Fish locomotion in the context of Slime coat


Fish locomotion in the context of Slime coat

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👉 Fish locomotion in the context of Slime coat

The slime coat (also fish slime, mucus layer or slime layer) is the coating of mucus covering the body of all fish. An important part of fish anatomy, it serves many functions, depending on species, ranging from locomotion, care and feeding of offspring, to resistance against diseases and parasites.

The mucin making up the slime coat is secreted by goblet cells in the fish's epidermis. The slime contains a variety of antimicrobial peptides and other antimicrobial components such as lysozyme and C-reactive protein. It contains mycosporine-like amino acids to protect from ultraviolet radiation.

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Fish locomotion in the context of Swimbait

Swimbaits or swimmers are a loosely defined class of fishing lures that are designed to primarily imitate the underwater swimming motions of baitfishes.

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Fish locomotion in the context of Robot fish

A robot fish is a type of bionic robot that has the shape and locomotion of a living fish. Most robot fish are designed to emulate living fish which use body-caudal fin (BCF) propulsion, and can be divided into three categories: single joint (SJ), multi-joint (MJ) and smart material-based "soft-body" design.

Since the Massachusetts Institute of Technology first published research on them in 1989, there have been more than 400 articles published about robot fish. According to these reports, approximately 40 different types of robot fish have been built, with 30 designs having only the capability to flip and drift in water. The most important parts of researching and developing robot fish are advancing their control and navigation, enabling them to interact and "communicate" with their environment, making it possible for them to travel along a particular path, and to respond to commands to make their "fins" flap.

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