Animal Proteomics Solutions

Animal Proteomics Services

Proteins are essential components of living organisms, serving as the primary carriers of animal life activities, and playing a key role in the complex and diverse phenomena of life. Proteomics essentially refers to the study of protein characteristics on a large scale, including protein expression levels, post-translational modifications, protein-protein interactions, etc. This approach helps in obtaining a comprehensive understanding of disease mechanisms, cell metabolism, and other biological processes. Based on high-throughput mass spectrometry technology, BioVenic has developed a range of proteomics analysis platforms for animals, showcasing top-notch mass spectrometry-based proteomics technology and analysis capabilities. We offer a comprehensive range of proteomics solutions that can aid in understanding the mechanisms of animal life activities. Additionally, these solutions serve as a theoretical foundation and offer strategies for unraveling and addressing the mechanisms of various animal diseases, animal growth and development, animal genome expression, etc.

Fig.1 Data Analysis for Livestock Proteomics Research. ¹

Animal Proteomics Services

• Protein Identification

Protein identification is a fundamental step in animal proteomics that aims to identify the proteins present in a sample. It involves determining the authenticity of a protein sample. BioVenic offers protein identification platforms, including high-resolution mass spectrometry, capillary electrophoresis, and circular dichroism spectroscopy. We can easily assist customers in achieving efficient and accurate identification of key properties such as protein molecular weight, isoelectric point, structure, and amino acid sequence in protein mixtures, SDS-PAGE protein strips, 2D protein gel spots, pull-down, and Co-IP samples.

• Quantitative Proteomic Analysis

BioVenic quantitative proteomics platform conducts quantitative proteome analysis using various methods, including isotope labeling and label-free quantification, to offer quantitative insights into proteins in diverse biological contexts. Protein quantification is the process of determining the relative or absolute amounts of proteins in various samples. We cater to the requirements of researchers who need to compare protein expression levels under various conditions, such as normal and disease states, changes at different time points, etc. Additionally, we offer a range of protein quantification technologies. A variety of quantitative solutions, including Label Free, iTRAQ, TMT, SILAC, 2D-DIGE, DIA, SWATH, protein relative quantification, semi-quantification, and absolute quantification, fully support customers' scientific research projects.

• Protein Sequencing

BioVenic utilizes nano LC-MS/MS nanoliter chromatography in conjunction with tandem mass spectrometry and Edman degradation sequencing systems to offer protein sequencing analysis services based on mass spectrometry. These services include amino acid composition analysis, both-end sequencing, and full sequence analysis. For proteins with unknown theoretical sequences, BioVenic can provide de novo protein sequencing services based on de novo sequencing methods to analyze the protein sequence. Protein sequencing is fundamental for analyzing the protein structure and biological functions in animals.

• Post-translational Modification Proteomic Analysis

Protein post-translational modifications can affect protein function, stability, localization, and other properties. BioVenic has developed an advanced analysis platform equipped with various enrichment methods. It utilizes high-resolution mass spectrometry and other technologies to identify and quantify various modified forms of proteins in samples. We are able to identify low-abundance modified peptides and enable the characterization of various post-translational modifications (PTMs). At the same time, we are also skilled in providing identification of post-translational modifications such as phosphorylation, tyrosine phosphorylation, glycosylation, ubiquitination, acetylation, methylation, disulfide bond formation, and SUMOylation. Our test reports are detailed and accurate, providing information on whether modification has occurred, the type of modification, the specific amino acid position where the modification occurred, and the content.

Flow Chart of Animal Proteomics Solutions

Applications of Animal Proteomics Solutions

Why Choose Us?

BioVenic's proteomics services provided cover a wide range of animal samples and scientific research fields. We has established a comprehensive quality control workflow with experienced technical personnel and customize project plans based on specific research requirements. Leveraging our extensive experience in large-scale projects, we utilize a blend of in-house data statistical analysis platforms and manual proofreading to offer you secure one-stop proteomics services. With guidance and support from experts in their fields, our goal is to efficiently generate high-quality, publishable data to enhance your research. If you have any questions about animal proteomics, whether related to experimental design or technical aspects, please feel free to contact us.

Reference

1. Rasinger, J. D., et al. "Species and tissues specific differentiation of processed animal proteins in aquafeeds using proteomics tools." Journal of proteomics 147 (2016): 125-131.