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Describe in detail the functions of one named protein( either fibrous or globular) in the body and relate its structure t0 its function. Sm...

Question

Describe in detail the functions of one named protein( either fibrous or globular) in the body and relate its structure t0 its function. Sm

Describe in detail the functions of one named protein( either fibrous or globular) in the body and relate its structure t0 its function. Sm



Answers

What general functions do fibrous and globular proteins have in the body?

All right, I'm going to discuss fibrous proteins versus globular proteins, and to start out with the structure is just a little bit different. Vipers, proteins, um, look a little bit more like what we would think of as fibers and globular proteins are a little bit more round it, um, some examples of fibrous proteins and their uses in the body. So we find fibers, proteins and hair. We've fine fibrous proteins in muscle. We find it in Presidents Cartlidge and a great example would be a college. We know that college and makes up so much more. So just an example and then globular proteins. So again they have a little bit more of a rounded shape. Um, is do some functions. Trance, port, oxygen can transport nutrients, and they can also act as a catalyst. So these are going to have more of the and somatic function. An example would be my oh Global

The question. We're asked to discard three postings and identify their functions. Well, for the 1st 1 we have influence, which is made by the pancreas. So which signals body does that blood blood sugar is abundant. Pan should be put for the 2nd 1 We have hemoglobin, which carries oxygen in the blood from the lungs to the rest of the body. And lastly, we have collagen, which provide structural support to the skin, ligaments, tendons and our bones.

And of course, please move into the property. It is made about a quality side keen that are inaugurated and fibers next to a person, fibers and sheep are mechanically so strong and asked water in solution. They are structural proteins that provides strength and protection to the cells and issues. The fibrous proteins are so strong that they provide strength and protection to the cells and tissues. No, like they see the functions uh fibrous proteins and static molecules and play important structural rules in anatomy, physiology of work, the bridge providing external protection, support, shape and form. They are water insoluble and are typically built upon a single representative structure assembled into cables or threat.

Every problem. Five were on the levels of protein structure. Let's go for it. Our first level is called the primary structure, and this is just a chain of amino acids. It's just a straight chain. So let's say, um I have deeds which represent amino acids. Right. I shall just have four in that chain, and they're all just going to be connected in one straight line. Okay, so that is the primary structure. Next, the secondary in secondary. You just have a little bit of folding between thes beads. Okay, so we're gonna have some, um, interactions between the beads and you're gonna end up with, um, basically two types of molecules, right You're gonna have on alpha helix, which would kind of look like this, right? In real life, actually, kind of coils like that. I'm just not, I guess drawing it very, um, accurately. But, um, those kind of coil around and you're gonna have those, like beads going through with that oil. Okay, So the beads again represent amino acids. Okay. Or in this simpler drawing right here, you're gonna have it going this way. Okay, so that is, um, one type of second day of structure, and the other type would be a beta pleated sheet, which means you're gonna have kind of like a very wavy highway. So and you're gonna have again your beads. And this time they're actually gonna be kind of lined up, right? That, um what makes the structure is that, um, interaction between the beach writes, or you're gonna have all your beats lined up like this. Okay, so you're just gonna have all those beads all throughout this, Jane, and you're gonna have some interactions between those beats, right? They're not Go Vaillant Bonds, But, um, they're good enough to make this shape. Okay, So obviously, since this is a secondary structure, you need to have that primary structure first. So you're gonna have a chain, right? So you're gonna have this chain, and then it's going to pulled up into thes two types of second day of structures. Okay, next, we have tertiary structure. Okay, so 30 share structure is basically just a mixture of the two types of secondary structures. Okay, So you're gonna have some us. He's right. And then you're gonna have some beta pleated sheet in there as well, and then maybe another, um, Helix. And that's pretty much it forward search here. You just have a mix of both. Just kind of just interacting altogether. Finally, we have Quaternary, Okay, structure, which is just a, um kind of like a group of the author shares short your So you have this ther share structure right here. And let's say you have two more of those, and they're just gonna, um, come together and have a party. So maybe you'll have this some 30 years structure right here. All right. And then another one, maybe over here. Okay, So you're just gonna have different types coming together into a group, and that would be your quarter quarter Mary structure. All right, so hopefully that cleared up the levels of protein structure.


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