nanoUHPLC columns | IonOpticks

High-performance packed emitter columns

Emitter column

Nanoflow chromatography that radically improves the results from LC-MS-based proteomics.

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What our customers have to say

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Assoc. Prof. Nikolai Slavov
Assoc. Prof. Nikolai Slavov

Northeastern University

We obtained better results with IonOpticks...
 
We were able to leverage the very high accuracy of retention times as an additional feature to increase confidence in correct peptide identifications and to reduce confidence in incorrect ones.

Akinori Endo, PhD
Akinori Endo, PhD

Laboratory of Protein Metabolism
Tokyo Metropolitan Institute of Medical Science
Tokyo, Japan

We are very pleased with the performance of the Aurora column that can be applied to most proteomics studies. They allow us to acquire MS data with higher quality and especially improved in-depth proteomics output.

Dr. Alex von Kriegsheim
Dr. Alex von Kriegsheim

Edinburgh Cancer Research UK Centre
Institute of Genetics and Molecular Medicine
University of Edinburgh

We have switched all our instruments from in-house packed 35cm emitters to Aurora columns. Their performance is equal or superior to our in-house packed columns, their spray-stability and durability is exceptional, they are fool-proof to install and last hundreds of runs.

Martin R. Larsen, PhD
Martin R. Larsen, PhD

Protein Research Group, University of Southern Denmark
Odense, Denmark

We have recently started to use the Aurora columns and they significantly outperform any other columns that we have ever used for nano-LC-MSMS, by providing much higher peptide coverage in proteomics and phosphoprotemics.

Dr. Ignasi Forne
Dr. Ignasi Forne

Ludwig-Maximilians-Universität
Planegg-Martinsried, Germany

I am very happy with the robustness and performance of IonOpticks Aurora columns. They have significantly improved the results of my label-free quantitative workflows.

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Prep. Plug. Play.

Our unique nanoZero® fittings withstand the highest pressure connections.

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Resources

Explore our library of support material and resources to help you get started with Aurora Series columns.

Product brochures and user guides available in English, Japanese and Simplified Chinese.

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Latest news

Read about the latest publications, news, events and product updates from IonOpticks

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See you in Minneapolis! #ASMS2022
See you in Minneapolis! #ASMS2022
PRESS RELEASE: IonOpticks announces OEM partnership with Bruker
PRESS RELEASE: IonOpticks announces OEM partnership with Bruker
plexDIA: sensitive proteomics with simultaneous deep coverage, high throughput, low missing data.
plexDIA: sensitive proteomics with simultaneous deep coverage, high throughput, low missing data.
CDK4/6 inhibitors: critical regulation of T-cell memory fate commitment in tumour microenvironment.
CDK4/6 inhibitors: critical regulation of T-cell memory fate commitment in tumour microenvironment.
Visit us at HUPO ReCONNECT
Visit us at HUPO ReCONNECT
MS3 for TMT, not me! TMTProC- improved MS2 accuracy and sensitivity using complementary ions.
MS3 for TMT, not me! TMTProC- improved MS2 accuracy and sensitivity using complementary ions.
On chip: multiplexed low input TMT-labelled quantitative proteomics with digital microfluidics.
On chip: multiplexed low input TMT-labelled quantitative proteomics with digital microfluidics.
Interactions between SARS-CoV-2 viral proteins and host proteins reveal mechanisms of infection
Interactions between SARS-CoV-2 viral proteins and host proteins reveal mechanisms of infection
Unlock the full potential of your mass spec
Unlock the full potential of your mass spec
‘Til death do us part: conformational change for MLKL, disengagement from RIPK3 in necroptosis.
‘Til death do us part: conformational change for MLKL, disengagement from RIPK3 in necroptosis.
PP2A, CDK9 transcription checkpoint interplay? Check! Targetable tumorigenesis inhibitor? Check!
PP2A, CDK9 transcription checkpoint interplay? Check! Targetable tumorigenesis inhibitor? Check!
Cell surface proteomics reveals major new targets for regulation by MARCH proteins.
Cell surface proteomics reveals major new targets for regulation by MARCH proteins.
Driving apoptosis; MIB2, an E3 ligase protein to the cockpit!
Driving apoptosis; MIB2, an E3 ligase protein to the cockpit!
The truth about aging; proteomic characterisation of young and old mouse hematopoietic stem and progenitor cells.
The truth about aging; proteomic characterisation of young and old mouse hematopoietic stem and progenitor cells.
Caution! Distinct glycosylation of SARS-CoV-2 RBD shed new light in its binding characteristics.
Caution! Distinct glycosylation of SARS-CoV-2 RBD shed new light in its binding characteristics.
Assoc. Prof. Nikolai Slavov talks Single-cell proteomics and the SCoPE2 method
Assoc. Prof. Nikolai Slavov talks Single-cell proteomics and the SCoPE2 method
G4 nucleic acid structures act as extra-chromosomal inhibitors in ISG cancer gene regulation.
G4 nucleic acid structures act as extra-chromosomal inhibitors in ISG cancer gene regulation.
Targeted tyrosine phosphorylation profiling in precision oncology using SureQuant pTyr.
Targeted tyrosine phosphorylation profiling in precision oncology using SureQuant pTyr.
Phosphoproteomics with EasyPhos V2: Shorter workflow. Better sensitivity on limited starting material.
Phosphoproteomics with EasyPhos V2: Shorter workflow. Better sensitivity on limited starting material.
Club bouncer: the ubiquitin system dynamically regulates mitochondrial import at the TOM complex.
Club bouncer: the ubiquitin system dynamically regulates mitochondrial import at the TOM complex.
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@IonOpticks

2022-06-22

@SciFiRobitaille Congratulations Aaron! It was great to meet you at #ASMS2022 and we look forward to reconne again soon 👏👏
@IonOpticks

2022-06-20

A fantastic meeting at #SCP2022! Thank you again for inviting us to speak and participate @slavov_n 🙌🏽 https://t.co/Tf3AGdCJ9U
@IonOpticks

2022-06-19

🔛The full lecture program for #IMSC2022 is now available! It boasts 46 sessions and 7 awards lectures. We start on Saturday 26/8 with very exciting short courses!

Go to the website for the full program: https://t.co/XG828OaOSI
And also to register for the short courses! https://t.co/rmzkzNOGTt
@IonOpticks

2022-06-17

That's a wrap for #SCP2022! Thank you @slavov_n, @slavovLab & @SCP_meeting for a terrific event & brilliant program with the leaders in #singlecellproteomics. Esp enjoyed the robust discussions throughout. Look forward to sharing many insights with @IonOpticks and @WEHI_research https://t.co/ADkRgGsGQv
@IonOpticks

2022-06-16

For me, the biological discoveries that ⁦@aleks_petelski⁩ is presenting at the 5th ⁦@SCP_meeting⁩ represent a milestone for biological discoveries enabled by single-cells mass spec. https://t.co/c3lKAKeGzs
@IonOpticks

2022-06-16

.@mjmaccoss and @slavov_n have been deeply thinking about dynamic range of the proteome, which is the topic of our last presentation today #SCP2022 https://t.co/Bu6lSEqGWC
@IonOpticks

2022-06-16

Wow what an awesome panel discussion with @SavasTay_UChi @NemesLab @ryankellybyu and Henry Brinkerhoff, moderated by @aleks_petelski, bringing up good points about technology accessibility, funding, and killer applications of single cell proteomics! https://t.co/qAzxSONCZe
@IonOpticks

2022-06-15

Andrew Webb presenting about liquid chromatography and it’s importance on sensitive proteomics #SCP2022 https://t.co/zJC1tOdkMO
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