Python meat is emerging as a new contender for the food of the future.
A report recently published in the journal Nature argues that python meat is potentially the most sustainable source of protein because "In terms of food and protein conversion ratios, pythons outperform all mainstream agricultural species studied to date." In other words, pythons convert most of what they eat directly into meat on their body.
The authors also make the case that farming pythons is more ethical than farming chickens or cows because "Pythons don’t have the same cognitive capacity and choose to remain inactive in small confined spaces when they don’t need to find food."
In recent years there's been lots of talk about finding new sources of food (insects, lab-grown meat, etc.) to feed the world. But back in the 1960s researcher Alfred Champagnat had already invented what he thought would be the food of the future: protein from petroleum.
Newsweek - Feb 27, 1967
Scientific American - Oct 1965
Champagnat's idea seems to have fallen by the wayside. There's a fairly recent article in Mold magazine that discusses his invention. It simply notes that the food industry had other priorities:
The urgency of providing sustainable protein alternatives was pressing and the petroleum process uses a lot less water than the equivalent weight in vegetable-based protein, not to mention the 2,000 gallons required to produce just 1 pound of beef. The project for single-cell proteins ran over many years until it was left aside because of other food industry priorities.
Wikipedia has some more info which suggests that the protein obtained from petroleum wasn't entirely safe to eat:
The "food from oil" idea became quite popular by the 1970s, with Champagnat being awarded the UNESCO Science Prize in 1976, and paraffin-fed yeast facilities being built in a number of countries. The primary use of the product was as poultry and cattle feed.
The Soviets were particularly enthusiastic, opening large "BVK" (belkovo-vitaminny kontsentrat, i.e., "protein-vitamin concentrate") plants next to their oil refineries in Kstovo (1973) and Kirishi (1974). The Soviet Ministry of Microbiological Industry had eight plants of this kind by 1989. However, due to concerns of toxicity of alkanes in SCP [single-cell proteins] and pressured by the environmentalist movements, the government decided to close them down, or convert to some other microbiological processes.
Posted By: Alex - Sun Feb 25, 2024 -
Comments (2)
Category: Food, 1960s
In the 1950s there was a brief effort to make rabbit meat a more mainstream part of the American diet. In 1957, this led to the crowning of "Miss Frozen Rabbit Meat," whose job it was to convince housewives to buy more frozen rabbit meat.
I know it's possible to get rabbit meat in specialty butcher shops and markets here in the U.S., but I've never seen it in an American supermarket. So the effort to make it more mainstream evidently fizzled.
Fat decomposition in pistachio nuts leads to the risk of self-heating and, ultimately, to a cargo fire.
Fat decomposition may proceed as follows:
by hydrolytic/enzymatic fat cleavage or
by oxidative fat cleavage
Hydrolytic/enzymatic fat cleavage:
If the critical water content of the pistachio nuts is exceeded, this promotes hydrolytic/enzymatic fat cleavage. Fat-cleaving enzymes are activated by the elevated water content. The additional action of light and heat may accelerate this process. Free fatty acids sometimes have an unpleasant odor and taste. In the event of extended storage or improper cargo care, these cause the cargo to become rancid.
The free fatty acids formed are consumed by respiration processes in the pistachio nuts to form carbon dioxide and water, a process which is associated with considerable evolution of heat.
Self-heating of pistachio nuts is an extremely vigorous process, as the consumption of fatty acids by respiration processes is associated with a considerably greater evolution of heat than is the case with the respiration equation for carbohydrates. Here too, as with cereals, the spoilage process proceeds in a type of chain reaction, because heat and water are formed by the fatty acids consumed by respiration, which in turn contribute to an intensification of the process.
This shouldn't be a problem for any pistachios you've got at home, unless you're storing A LOT of them.
What would futuristic canned foods look like? And at what point in the future will we get this stuff?
Putting those questions aside, what I find really odd about the clipping below is that it gives the Social Security Number of Miss Futuristic Canned Foods.
At first I thought the number must be a joke (though I didn't understand the joke), but according to the Social Security Death Index that number belonged to a woman named Janet Lee, who was born in 1935 and died in 2008. The dates are about right. Jan would be short for Janet. And Lee would be her married name. So that must really have been the SSN of Miss Futuristic Canned Foods.
The numbers indicate that the card was issued to her in Indiana sometime between 1936 and 1950.
Paul Di Filippo
Paul has been paid to put weird ideas into fictional form for over thirty years, in his career as a noted science fiction writer. He has recently begun blogging on many curious topics with three fellow writers at The Inferior 4+1.