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Proteomics — concept illustration
PROTEOMICS

Proteomics

Investigate biological systems at the protein level through identification, characterization and quantification. We define the analytical scope around your study groups and research objectives.

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Concept illustration
01

Protein identification & characterization

Explore the protein composition of a sample or specific target proteins. Methods and identification scope are selected for the sample type and research question.

02

Quantitative & comparative proteomics

Assess protein levels and investigate differences between study groups. Relative comparison or absolute quantification requirements are agreed before analysis.

03

Post-translational modifications

Technical feasibility is assessed for the modifications and proteins of interest. Sample preparation and reporting are defined for the selected approach.

RESEARCH FOCUS

Let’s define the focus of your study.

Protein characterizationBiomarker researchProtein abundance comparisonsModification studies
PLAN YOUR STUDY

What will you provide and receive?

Research question

Tell us whether your goal is protein identification or relative abundance comparison between groups.

Before sending samples

Share the sample matrix, sample count, groups and preparation method. Acceptance requirements are agreed before shipment.

Deliverables

Identification / abundance tables, quality assessment, comparison plots and a method summary within the agreed scope.

Defining the scope

Suitability of targeted analyses, PTM and labelling approaches is confirmed during project scoping.

Discuss my study ↗
EXAMPLE ANALYSIS OUTPUT

Which proteins change?

A volcano plot combines changes in protein abundance with statistical evidence. Each point represents one protein.

Possible outputs for your study

Protein abundance table · Volcano plot · Functional interpretation

Which proteins change? Example chart created with synthetic data.
Illustrative data — not a client result. This example uses six synthetic samples per group, Welch tests and Benjamini–Hochberg correction. Dashed lines mark illustrative thresholds: |log₂ change| ≥ 1 and adjusted p < 0.05.
BIOINFORMATICS

From measurements to biological interpretation.

We can discuss preprocessing, statistics and pathway interpretation as a dedicated scope.

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HOW WE WORK

A process planned together.

  1. 01

    Share your research

    Research question, samples, study groups and replicates.

  2. 02

    Define the scope

    Sample preparation, analytical approach and reporting plan.

  3. 03

    Review the results

    Agreed analyses and scope of biological interpretation.

LET’S TALK SCIENCE

Let’s start with an email.

Share your research question, analysis or manufacturing requirements. Attach drawings and relevant files to your email.

DIRECT CONTACT
Write an email ↗
Üniversiteler Mah. 1596 Cad. Teknokent Kuluçka Merkez Binası No: 6 C, Unit 11, Çankaya / Ankara, Türkiye