surimi

is a paste made from fish or other meat. The term can also refer to a number of East Asian foods that use that paste as their primary ingredient. It is available in many shapes, forms, and textures, and is often used to mimic the texture and color of the meat of lobster, crab, grilled Japanese eel or shellfish.

The most common surimi product in the Western market is imitation crab meat. Such a product often is sold as ''krab,'' ''imitation crab'' and ''mock crab'' in the United States, and as ''seafood sticks'', ''crab sticks'', ''fish sticks'', ''seafood highlighter'' or ''seafood extender'' in Commonwealth nations. In Britain, the product is sometimes known as ''seafood sticks'' to avoid breaking Trading Standards rules on false advertising.

History

Fish pastes have been a popular food in East Asia. In China, the food is used to make fish balls (魚蛋/魚丸) and ingredients in a thick soup known as " Geng" (羹) common in Fujian cuisine. In Japan, the earliest surimi production was in 1115 for making '' kamaboko''. Alaska pollock, native to the seas around Japan, played an important role in the development of processed surimi due to its high protein biomass. Satsumaage, chikuwa, and hanpen were other major surimi foods prior to 1960.

After World War 2, machines were used to process surimi, but it was always sold fresh, since freezing had a negative effect on the finished product by denaturing the gel-forming capability of the surimi. Between 1945 and 1950, record catches of pollock in Hokkaido (primarily for harvesting the roe) resulted in large quantities of fish meat, so the Hokkaido Fisheries Research Station established a team to make better use of the excess. A team, led by K. Nishiya, discovered the addition of salt during the processing prevented the spongey texture that resulted after freezing, and also began using salted surimi in the manufacture of fish sausages. In 1969, Nishitani Yōsuke further discovered that the use of sucrose, or other carbohydrates such as sorbitol, acted as a cryoprotectant by stabilizing the Actomyosin in the surimi without denaturing the fish protein the way salt does.

Surimi industrial technology developed by Japan in the early 1960s promoted the growth of the surimi industry. In 1963, the government of Hokkaido applied for a patent on the surimi processing technology, and companies such as Nippon Suisan and Maruha-Nichiro implemented at-sea frozen fish processing in the mid 1960s. After a peak of surimi consumption in 1975, consumption in Japan began to decline as the preference for other meats (beef, pork) went up, and lower quality products on the market influenced consumer opinion of surimi overall. Although the quality standards for fish in Japanese surimi products was quite high, the consumer perception of surimi generally attributes it to by-catch and lower quality fish.

When the Magnuson–Stevens Fishery Conservation and Management Act was enacted in 1976, the United States became involved in the surimi industry through joint ventures with Japanese fish processors. Imitation crab products were developed in Japan between 1973 and 1975, and although not as popular in Japan, opened the door to international surimi consumption. Further developments for using different types of fish were made since the 1980s. The first US surimi processing plant was built in 1984 on Kodiak Island, and Canada in 1995, aided by Japanese technicians.

In the early 1990s and the late 2000s, the price of surimi skyrocketed. This impacted many small Japanese kamaboko companies, causing many to bankrupt due to cost of materials as well as the diminishing habit of eating kamaboko daily by younger generations. As the price rose, surimi industry sought methods to minimize waste. The decanter technique, developed in the mid 1990s, further improved the recovery of fish meat during the washing process.

Two to three million tons of fish from around the world, amounting to 2–3 percent of the world fisheries' supply, are used for the production of surimi and surimi-based products. The United States and Japan are major producers of surimi and surimi-based products. Thailand has become an important producer. China's role as producer is increasing. Many newcomers to the surimi industry have emerged, including Lithuania, Vietnam, Chile, the Faroe Islands, France, and Malaysia.

Production

Lean meat from fish or land animals is first separated or minced. The meat then is rinsed numerous times to eliminate undesirable odors. The result is beaten and pulverized to form a gelatinous paste. Depending on the desired texture and flavor of the surimi product, the gelatinous paste is mixed with differing proportions of additives such as starch, egg white, salt, vegetable oil, humectants, sorbitol, sugar, soy protein, seasonings, and enhancers such as transglutaminases and monosodium glutamate (MSG).

If the surimi is to be packed and frozen, food-grade cryoprotectants are added as preservatives while the meat paste is being mixed. Under most circumstances, surimi is processed immediately into a formed and cured product.

Fish surimi

Typically the resulting paste, depending on the type of fish and whether it was rinsed in the production process, is tasteless and must be flavored artificially. According to the United States Department of Agriculture National Nutrient Database, fish surimi contains about 76% water, 15% protein, 6.85% carbohydrate, and 0.9% fat.

In North America and Europe, surimi also alludes to fish-based products manufactured using this process. A generic term for fish-based surimi in Japanese is "fish-puréed products" ( 魚肉練り製品 ''gyoniku neri seihin''). The gelling quality of whitefish make them ideal for surimi production, but other fish including the dark meat, has been incorporated as technological advances solve gelling issues.

The fish used to make surimi include:

* Alaska pollock (''Gadus chalcogrammus'')
* Atlantic cod

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