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  1. 1. Students will identify the external anatomy of a shrimp or crawfish and describe the function of important external features. 2. Students will know the major internal organs of a shrimp and their functions related to swimming, digestion, and respiration. 3. Students will demonstrate dissection skills (for live dissections). Support Materials: 1.

  2. en.wikipedia.org › wiki › Brine_shrimpBrine shrimp - Wikipedia

    The body of Artemia is divided into head, thorax, and abdomen. The entire body is covered with a thin, flexible exoskeleton of chitin to which muscles are attached internally and which is shed periodically. [9] In female Artemia, a moult precedes every ovulation.

  3. The exoskeleton and cephalothorax make at least 40% of the total shrimp body (Randriamahatody et al., 2011), while shrimp muscles are used directly for consumption.

  4. atlasmeigoo.com › blog › shrimp-anatomyShrimp anatomy - Shrimps

    The shrimp have three general body parts: head, thorax, and abdomen. The body of the shrimp has 19 parts, 5 parts are related to the head, 8 parts are related to the thorax and 6 parts are related to the abdominal part. The tail segment is connected to the sixth abdominal segment.

  5. animaldiversity.org › accounts › Artemia_salinaArtemia salina - ADW

    The brine shrimp is found in inland salt water bodies such as the Great Salt Lake in northern Utah, on the rocky coast south of San Francisco, and in the Caspian Sea.

  6. brine shrimp, (genus Artemia), any of several small crustaceans of the order Anostraca (class Branchiopoda) inhabiting brine pools and other highly saline inland waters throughout the world.

  7. The "head part" consists of head, offal, antennas and walking legs. The flesh (body) part contains almost all the meat of the shrimp and is valuable as human food. The SBP used in the ...

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