Miscellany
This was originally a really long toot.
I’ve been looking at papers on antihistamines and what makes them work better like, molecularly, not just doing clinical trials and seeing what happens.
As a primer, allergens trigger the release of histamines in the body, which then bind to various histamine receptors, and the H₁ receptors are the important ones that trigger rhitinis (runny nose, etc.) and uticaria (itchiness).
The antihistamines you can get for allergies are H₁-receptor antagonists, meaning they bind to the H₁ receptors and prevent histamine from triggering them, as well as producing some sort of antagonist effect (?).
Simons and Simons 2011 is a pretty good overview of how it works.
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This is a table similar to Wikipedia’s zhuyin table,
but with slightly different sorting and an example for each possible combination of initials and finals.
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This was originally posted on cohost.
While looking up the various colour films my local photo shops carry,
I found that a lot of them are actually respools and repackagings of other film (most Kodak),
so I’ve tried to compile that information here to keep track of them all.
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This was originally a two-part post on cohost.
One thing that bothers me about bopomofo is that words ending in ㄛ get an extra vowel ㄨ
(essentially just /w/) in the middle sometimes when spoken but it’s never written down.
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This was originally
two
posts
on cohost.
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This post is based on the observation that, in a variety of fields (e.g. logic, computics, mathematics, physics), while certain classes of problems can be parameterized by some natural number , it appears that the interesting problems―not so simple as to be trivial, but not so complex as to be unsolvable, undecidable, intractable, or nonexistent―always occur at small . Below is a collection of such problems, describing at which they are interesting, and how so.
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