M-005 Dual Channel Parallel Injection - LEAP Shell "(M-Fab)"
From LEAP
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{{LSApp | {{LSApp | ||
| - | |name = Dual Channel Parallel Injections | + | |name = Dual Channel Parallel Injections with LEAP Shell "M-Fab" |
|image = M-Fab_Photo1.png | |image = M-Fab_Photo1.png | ||
|type = '''SPECIAL''' | |type = '''SPECIAL''' | ||
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=== Overview === | === Overview === | ||
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| + | *LEAP Shell - '''M-Fab''' application integrated with Analyst with supported pumps. '''NOT A RELEASED PRODUCT''' (Looking for Beta Sites). | ||
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If the peaks of interest come off together in the middle of the gradient (as shown below) then it is possible to utilize the front cut and back cut time to increase throughput. | If the peaks of interest come off together in the middle of the gradient (as shown below) then it is possible to utilize the front cut and back cut time to increase throughput. | ||
Revision as of 14:05, 19 February 2009
| Dual Channel Parallel Injections with LEAP Shell "M-Fab" |
| Application Type | |
| SPECIAL | |
| Application ID | |
| M-005 | |
| Description | |
| High Throughput LC injections alternating onto two analytical columns. |
Overview
- LEAP Shell - M-Fab application integrated with Analyst with supported pumps. NOT A RELEASED PRODUCT (Looking for Beta Sites).
If the peaks of interest come off together in the middle of the gradient (as shown below) then it is possible to utilize the front cut and back cut time to increase throughput.
If injections are staggered in the following way, there is a potential for up to 100% gain:
Hardware Requirements
- TrioVS multiple valve system is required in addition to the standard injection valve.
