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Conducting a perch dissection lab gives students a hands-on understanding of the fish’s anatomy and how water quality affects its physiology
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Learn about the benefits of vacuum-packed and pail-packed specimen packaging and storage options.
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Dissection of the sheep heart offers students an excellent opportunity to learn about the anatomy of a mammalian heart.
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One of the best specimens to explore mammalian structures is the cat. Provide your AP Biology students with a comprehensive survey of tissues, organs, and organ systems using the cat as a model organism.
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Sheep organ dissection offers an excellent opportunity for students to learn about anatomical structures and functions.
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Grasshoppers are excellent specimens for invertebrate anatomy studies.
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Students can interact with our Barn Owl online database to see how the contents of their pellets compare with those of other Barn Owl pellets from all over the United States.
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The rat's body structure and organ systems are relatively similar to those of a human. This similarity provides an interesting look into mammalian anatomy and allows students to make comparisons between humans, rats, and other mammals.
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This article explores how Carolina mink make great model organisms for introducing your students to general mammalian anatomy and physiology.
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Cat dissection offers an excellent opportunity to explore mammalian anatomy using a large specimen with internals much like our own.
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Plastomounts are an excellent alternative to dissection.
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We have developed a preservation formula that produces superior specimens without compromising classroom or lab safety. Carolina’s Perfect Solution® addresses the need for an alternative to traditional formaldehyde-preserved specimens.
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Because of its very specialized, diverse yet similar appendages, the crayfish is the perfect specimen to convey to students the relationships between structure, function, and environment.
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This article demonstrates the importance of introducing living crayfish to students for observations hands-on learning and observation. Students then progress to dissecting a preserved specimen in order to understand crayfish anatomical functions.
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Because of its very specialized, diverse yet similar appendages, the crayfish is the perfect specimen to convey to students the relationships between structure, function, and environment.
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Because of its very specialized, diverse yet similar appendages, the crayfish is the perfect specimen to convey to students the relationships between structure, function, and environment.
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Because of its very specialized, diverse yet similar appendages, the crayfish is the perfect specimen to convey to students the relationships between structure, function, and environment.
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Because of its very specialized, diverse yet similar appendages, the crayfish is the perfect specimen to convey to students the relationships between structure, function, and environment.
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Because of its very specialized, diverse yet similar appendages, the crayfish is the perfect specimen to convey to students the relationships between structure, function, and environment.
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Find answers to the most common dissection questions here.
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