designed to elicit a predetermined response
The amount of current that should be given to mice in Electric Shock experiments would depend on what is being tested
Yes. Mice can die from shock.
Changes in the mice are most likely due to genetic modification through gene editing techniques like CRISPR-Cas9. This process involves altering the genetic material in the mice to produce specific traits or characteristics.
Alarm reaction phase
mice
Mice get pregnant through mating, where a male mouse fertilizes a female mouse's eggs. Factors that contribute to their reproductive process include age, health, genetics, and environmental conditions.
Alarm reactions phase a+
Yes, of course. This has been proven many times over, fortunately or unfortunately, in laboratory experiments. Some of the most famous of these involved "teaching" mice to run mazes. In my opinion, when this was done by reward system, it was not inhumane. Using a punishment system, it was. Either way, mice can learn, and their learning processes do, indeed, and to a great extent, involve memory. Lab mice and white mice, by the way, are identical. They derive as a species from the house mouse, families of which may live in your walls.
pollination
Mice can help speed up the decomposition process in compost by breaking down organic materials and mixing them together as they burrow and move around. Their activity can increase aeration and microbial activity, leading to faster decomposition of the compost materials.
Yes mice can be scared to death as one of my pet mice was scared to death when my cat got it. My cat got it out of its cage and shook it around , but i believe that the mouse died of shock before the cat harmed it.
The term that applies to the part of the experiment when the mice were shocked and ran around is "stimulus-response behavior." This phase typically involves the mice reacting to an aversive stimulus (the shock) by exhibiting a behavioral response (running around) as they seek to escape or avoid the discomfort. Such experiments often analyze how organisms respond to stressors or threats in their environment.