Just like water, sodium enters the renal capsule, goes into the proximal convoluted tubule where some of the sodium enters the blood. It then moves into the loop of Henle where some of it also enters the blood. Its adventure continues into the distal convoluted tubule and into the collecting duct where it leaves and goes into the bladder.

# data[].attributes.body
Urea
=travel pass  the bowman's capsule and then goes into the proximal convoluted tubule.It will travel along pass loop of Henle and distal convoluted tubule which will make it enters the collecting duct.
Water
=travel pass the bowman's capsule to the proximal convoluted tubule.Some of  them will be reabsorb into the capillaries while the excess of it will travel pass the loop of Henle and distal convoluted tubule to enters the collecting duct.
Glucose
=goes pass the bowman's capsule to the proximal convoluted tubule.It will then travel and get reabsorb back to the the capillaries.
Protein
=it journey is only inside the artery.
Sodium
=travel pass the bowman's capsule to the proximal convoluted tubule.Some of  them will be reabsorb into the capillaries while the excess of it will travel pass the loop of Henle and distal convoluted tubule to enters the collecting duct.

# data[].attributes.body
Glucose : goes into the renal bowman capsule but not into the glomerulus,  and goes through the proximal convoluted tube and is selectively re absorbed back into the capillaries by diffusion
Protein ;  enters through the afferent arteriole and goes into the renal capsule it is then filtered by the glomerulus inside the renal capsule, and stays in the blood.
Urea : travels into the renal bowman's capsule and into the proximal convoluted tubule. After that it goes down the loop of Henle and the distal convoluted tubule and enters the collecting duct.
Water : Water goes into the renal bowman capsule then into the proximal convoluted tubule where some of the water moves into the blood by osmosis since the water concentration in the blood is lower than the tubule. The rest of the water that is in the tubule passes through the loop of Henle and comes up and goes through the distal convoluted  tubule and into the collecting duct.
Sodium : the sodium goes through the  renal capsule and then into the proximal convoluted tubule, some of it is reabsorbed into the capillaries and some of them goes through the loop of Henle and then though the distal convoluted tubule then into the collecting duct.

# data[].attributes.body
Protein: It is transported into the glomerulus from the renal artery. The protein then continues to travel through the blood vessels and then goes out from the renal vein, without going to the proximal convoluted tube.

Glucose: After going into the glomerulus from the renal artery, it then goes into the Bowman's capsule, only to later return into the blood vessels and then into the renal vein.

Sodium: Some of the sodium continues to travel through the proximal convoluted tube after it enters the glomerulus, while some is reabsorbed back into the blood vessels while being transported in the convoluted tube.

Water: Goes from the renal artery into the Bowman's capsule. Some of the water then continues to travel into the proximal convoluted tube and then into the collecting duct, while some water is reabsorbed back into the blood vessels and then goes into the renal vein.

Urea: Since urea is a toxic substance, none of it is reabsorbed back into the blood vessels. After going into the Bowman's capsule, it is then continued to be transported into the proximal convoluted tube and finally to the collecting duct to then be transported to the bladder.

# data[].attributes.body
Urea: Goes in the renal bowman's capsule, then travel through the proximal convoluted tubule, later cross the loop of Henle then finally enters the collecting duct.
Glucose: Goes through the renal bowman's capsule, then travel down the proximal covoluted tube and was re-absorbed back into the capillaries.
Water: Enter in the renal Bowman's capsule, then travel through the proximal convoluted tube, some travels down through the loop of Henle and goes in the collecting duct, but some goes in the blood as well, then later it was reabsorbed.
Protein:  Protein will stay in the artery and travel through the blood
Sodium:  Similiar to water, which travel to the renal bowman's capsule, then to the proximal convoluted tube to the loop of Henle to be collected in the collecting duct, but some will be reabsorbed by the blood.

# data[].attributes.body
Urea:

# data[].attributes.body
Water : After water enters into glomerulus, water will travel trough proximal convoluted tubule. Excess water will travel trough collecting duct. If you still want water, our bodies will reabsorb into capillaries.

Glucose : After enters into glomerulus, glucose will travel trough proximal convoluted tubule and diffuse out to capillaries.

Protein : After enters into glomerulus, protein will filtered and send them to capillaries.

Urea : Travel trough glomerulus, proximal convoluted tubule and travels down the loop of henle and send to collecting duct and then send to bladder.

Sodium : Travel trough glomerulus and proximal convoluted tubule, some excess amount of salt will travel to collecting duct and send to bladder. If our bodies still want them, little amount of salt will reabsorb into capillaries.

# data[].attributes.body
Urea: Enters the bowman's capsule then passes through the proximal convoluted tubule then passes the loop of Henle and follow by distal convoluted tubule and goes to the collecting duct to sends to the ureter then  the bladder.
Glucose:Enters the bowman's capsule then it goes to proximal convoluted tubule and reabsorbed back into the capillaries and travels through the renal vein.
Water: Enters bowman's capsule then some water is reabsorbed when passes through proximal convoluted tubule. The water passes loop of Henle the water is  reabsorbed again and when it goes into collecting duct is also reabsorbed, some of them goes into ureter then bladders.
Protein:Stays in blood capillaries because proteins is too big to fit into glomerular filtrate.
Sodium:Enters the bowman's capsule and passes the proximal convoluted tubule, some of sodium is reabsorbed back into capillaries then the remaining sodium keep goes to the loop of henle and reabsorbed again. After sodium passes loop of henle it goes straight to the collecting duct and goes to the ureter and bladder.

# data[].attributes.body
Protein: Stays in the artery
Sodium: Enters bowman's capsule, travels through proximal convoluted tube, some gets reabsorbed back into the blood and some goes to the collecting duct
Water: Enters bowman's capsule, travels through proximal convoluted tube, some gets absorbed back into the capillaries and some goes to the collecting duct
Urea: Enters bowman's capsule, travels through proximal convoluted tube, travels down the loop of Henle and goes to the collecting duct.
Glucose: Enters bowman's capsule, travels through proximal convoluted tube and gets reabsorbed back into the capillaries.

# data[].attributes.body
Prot