HP 241 N-to-C and C-to-N Sequencer Methods Technical Note

N-to-C 5.0 and C-to-N 5.0 sequencer methods are responsible for switching between the N-terminal and C-terminal sequencing chemistry methods on the Hewlett-Packard column-based protein sequencer


HP 241 N-to-C and C-to-N Sequencer Methods Technical Note - cover page
Brand
HP
Document type
Other
Language
English
Pages
4
File format
PDF
File size
85 KB
Published
05 July, 2012
Updated
30 September, 2023
MD5 checksum
F184FC64A77F85643436738E614D5BA3

About this manual

This document provides technical details on the N-to-C 5.0 and C-to-N 5.0 methods used by the Hewlett-Packard column-based protein sequencer to switch between sequencing chemistries. It explains that these methods manage the transition from N-terminal to C-terminal or vice versa, utilizing either a column method or a flask method depending on the specific requirement.

What's inside

  • N-to-C 5.0 and C-to-N 5.0 Methods
  • Column Wash 5.0
  • Flask Wash 5.0
  • Reagent Bottle Configuration
  • Method Steps and Timing

Specifications

Total Time (Column Wash)45.5 min
Total Time (N-to-C Column Method)20.7 min
Total Time (Flask Wash)67.1 min
Total Time (N-to-C Flask Method)11.2 min

Frequently asked questions

What is the purpose of the N-to-C and C-to-N methods?

These methods are responsible for switching between the N-terminal and C-terminal sequencing chemistry methods on the sequencer.

What total time does the N-to-C 5.0 column method require?

The N-to-C 5.0 column method requires a total time of 20.7 minutes.

How much R4 should be delivered to the flask after Step 3 in the Flask wash 5.0 method?

After Step 3, approximately 70 µl (+/- 5 µl) of R4 should be delivered to the flask.

What is the total time for the N-to-C 5.0 flask method?

The N-to-C 5.0 flask method has a total time of 11.2 minutes.

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