Talk:Activin and inhibin
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Contradiction
[edit]There is a big contradiction in this article - it says inhibin STIMULATES FSH release in men, which opposes what is said above. I don't know enough to fix this, but someone needs to.
- I am not sure what the contradiction is. Please elaborate. Boghog (talk) 18:44, 8 February 2012 (UTC)
Article split
[edit]This article should be divided into two separate articles, one for activin and another for inhibin. This is a general rule in Wikipedia.--Miguelferig (talk) 11:40, 8 February 2012 (UTC)
- Like Yin and yang? ;-) The activin and inhibin protein complexes are highly related both in sequence (the beta subunit can be identical) and in function (although the function is opposite each other). Since the two complexes are so interrelated and would contain an overlapping set of protein infoboxes (4 of the 5 info boxes would need to be duplicated in split articles), it makes sense to cover both complexes in the same article. Boghog (talk) 16:02, 8 February 2012 (UTC)
- I agree with your explanation and I don't insist in splitting the article, but I would want to make some remarks:
- There are several proteins that share some chains. For instance, the gonadotropins FSH, LH and hCG are heterodimers. They have the same alpha chain and a different beta chain, but they were explained in Wikipedia in different articles. There is also an article called "gonadotropin" in which they are treated together as a family of molecules.
- Ying and yang are not good examples because they are not different "molecules" but complementary philosophical concepts. They cannot be alone. Inhibin and activin are not exactly "complementary" in the same way. They just have opposite actions by evolutionary chance, and they are not necessarily opposite as ying and yang (another molecule could have evolved to oppose inhibin, and activin could have evolved to do a different thing). Also, they have other different functions.
- However, I admit that in this case the homology and partially related function of both is very important and this is a good reason for keeping the two proteins in the same article. Yet separating them in different articles is not a nonsense either.--Miguelferig (talk) 19:55, 19 February 2012 (UTC)
- I agree with your explanation and I don't insist in splitting the article, but I would want to make some remarks:
- If there were separate activin and inhibin articles, I still think there would be a need for an article that talks about both. Perhaps it would be better to rename this article to "activin/inhibin family" that would be cross linked to separate "activin" and "inhibin" articles. The family article could focus on structure while the individual activin and inhibin articles could focus on function. Does this sound reasonable? Boghog (talk) 19:40, 27 February 2012 (UTC)
For reference, here is how the articles are organized in other languages:
Inhibin | Activin |
---|---|
ca:Inhibina | Activina |
de:Inhibin | Activin |
dv:އިންހިބިން | ? |
es:Activina e inhibina | es:Activina e inhibina |
fr:Inhibine | fr:Activine |
gl:Inhibina | gl:Activina |
it:Inibina | Activina |
nl:Inhibine | Activine |
ja:インヒビン | ja:アクチビン |
pl:Inhibina | — |
pt:Inibina | — |
sv:Inhibin | Aktivin |
zh:激活素与抑制素 | zh:激活素与抑制素 |
Most languages only have an inhibin article, and in these inhibin articles, activin is sometimes briefly mentioned.
- I agree.--Miguelferig (talk) 19:37, 1 March 2012 (UTC)
Diagrams/Illustrations
[edit]I feel it is difficult to visualize the differences of the inverse effect these two proteins have on each other. I am interested in developing this article for a class assignment (Fall 2013), and my work would involve updating the clinical significance section, as well as helping separate the two proteins so that their roles are clearly understood to the reader while still allowing the concept of them belonging to the same family. To avoid doubling the work and redundancy, please contact me so we can collaborate on this topic and present resources that may be of use. SOTTET05 (talk) 23:17, 6 October 2013 (UTC)
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