maybe a jitterbug

might have to eat the gun the way the world is going

Training routine for next year.

The beginning of Flowers for Algernon, or how I was introduced to the story through the movie Charly.

I was curious on this one also, this is as close as I got, Never Cry Wolf. Never seen it, so I'm still lost.

Frontline did a decent piece on them.

You can also use a large plate the same way.

Bueller Bueller Bueller...5

*40 years later... Here! Here!

"Pizza for lunch everyday!"

Religious nutters find "secret" meaning in a lot of things, remember the Monster energy drink lady?

https://youtu.be/GkUageAwP4w?si=tavq76j804XbkzO0

From the research article results there are various compounds.

https://www.nature.com/articles/s41467-022-33127-w

The detected compounds comprised oxidized aliphatic chains, like 2-ketones from 10 to 22 carbons. Ketones from 10 to 18 carbons were identified by comparing the fragmentgram of the ion m/z 58 from methyl ketones that correspond with the transposition of the McLafferty on the carbonyl located at the second carbon of each ketone. Those not present in the library as 2-eicosanone and 2-docosanone showed the same fragmentgram m/z 58 and were defined by the equidistance of the peaks along the retention time and their molecular weight (Supplementary Table 1). Furthermore, the presence of 2-ketones was confirmed with GC-MS/MS in MRM mode with the ion with the highest m/z and the exclusive of each molecule as 212 > 58 for 2-tetradecanone, 240 > 59 for 2-hexadecanone, and 282 > 58 for 2-octadecanone. Also, butane, 2,3-Butanediol, 2-trimethylslyl (TMS) derivative, and sebacic acid, 2TMS derivative were identified using sample silylation, indicating the deterioration of the PE chain (Fig. 3C). At the same time, a small aromatic compound recognizable as benzenepropanoic acid, TMS derivative, a plastic antioxidant, was found. Derivative chemicals were confirmed as well using GC-MS/MS with an m/z of 147 > 73, 331 > 73, and 104 > 75, respectively. The presence of this plastic antioxidant suggests an “opening” in the polymeric structures, with the release of small stabilizing compounds normally present in plastics (plastic additives).

Not too far fetched. Many vaccines are made with surface proteins from viruses that can be recognized by the immune system. But my guess is going through the pasteurization most proteins would be denatured and not in the functional form.

https://www.chop.edu/centers-programs/vaccine-education-center/making-vaccines/how-are-vaccines-made