Publication

A nanoLC-MS-based platform for peptide analysis

Rieux, L. 2006 s.n.. 185 p.

Research output: ScientificDoctoral Thesis

APA

Rieux, L. (2006). A nanoLC-MS-based platform for peptide analysis s.n.

Author

Rieux, Laurent. / A nanoLC-MS-based platform for peptide analysis. s.n., 2006. 185 p.

Harvard

Rieux, L 2006, 'A nanoLC-MS-based platform for peptide analysis', Doctor of Philosophy.

Standard

A nanoLC-MS-based platform for peptide analysis. / Rieux, Laurent.

s.n., 2006. 185 p.

Research output: ScientificDoctoral Thesis

Vancouver

Rieux L. A nanoLC-MS-based platform for peptide analysis. s.n., 2006. 185 p.


BibTeX

@misc{153165926ad34952ba9038a67f258f2a,
title = "A nanoLC-MS-based platform for peptide analysis",
abstract = "In order to study the complex biochemical processes underlying pharmacological and medical events, sensitive and selective analytical methods are necessary. To this effect, we used a nanoLC-MS-based platform in order to perform analysis. The work presented in this thesis shows that in order to achieve the very high throughput and ease necessary in routine comparative proteomic studies, several limitations of nanoLC-MS such as low signal reproducibility, lengthy analysis times and poor system robustness have been overcome. Though much progress has been made generally in the field, nanoLC-MS is not yet a user-friendly technique and still requires dexterity. Nevertheless, the latest technological developments have started to make the use of nanoLC-MS more straightforward for inexperienced researchers.",
keywords = "Proefschriften (vorm), chromatografische analyse, elektroforese; Peptiden, Vloeisto",
author = "Laurent Rieux",
note = "date_submitted:2006 Rights: University of Groningen",
year = "2006",
isbn = "9036728150",
publisher = "s.n.",

}

RIS

TY - THES

T1 - A nanoLC-MS-based platform for peptide analysis

AU - Rieux,Laurent

N1 - date_submitted:2006 Rights: University of Groningen

PY - 2006

Y1 - 2006

N2 - In order to study the complex biochemical processes underlying pharmacological and medical events, sensitive and selective analytical methods are necessary. To this effect, we used a nanoLC-MS-based platform in order to perform analysis. The work presented in this thesis shows that in order to achieve the very high throughput and ease necessary in routine comparative proteomic studies, several limitations of nanoLC-MS such as low signal reproducibility, lengthy analysis times and poor system robustness have been overcome. Though much progress has been made generally in the field, nanoLC-MS is not yet a user-friendly technique and still requires dexterity. Nevertheless, the latest technological developments have started to make the use of nanoLC-MS more straightforward for inexperienced researchers.

AB - In order to study the complex biochemical processes underlying pharmacological and medical events, sensitive and selective analytical methods are necessary. To this effect, we used a nanoLC-MS-based platform in order to perform analysis. The work presented in this thesis shows that in order to achieve the very high throughput and ease necessary in routine comparative proteomic studies, several limitations of nanoLC-MS such as low signal reproducibility, lengthy analysis times and poor system robustness have been overcome. Though much progress has been made generally in the field, nanoLC-MS is not yet a user-friendly technique and still requires dexterity. Nevertheless, the latest technological developments have started to make the use of nanoLC-MS more straightforward for inexperienced researchers.

KW - Proefschriften (vorm)

KW - chromatografische analyse, elektroforese; Peptiden, Vloeisto

M3 - Doctoral Thesis

SN - 9036728150

PB - s.n.

ER -

ID: 2859390