Significance of Transfer latency
Transfer latency, in both Science and Health Sciences, is a critical measurement in animal behavioral studies, particularly within the elevated plus maze (EPM) experiments. It is consistently defined as the time taken for an animal, typically a rat or mouse, to move from an open arm to a closed arm in the maze. This metric serves as a crucial indicator of the animal's learning, memory, and cognitive function. Shorter transfer latency generally suggests enhanced memory and learning capabilities.
Synonyms: Delay, Transfer delay, Communication latency, Transmission latency
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The concept of Transfer latency in scientific sources
Transfer latency (TL) measures how quickly an animal moves to a safe area in maze experiments. It reflects memory, learning, and cognitive function. Shorter TL suggests better performance, while increased TL can indicate impaired memory, often observed in specific tests like the elevated plus maze.
From: International Journal of Pharmacology
(1) Taken as the time it took for an animal to shift into one of the covered arms with all its four legs in the Elevated Plus Maze.[1] (2) The time taken for a mouse to move from the open arm to a closed arm in the elevated plus maze, indicating memory retention.[2] (3) The duration it takes for a rodent to move from an open arm to a closed arm in the elevated plus maze, serving as an indicator of cognitive function.[3] (4) A measurement used in some maze tests, indicating the time it takes for an animal to move from one section to another.[4] (5) Transfer Latency (TL) is a measure in the Elevated Plus Maze test that reflects an animal's learning capability and memory capacity, with a shorter latency indicating better performance.[5]
From: The Malaysian Journal of Medical Sciences
(1) A measure used in the learning protocol that indicates the time it takes for a rat to cross a designated point in the elevated plus maze, reflecting their learning and memory capabilities.[6]
From: International Journal of Pharmacology
(1) Transfer latency is the time taken for a rat to move from an open limb to a closed limb in the elevated plus maze, indicating learning and memory.[7] (2) A parameter measured in behavioral tests, likely related to the time it takes for an animal to respond or move to a new location.[8] (3) This measurement in the EPM experiment was significantly enhanced in warfarin-treated animals, serving as an indicator of impaired memory.[9]