
Here is a Thermo ABI 7900HT 聚合酶链反应 4330966 Pred. 对QuantStudio
在20008年
ABI部件编号4330966
Thermo Scientific Part Number 4329001
设置384孔板.
前身:
Current model is QuantStudio q聚合酶链反应 or 7500
条件:
This ABI Applied Biosystems 7900HT Fast Real-Time 聚合酶链反应 System is in good working order.
测试执行:
Tested system initialization.
Tested communication with software.
Tested background spectra (Passed)
Tested operation of Automated plate handling system.
Tested operation of thermal block.
激光试验操作.
Cleaned system inside and out.
Based on passing Background Spectra test we were able to verify condition of optics and cleanliness of thermal block.
In order to get Background Spectra optics need to be clean and aligned properly.
Laser needs to be operating within specification as well as the CCD camera.
The 384 聚合酶链反应 block has to be clean and free of damage to give good passing Background readings.
系统包括:
Applied Biosystems 7900HT Fast Real-Time 聚合酶链反应 System.
Dell Latitude i5 running Windows 7 Pro with SDS software ver2.4.1
Communication and power cables.
配置和设置:
384 plate run time: less than 55 min
激光:488nm氩源
Detectors: CCD continuous from 500-650 nm
Reaction Volume Range: 5-20 ul
Temperature Range: 4 - 100 Deg C
This 7900HT is intended for use in Gene Expression, SNP基因分型, 病原体检测, 病毒载量分析, 和microrna的定量.
视频描述:
The video shows overview of the ABI Applied Biosystems 7900HT Fast Real-Time 聚合酶链反应 System.
During video we see software version, operation of Automated plate handling system and model/serial tags.
文档:
数据表: http://drive.google.com/file/d/0B72qmJtjIBo0VHdSR1ZuRW56am8/view?usp=sharing
简介: http://drive.google.com/file/d/0BwHznQS-d5sycFYyenVBVWhHbTQ/view?usp=sharing
手册: http://drive.google.com/file/d/0BwHznQS-d5syZ1FoRUtSZW5hNE0/view?usp=sharing
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Please do not hesitate to contact us if you have any questions.
Here we are showing you our standard packing process
1. All items are different, but they all follow the same principle when packaging.
2. Start with a well-constructed crate
A well-constructed crate would consist of 1/2” to 5/8” Plywood with framing. We generally purchase our crates from a third party who specializes in custom crates.
3. You always want the Instrument to not be directly on the wood deck of the crate. This is done by placing it on foam, inside of the crate. esball国际app用2英寸1.7 lb. density foam which works great. It provides cushioning and enough firmness to support the Instrument.
4. The next step is to make sure there is nothing on the deck of the Instrument and the Head/ Arm is secured. In some cases there will be multiple arms to secure but for this example there is only one. The reason for this is so there is no free movement during transit which could cause serious damage to the Instrument.
5. The next step is to make sure your Instrument is covered in either a pallet bag or shrink wrap so no dust or foreign object will get into the crate.
6. The next step is to secure the instrument inside the crate by bracing. We use a method of 2x4’s which have 1” foam shrink wrapped to them so no piece of wood touches the actual instrument.
7. Final step is to photograph everything inside the crate and then seal it with screws.
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