National Pork Board is here to change those hearts and minds.
During the 1930s and 1940s, trichinosis was a food safety
factor, but that has been long gone from the food system.
The Board recommends
cooking pork loins and chops to an internal temperature of 145
degrees Fahrenheit. That is a pink-centered medium rare,
followed by a 3-minute rest before serving. This was not always
the case: Prior to 2011, the typical recommendation was 15
degrees higher. (Ground pork should still be cooked to 160.)
“Meat generally continues to cook even after it’s removed from a
heat source so this just acknowledges that,” Kevin Waetke, vice
president of strategic communication for the National Pork
Board. The food service industry has been following this new
pork cooking standard for almost ten years.
Showing posts with label Pork. Show all posts
Showing posts with label Pork. Show all posts
Sep 7, 2018
Jan 9, 2015
Pork Powered Protein
The protein found in
bacon is extremely valuable to maintaining our energy levels and a
fully functioning, healthy body, with a minimum of those nasty,
waist, thigh and butt expanding, fat building carbohydrates.
Oct 3, 2014
Pork Powered Protein
The protein found in
bacon is extremely valuable to maintaining our energy levels and a
fully functioning, healthy body, with a minimum nasty, waist, thigh,
and butt expanding, fat building carbohydrates.
Jan 13, 2010
Cultured Pork
Sounds like an oxymoron doesn't it. Scientists from Eindhoven University in The Netherlands have for the first time grown pork meat in the laboratory by extracting cells from a live pig and growing them in a petri dish.
The scientists, led by Professor of Physiology Mark Post, extracted myoblast cells from a living pig and grew them in a solution of nutrients derived from the blood of animal fetuses (although they intend to replace the solution with a synthesized alternative in the future).
Professor Post said artificially cultured meat could mean the meat of one animal could be increased to a volume equivalent to the meat of a million animals, which would reduce animal suffering and be good for the environment. As long as the final product looks and tastes like meat, Post said he is convinced people will buy it. Wow, pork with no methane. . .
At present the product is a sticky, soggy and unappetizing muscle mass, but the team is seeking ways to exercise and stretch the muscles to turn the product into meat of a more familiar consistency. Post described the current in-vitro meat product as resembling wasted muscle, but he is confident they can improve its texture. Nobody has yet tasted the cultured meat because laboratory rules prevent the scientists tasting the product themselves.
The research is partly funded by the Dutch government, but is also backed by the Dutch sausage-making firm Stegeman, which is owned by Sara Lee. The scientists (and presumably, the sausage makers) believe the meat product may be available for use in sausages within five years.
Other groups are also working on trying to produce cultured meat. NASA has funded research in the US on growing fish chunks from cells and meat from turkey cells, with the idea that the technology could have wide application in future space travel, since growing edible muscle would allow future astronauts to avoid a range of problems associated with using live animals in space. In a June, 2009 paper in the journal Tissue Engineering another group of scientists proposed new techniques that could lead to industrial production of meat grown in cultures.
The reaction of vegetarian groups has been mixed. A representative of PETA (People for the Ethical Treatment of Animals) said as long as the meat was not the flesh of a dead animal there would be no ethical objection. Last year PETA even offered a prize of $1 million to the first person or group who could come up with a commercially viable cultured meat product.
The scientists, led by Professor of Physiology Mark Post, extracted myoblast cells from a living pig and grew them in a solution of nutrients derived from the blood of animal fetuses (although they intend to replace the solution with a synthesized alternative in the future).
Professor Post said artificially cultured meat could mean the meat of one animal could be increased to a volume equivalent to the meat of a million animals, which would reduce animal suffering and be good for the environment. As long as the final product looks and tastes like meat, Post said he is convinced people will buy it. Wow, pork with no methane. . .
At present the product is a sticky, soggy and unappetizing muscle mass, but the team is seeking ways to exercise and stretch the muscles to turn the product into meat of a more familiar consistency. Post described the current in-vitro meat product as resembling wasted muscle, but he is confident they can improve its texture. Nobody has yet tasted the cultured meat because laboratory rules prevent the scientists tasting the product themselves.
The research is partly funded by the Dutch government, but is also backed by the Dutch sausage-making firm Stegeman, which is owned by Sara Lee. The scientists (and presumably, the sausage makers) believe the meat product may be available for use in sausages within five years.
Other groups are also working on trying to produce cultured meat. NASA has funded research in the US on growing fish chunks from cells and meat from turkey cells, with the idea that the technology could have wide application in future space travel, since growing edible muscle would allow future astronauts to avoid a range of problems associated with using live animals in space. In a June, 2009 paper in the journal Tissue Engineering another group of scientists proposed new techniques that could lead to industrial production of meat grown in cultures.
The reaction of vegetarian groups has been mixed. A representative of PETA (People for the Ethical Treatment of Animals) said as long as the meat was not the flesh of a dead animal there would be no ethical objection. Last year PETA even offered a prize of $1 million to the first person or group who could come up with a commercially viable cultured meat product.
Oct 28, 2009
Pork
The term, pork is sometimes used to describe legislative appropriations meant to favor specific projects, to gain favor, or repay political debts for legislators. Now we have something new - stimulated pork.
The USDA's Agricultural Marketing Service spent $24.3 million of stimulus funds for pork. It bought $16.9 million of canned pork, $2.6 million of ham, and $4.8 million of sliced ham. The Agriculture Department is sending the meat to food banks as part of a $150 million effort to feed hungry Americans.
The USDA's Agricultural Marketing Service spent $24.3 million of stimulus funds for pork. It bought $16.9 million of canned pork, $2.6 million of ham, and $4.8 million of sliced ham. The Agriculture Department is sending the meat to food banks as part of a $150 million effort to feed hungry Americans.
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