atlantic hagfish
There are two main types of slime layers: capsular slime layers, which are organized, discrete layers that are tightly bound to the cell wall; and slime capsules, which are unorganized, loose matrices that surround the cell. Slime layers serve to protect bacteria from desiccation, phagocytosis, and antibiotics.
The slime capsule is a protective layer that surrounds some bacteria to help them survive in harsh conditions. It can help bacteria resist desiccation, protect them from predators, and facilitate movement in certain environments.
Both slime layer and capsule are outer protective layers found in some bacteria. They help bacteria adhere to surfaces and protect them from desiccation, predation, and the host immune system. The main difference is that capsules are more organized and tightly bound than slime layers.
It can but all the water of the slime will start pouring out
Slime molds do not resemble plants, animals, or fungi.
Frog, Eel, Slugfangtooth
The answer is, of course, the Hagfish. There are plenty of other correct answers, but the Hagfish is the legendary one, producing several times the volume of its own body in slime in seconds.
green slime doesnt drop much because it is a nubby creature if u kill green slime u are noobish
All fish have a coating of clear slime to protect them. If your goldfish have brownish slime then the fishes water needs changing urgently.
The Atlantic hagfish, scientifically known as Myxine glutinosa, is an unusual sea creature. Its body is covered with special glands that can emit a sticky slime. In fact, a single hagfish can produce enough slime at one time to fill a milk jug. This has earned it the name "slime eel", although it is really not an eel at all. A hagfish will actually "sneeze" when its own nostrils fill with slime. Hagfish slime is different that any other natural slime secretion in that it is reinforced with tiny fibers. These fibers make the slime strong and difficult to remove. It is believed that the hagfish uses this slime to protect itself from predators. It can also be used to easily produce a protective cocoon for the hagfish. It is believed that this slime can actually suffocate predators by clogging their gills if they come in contact with it. The hagfish has a trick for escaping this slime cocoon. Believe it or not, this animal can tie itself in a knot and then pass the knot down the length of its body to wipe the slime away. Hope this helps! :) xxx
Seaweed produces a slimy mucilage substance as a defense mechanism against predators and to retain moisture. This slimy layer helps protect the seaweed from drying out and also makes it difficult for animals to feed on it. Additionally, the slime can help seaweed adhere to rocks or other surfaces in rapidly moving water.
There are two main types of slime layers: capsular slime layers, which are organized, discrete layers that are tightly bound to the cell wall; and slime capsules, which are unorganized, loose matrices that surround the cell. Slime layers serve to protect bacteria from desiccation, phagocytosis, and antibiotics.
Creeper World.
Slime is just a slippery substance, like gelatin for instance. A slang usage would be to call someone slime. In that case, it means a disgusting person. Example: "Did you hear about that piece of slime who exposed himself at the party?"
The cast of The Slime People - 1963 includes: William Boyce as Cal Johnson Robert Burton as Prof. Galbraith John Close as KTTV Reporter Vince Williams Edward Finch Abrams as Bum in Theater Susan Hart as Lisa Galbraith Bob Herron as Slime Person Robert Hutton as Tom Gregory Judee Morton as Bonnie Galbraith Jock Putnam as Slime Person Blair Robertson as Mrs. Castillo Fred Stromsoe as Slime Person Les Tremayne as Norman Tolliver
Frankenstein, Dracula, Wolfman, Creature, Metaluna Mutant, Jason, Freddie, Cenobytes, King Kong, Godzilla, Ghidorah, Mothra, Green Slime Creature, Sandkings, Billy the Saw puppet, etc.
The slime capsule is a protective layer that surrounds some bacteria to help them survive in harsh conditions. It can help bacteria resist desiccation, protect them from predators, and facilitate movement in certain environments.