Radial Maze (8-Arm Maze) 放射迷宮（八臂迷宮）

The TSE Radial Mazes are completely computerized systems used to investigate hippocampus-dependent learning and memory performance. In the usual task food is available at the end of each arm or in selected arms only. The animal has to learn to visit each arm without going back to an already-visited empty arm or entering an arm that has never been baited. Learning and memory impairments will influence the performance in subsequent retention tests.
TSE放射迷宮是完全電腦化的系統(tǒng)，用于研究依賴海馬體的學習和記憶性能。 在通常的任務中食物存在于每個選擇臂或選定的迷宮臂中。動物必須學會訪問每個迷宮臂而不回到一個已經(jīng)訪問了的空臂或進入從未放誘餌的臂。 學習和記憶障礙會影響隨后保留測試中的表現(xiàn)。

In the Radial Maze software a variety of control parameters can be defined including the start position, termination criterion, feeding pattern, or whether the animal is to be confined in the center to prevent perseverative behavior (only if automatic doors are present). The number of correct choices, i.e. first entries into baited arms, as well as performance errors are calculated. The maze can also be run with non-baited arms or using the continuous refilling option to monitor the locomotion pattern in the maze.
在放射迷宮軟件中可以定義各種控制參數(shù)，包括起始位置，終止標準，給食方式，或者動物是否被限制于在中心，以防止固著行為（僅當有自動門時）。計算得到正確選擇的次數(shù)，例如進入誘餌臂，以及表現(xiàn)錯誤。 迷宮也可以不使用誘餌的迷宮臂運行或者使用持續(xù)再填選項以監(jiān)測迷宮中運動模式。

The TSE Radial Maze is also available as a non-automated system for use in the TSE VideoMot2 system.
TSE放射迷宮，也可作為一個非自動化系統(tǒng)用在 TSEVideoMot2系統(tǒng)中。
? Evaluation of spatial learning & memory performance in mice & rats
評價小鼠和大鼠空間學習與記憶的表現(xiàn)
? Working & reference memory can be tested in one task
在一個測試任務可以測試工作及參考記憶
? Infrared sensors monitor transfers between compartments and food removal from food containers
紅外傳感器監(jiān)視隔間之間的轉(zhuǎn)移和從食物容器中搬遷食物
? Optional automatic pellet feeders & motorized doors
可選自動食丸配發(fā)器及機動門
? Optional acrylic wall material & low wall height configurations to facilitate visibility of extra-maze cues
可選丙烯酸墻體材料及矮墻配置，以促進迷宮外視覺線索

Radial mazes can be automated by video analysis or light beam systems
放射迷宮可以通過視頻分析或光束系統(tǒng)成為自動化系統(tǒng)。