合宜生物 Deep PTM Biotechnology Limited
RESEARCH SERVICES / CELL

Cellular Vitcylation Enrichment

Label and enrich vitcylation-related proteins in cellular systems.

Overview

Chemical probes, affinity enrichment and LC-MS/MS enable systematic identification of vitcylation-related proteins in cellular or in vitro systems. Research-aligned experimental design supports screening and subsequent mechanistic studies.

Approach & workflow

01

Probe labeling

Research system & labeling

02

Protein extraction

Prepare protein samples

03

Click reaction

Attach a reporter or tag

04

Affinity enrichment

Enrich labeled proteins

05

LC-MS/MS

Identify with mass spectrometry

06

Data interpretation

Quantification & pathways

Study design

Experimental system

Define cell type, treatment, study groups and intended readouts.

Controls & replicates

Plan appropriate negative controls, treatment groups and biological replicates. Control batch effects and nonspecific background; finalize the design during project assessment.

Sample requirements

Provide cell type, treatment conditions, group information and current sample status for evaluation.

Sample quantity, storage temperature, compatible buffers and shipping conditions are awaiting official specifications. Obtain project-specific requirements before collection or shipping.

Data analysis & deliverables

Analysis options include protein identification, quantification, differential enrichment or abundance, GO and KEGG analysis, and protein interaction networks. Applicability depends on the study design and acquired data.

Protein identificationQuantificationDifferential analysisGO / KEGGInteraction networks
No customer data or experimental result plots are shown in this presentation. Deliverables, report scope, turnaround and fees are confirmed during consultation.

Frequently asked questions

How do I choose cellular or in vitro research?

Choose according to your research question and available system. Cellular studies investigate labeling and enrichment in cells; in vitro studies use defined reaction systems. Conditions and interpretations are not interchangeable.

Why include negative controls and biological replicates?

Negative controls assess background and nonspecific enrichment. Biological replicates help evaluate consistency. The design should reflect the research question and available samples.

Does protein enrichment confirm a modification site?

Protein enrichment and modification-site identification provide different levels of evidence. Target or site confirmation requires a dedicated validation or site-analysis strategy.

How can I obtain pricing and turnaround?

Prepare sample type, number, groups and analysis needs in an inquiry file and send it to johnding1997@gmail.com for project assessment.

Discuss your project

Explore with DeepPTM

Describe your research needs, download the inquiry file and email it to johnding1997@gmail.com. This form does not automatically send email or upload your information.

Email us: johnding1997@gmail.com ↗

LET’S EXPLORE DEEPER

A tailored approach to your research question

From probe selection to data interpretation, explore emerging PTMs with us.

↑

Explore with DeepPTM

Describe your research needs, download the inquiry file and email it to johnding1997@gmail.com. This form does not automatically send email or upload your information.

Email us: johnding1997@gmail.com ↗