Intravenous self-administration experimental system

Intravenous self-administration experimental systemAlso known as the operant conditioning device, this system consists of an injection system, a cage, an intravenous drug delivery system, and a software system. The main focus is on the study of addictive drugs, and there have been reports that drug addiction is a phenomenon that leads to drug abuse. The psychological dependence of drugs is the main factor leading to drug abuse, and self administration experiments are generally used to evaluate the potential for psychological dependence of drugs. This device was designed by our company based on relevant foreign literature and customer requirements, hoping to bring convenience to relevant scientific workers.
The experimental system is a new generation based on network system design. Its advantage is that the Skinner box does not need to be connected through signal lines, and when multiple channels work simultaneously, no wiring is required. Only the power supply needs to be plugged in, making the laboratory more concise as a whole. The device comes with an IoT chip module for automatic networking, allowing users to view the device's working status anytime and anywhere. The software is set up in the cloud, maintenance free, and eliminates the trouble of software updates caused by computer upgrades. The system supports operation on desktop computers, laptops, tablets, mobile phones, and other devices. It can also meet the development requirements of informatization and networking, and achieve a paperless experimental reporting process.
2、 Product features:
1. Multi channel: The number of experimental cages is not limited, allowing for simultaneous experiments in multiple channels
2. Check device status and data anytime and anywhere: The device can work for a long time, and users do not need to guard it for a long time. They can extract experimental data and assign animal tasks in the office.
3. Maintenance free device software: As the software is set up on a cloud computer, users do not need to worry about computer upgrades or malfunctions.
4. Device hardware without connection: The device adopts an automatic networking connection, eliminating the trouble of connecting lines for users, and can be used immediately after startup.
5. Experimental dashboard: capable of monitoring animal operation status, effective and ineffective triggers, as well as feeding frequency, experimental progress, etc
6. Animal management: animal numbers and groups can be added freely
7. Project management: Experimental projects can be added arbitrarily, and experimental attribution can be selected during the experiment.
8. Experimental data: All animal data or individual animal data can be queried, as well as all data for project groups
9. The software provides a pulse frequency chart for animal operation, making it easy to view the frequency chart of animal operation
10. Experimental data can be exported to a computer in Excel format
Intravenous self-administration experimental systemTechnical Specifications:
1. Rat experimental cage animal activity area specification: 310x265x300mm, mouse: 200X200x280mm
2. Overall size of rat experimental cage: 510X290X400mm, mouse: 430x270x400mm
3. Animal triggering method: nasal touch (optional pedal)
4. Number of cage lights: 2, indicator lights: 6
5. The experimental box is equipped with invalid, refractory, and execution warning lights.
6. Software supports 255 channels
7. Device and software connection method: wireless network connection
8. Device to device docking method: wireless network connection
9. Bottom grid diameter: 4mm, spacing 10mm
10. Material of spring conduit bracket: 304 stainless steel
11. Liquid slip ring material: Nylon
12. Micro injection pump: built-in integrated type
13. Micro injection pump display: LCD, supports fast forward and fast push.
14. The infusion pump can clamp the syringe: 1ml~150m, (for syringes with a diameter less than 42mm)
15. Injection pump speed range: different speed units: millimeters per second (0.01mm/s~0.21mm/s), 6 millimeters per minute (0.01mm/m~12.5mm/m), millimeters per hour (0.1mm/h~75mm/h)
16. Medication settings: The software automatically converts based on animal weight parameters. You can also manually set 10ms~1000S; Some parameters may vary due to program upgrades.
17. Conditional signal, white light, red light, green light, yellow light
18. Nose touching position: 2
19. Each channel has an independent pulse signal recording line, making the animal operation process clear at a glance.