I Have a Mouse Problem. Decon Doesn't Work and Neither Do Mouse Traps?

I have a mouse problem. Decon doesn't work and neither do mouse traps?

I had the same problem, and this is what i did. i swear it will work. take a five gallon bucket and drill a hole on each side. take a pop can and cut off each end. put the stick through the bucket and slide the pop can on and then out the other hole of the bucket. then put peanut butter on the pop can. when the mouse crawls on the pop can to eat the peanut butter he will fall off and land in the bucket. i caught 11 mice this way

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Tsolov's mouse-like hamster

Tsolov's mouse-like hamster or Syrian calomyscus (Calomyscus tsolovi) is a species of rodent in the family Calomyscidae. It is endemic to Syria.

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Delany's mouse

Delany's mouse or Delany's swamp mouse (Delanymys brooksi) is a species of rodent in the family Nesomyidae. It is the only species in the genus Delanymys and the only extant member of subfamily Delanymyinae, which also contains the fossil genus Stenodontomys. It was previously placed in subfamily Petromyscinae, but it is apparently not closely related to Petromyscus. It is found in Democratic Republic of the Congo, Rwanda, and Uganda. Its natural habitats are subtropical or tropical high-altitude shrubland and swamps. It is threatened by habitat loss

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Snow-footed Oldfield mouse

The snow-footed Oldfield mouse (Thomasomys niveipes) is a species of rodent in the family Cricetidae. It is found only in Colombia.

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Cat plus mouse what should i do?

The only way the kitten/cat will get sick from the mice is if the mouse has been poisoned by dcon or similiar. As long as they only kill it and not eat it, things should be fine

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my hermit crab wont let go of the mouse wire, help!?

I am not sure what to do without causing damage. First of all unplug the mouse. Second try coaxing him to grab something else, you could try blowing on him and his claw, or putting a straw or toothpick inside his claw and getting him to release the mouse, then he will hopefully release that toothpick, and if not you can put him in some shallow water to bathe and that should get him off.

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Long-eared flying mouse

The long-eared flying mouse (Idiurus macrotis) or long-eared scaly-tailed flying squirrel, is a species of flying mouse from western and central Africa. It is not actually a squirrel, nor a mouse, though it is a rodent. Not much is known about them because they are very hard to keep alive in captivity. To achieve gliding flight, it uses two membranes (patagia) which fold up when not in use. When the limbs are stretched wide in a star-shape, the membranes become taut and allow the rodent to glide from tree to tree. Being arboreal, Idiurus spends all of its time in the trees, living in hollow trunks in groups of 2 to 40. Limit information suggests that it is mainly frugivorous. It has a long tail in proportion to its body, sporting two lines of raised scales, and patches of scaly skin to help it grip trees, but the rest of its body is furry. The tail is longer than the body and is also used to balance, like a primate's tail. Long-eared scaly-tailed flying squirrels are about 20 cm long and weigh 30g. In comparison, the body of a common household mouse is approximately 10 cm long and its tail is approximately 5 cm.

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My laptop wired mouse is not working?

Did your mouse come with our laptop? Which laptop do you have? Is the wire of the mouse OK?

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ob/ob mouse

The ob/ob or obese mouse is a mutant mouse that eats excessively due to mutations in the gene responsible for the production of leptin and becomes profoundly obese. It is an animal model of type II diabetes. Identification of the gene mutated in ob led to the discovery of the hormone leptin, which is important in the control of appetite. The first ob/ob mouse arose by chance in a colony at the Jackson Laboratory in 1949. The mutation is recessive. Mutant mice are phenotypically indistinguishable from their unaffected littermates at birth, but gain weight rapidly throughout their lives, reaching a weight three times that of unaffected mice. ob/ob mice develop high blood sugar, despite an enlargement of the pancreatic islets and increased levels of insulin. The gene affected by the ob mutation was identified by positional cloning. The gene produces a hormone, called leptin, that is produced predominantly in adipose tissue. One role of leptin is to regulate appetite by signalling to the brain that the animal has had enough to eat. Since the ob/ob mouse cannot produce leptin, its food intake is uncontrolled by this mechanism.