Procedure % Nephron studung Fill in thls toble_using the Nephron diogram below: Name of Diagram Brlefly, what the significance of this structure Or stage? Structur...

Identify the kidney component in the key that matches the description. a. glomerular capsule b. proximal convoluted tubule c. nephron loop d. distal convoluted tubule Microvilli reabsorb molecules, such as glucose, here.

All right. So this is asking us to sequence well, Maria laura for gloomily infiltrate through the neF Ron. So it's gonna start button label at the way the answer options are labeled, so we can keep track of that together. So it's going to start at Bowman's capsule and then proximal is closer than distal. So then it's going to go from Bowman's capsule to the proximal convoluted to a bill, and then from there it's going to go to the loop of henley, and then from there it's going to go to the distal convoluted tube, you'll and then lastly the collecting duct. And this most closely matches answer option E.

All right now, here we are looking at the path of the fill trade as it goes through the net franz. All right now, at the beginning, we will start with where the blood gets filtered. The blood gets filtered in this area here, called the glamorous Dallas. And after the blood gets filled, general Marylise which sits in this little pocket of this structure of the nef Ron. Call the bowmans capsule. Now, after passing through the bowman's capsule, it will go through this area, which is a lot more squiggly than what I'm drawing. But that's the best I can do. And the reason I'm saying it has to be squiggly is this is a convoluted to bill. And we call it the proximal convoluted tubules because the one closest to the bowman's capsule here. Okay, after the proximal convoluted tube bill, we have this hairpin turn kind of thing going here, The descending and a sending parts of this loop here, which is known as the loop uh Henley. Mhm. All right now, after the loop of Henley, we have another area. I'm trying to zigzag there because it is again, another convoluted tubules. But this one because it's further away from the bowman's capsule is called the distal convoluted tube. You we were just referred to as the distal to bill. Sometimes from there, the fill trait passes to a structure through a structure called to collecting duct. And from there, the fell trait leaves the nef Ron. So again, so our blood gets filtered here in the bowman's capsule. So in the bowman's capsule is where we have the fill trait. Start off from there, the fill trait goes to the proximal convoluted tubules. Through the proximal convoluted tubules to the loop of Henley. From the loop Henley down and up. Then goes to the distal convoluted tubules through the distal convoluted tube. Eo to the collecting that and then out the collecting duct. The filtration makes it finally into the reno. Hell this. So that is the path of the fill trait. Okay,

So the question here, basically a sauce to name the parts of the front on describe what? So within that front, basically, blood enters into the kidneys through what we know as the Bowman's capsule, which basically functions for filtration. Afterwards, it goes into the proximal club of alluded to Bill. This is where the water concentration basically occurs, so from there it goes into the loop off. This creates the concentration ingredient within the kidneys in order to help with water and salt re absorption. Afterwards, it goes into the distal convoluted to bill. This is where waste gets excreted and then, from there into the infiltrate, of course, from their enters the collecting dote.

Which components of the kidney re absorbs molecules such as glucose using Micro billy, a glamorous capsule be the proximal community tibial Stephen F O. D. But it's still combinatorial, so that's the amaryllis. Many molecules are removed from the blood and enter the filth rates, and most of those we want back glucose being one of them. There's no reason to get rid of glucose. We want to get that back into the blood. So immediately after that we have our answer. The proximal community tibial, which re absorbs important molecules.