What Type of Chemical Bonds Exist Between Tight Junctions in Human Cells?

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Tight junctions between adjacent cells are characterized by strong connections with minimal gaps, primarily formed by the claudin and occludin proteins. The discussion seeks to clarify the nature of the chemical bonds involved in these junctions, specifically whether they are covalent, hydrogen, or ionic bonds. It is suggested that hydrogen bonds play a significant role in the interactions between these proteins, particularly in human epithelial cells, such as those found in the skin. The conversation emphasizes the importance of providing detailed context when discussing scientific topics to facilitate better understanding and engagement.
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What type of bonds are there in them?
I know tight junctions between adjacent cells are very strong and the gaps are practically zero. But what types of chemical bonds are they? Are they covalent bonds or hydrogen or ionic bonds? I mean between the claudin and occludin proteins.
 
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I started to answer. But. With no idea where this came from the answer is 'yes'. Not helpful at all. And downright pointless.

So fill us in, please. I'm pretty sure it is not plants:
1. Animal cells? What animals?
2. Tissue? Epithelial?
3. Developmental stage?

As a guess:
You can look up claudin which is probably what you want: https://en.wikipedia.org/wiki/Claudin

Actually, your question came close to being locked. We love good questions, this one has great potential, just no traction - i.e., details. Okay? So please realize that we do not see what you are looking at, pretend we're blind. Details help.
 
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In almost all these images you seen loops (claudin, occludin) between adjacent cells that are almost touching, but not. My professor may have said (if I understood correctly) that they have hydrogen bonds between those loops. I think it's for human cells. For example between adjacent epithelial cells on the skin

From lecture slide:
1595683107828.png
 

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