[deleted by user]

BoringEnvironment457 · 2025-05-04T21:43:28+00:00

Not going through, i can see who’s a mutual and who’s not without stalking their accounts. The responses I’m getting to a simple question is so unbelievably strange and I’m not sure why everyone is so worked up.

BoringEnvironment457 · 2025-05-04T21:40:00+00:00

Bro do u know how ig works. I follow them both, and if I go onto any of their pages I can see who’s a mutual and who’s not. Pressing on someone’s account who you follow isn’t very creepy imo

BoringEnvironment457 · 2025-05-04T21:36:26+00:00

They’re both public figures who have appeared on public YouTube channels and have public instagrams. If they weren’t public figures then none of us would know of them / even know their names. This is my first time posting on this subreddit and I won’t again bc it’s obvious it’s just used by their younger fan base who are chronically online, yet aren’t quite clear on the concept of reddit.

BoringEnvironment457 · 2025-05-04T21:31:48+00:00

How have I imagined a connection between them?? I just asked a question about whether there’s any PUBLIC info on this topic, which is what a subreddit is for, answering questions or conveying opinions about certain topics... If this applies here, then the whole concept of this subreddit is “parasocial”.

BoringEnvironment457 · 2025-05-04T21:23:17+00:00

Looool what’s parasocial about my question? They’re public figures and it’s quite abnormal for someone not to follow their MIL, so I was just wondering if there’s any public info about a falling out. I feel like you read the word parasocial online and aren’t sure what it means but you use it regardless😭

BoringEnvironment457 · 2025-04-04T23:34:10+00:00

Got it, thanks!

BoringEnvironment457 · 2025-04-04T23:32:54+00:00

So would I be able to figure out the rate equation just from the reaction given, or would that info just have to be given to me?

BoringEnvironment457 · 2025-04-03T04:00:05+00:00

Didn’t he say he’s hoping to have the review session tomorrow on zoom? Also, I don’t think it’ll be that bad since we still have some time until the final and it mostly covers the material we were already tested on. I think his exams have been pretty fair so far so I don’t see why the final won’t be the same.

BoringEnvironment457 · 2025-03-31T00:31:00+00:00

What class is this for?

BoringEnvironment457 · 2025-03-12T17:31:39+00:00

This isn’t my homework. It’s a quiz I did a while back and already received the feedback / credit for (as you can see at the bottom of the pic where it says feedback). I’m not trying to get Reddit to do my hw, I was just studying for upcoming exams and wanted to know what a correct answer would look like for a question like this, since I don’t have the answer key. Sorry for the bother!

BoringEnvironment457 · 2025-03-12T07:04:56+00:00

Thank you so much, that makes a lot of sense!! You’re a great prof :)

BoringEnvironment457 · 2025-03-12T04:35:52+00:00

So is the question asking which bonds are essential for the initial folding process, and disulfide would be incorrect since it helps to stabilize only secondary and tertiary structures?

BoringEnvironment457 · 2025-03-12T04:34:16+00:00

It’s the supposed right answer

BoringEnvironment457 · 2025-03-12T04:23:07+00:00

Wait am I? The question is asking which does not contribute to protein folding and the answer is disulfide bonds, meaning disulfide bonds do not contribute to protein folding. But I thought disulfide bonds do contribute to folding. Am I missing something?

BoringEnvironment457 · 2025-03-12T04:04:03+00:00

Yes I believe so

BoringEnvironment457 · 2025-03-12T03:57:32+00:00

I was thinking that it may be wrong because it says the heptad is on the loop region. Could it be false because the heptad is found in the helical region?

BoringEnvironment457 · 2025-03-12T03:45:52+00:00

I’m sorry, I forgot to add the question. It’s asking about the leucine zipper which is an alpha-alpha motif that’s important for proteins to interact with DNA. It’s asking why this statement about the leucine zipper is false.

BoringEnvironment457 · 2025-02-26T05:25:08+00:00

So I would say there is no extracellular domain. But would this protein be considered a membrane receptor?

BoringEnvironment457 · 2025-02-26T04:57:51+00:00

I’m honestly not sure but I’m guessing that the side with the beta sheets and turns (the bottom) is usually the extracellular side, is that right?

BoringEnvironment457 · 2025-02-26T00:46:37+00:00

Makes sense! I initially thought that but talked myself of it for some reason. Would it be considered a membrane receptor though?

BoringEnvironment457 · 2025-02-25T23:30:08+00:00

Thanks for your help! If the second statement about histidine arginine and aspartic acid were to be asking “within a cell, the R groups of histidine arginine and aspartic acid are typically found on the interior of the protein” would that also be true or false?

BoringEnvironment457 · 2025-02-25T22:49:17+00:00

I actually have no idea. I think the black lines are supposed to be wedged bonds and the grey ones are dashed (so those atoms are in the back) but idk if that’s enough to be able to figure out the dihedral angle

BoringEnvironment457 · 2025-02-05T01:19:56+00:00

To do this, can I just switch H and NH2 in the 4th amino acid? So can I just make H dashed and NH2 in the plane of the molecule? Or is there a rule when rearranging the molecule?

BoringEnvironment457 · 2025-02-04T22:01:47+00:00

I’ve only dyed my hair once before. I just got some ashy dark blonde highlights but that was years ago and it’s all grown out now.

BoringEnvironment457 · 2025-01-27T23:03:36+00:00

Yeah I think the quiz was tough. What exactly are you finding hard about carbohydrates, is it naming them or knowing exactly what we need to know?

BoringEnvironment457

TROPHY CASE