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Using LC-MS/MS protein identification technology for untargeted scanning analysis of samples, comparing mass spectrometry data with theoretical databases of the species to identify proteins and their sequences in the sample. Protein identification service enable the identification of proteins in a gel band, gel spot or in solution, and no limitation on the number of samples.
This type of proteomics identification service is applicable for identifying proteins from SDS-PAGE gel bands prepared using IP, co-IP, and pull-down methods, as well as protein solutions.
The report includes lists of identified proteins and peptides.
| Sample type | Protein lyophilized powder | Protein solution |
| Recommended Sample Volume | Total ≥ 10 μg, (protein concentration should be ≥ 1 mg/mL) | Total ≥ 20 μg (protein concentration should be ≥ 1 mg/mL) |
| Precautions | l Ensure the solution does not contain SDS, CHAPS, Triton X-100, NP40, Tween 20, Tween 40, or other similar detergents, salt concentration should be less than 50 mM. | |
| l If SDS loading buffer has been added to the solution, please prepare a new sample or send gel band samples after electrophoresis. | ||
| l When shipping fresh tissue or protein samples, use double-layer foam box sealed packaging, and add sufficient dry ice to the box. | ||
* Please contact info@inomixo.com if you have any questions regarding the samples.
High Sensitivity and Precision: Utilizing advanced LC-MS/MS technology, our protein identification service accurately identifies proteins at low concentrations, making it ideal for complex and low-abundance samples.
Versatile Sample Compatibility: INOMIXO's protein identification service supports diverse sample types, including SDS-PAGE gel bands, IP, co-IP, pull-down preparations, and protein solutions, making it adaptable for various proteomics research needs.
Comprehensive and Clear Reporting: Each report provides a complete list of identified proteins and peptides, with sequence data and confidence scores, supporting thorough data analysis and reliable research outcomes.
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