A large-scale study of proteins offers various insights to many research questions. Proteins are a vital part of all organisms, and studying the proteome opens up for investigating and understanding the biological systems or/and reactions. Protein profiling is an essential tool in many important research areas such as biomarker discovery, phenotyping, personalized medicine, and drug discovery. Proteomics is an important part of mapping system biology and can also answer research questions, such as ligand binding or elements in protein complexes. At Biogenity, we are ready to help you with your proteomic study.
If you’d like to learn more, we are happy to discuss your project and help you get the most out of your proteomic analysis.
If you are looking towards characterizing the proteome of your cells, Biogenity provides workflows with more than 10,000 protein identifications.
If you are looking for a deep proteome characterization of tissue, Biogenity has tailored workflows for your research.
Utilizing laser microdissection, Biogenity provides high-sensitivity proteomics with up to 3,000 proteins from 10^6 micron tissue pieces.
If you are looking for a proteomics facility that can handle below 100,000 cells, Biogenity's single-cell workflow provides state-of-the-art sensitivity
Biogenity has vast experience analyzing the proteome of extracellular vesicles and providing tailored workflows.
Biogenity's various tailored workflows for immunoprecipitation deliver both high-sensitivity and budget-friendly options.
Suppose you are looking towards identifying your target or characterizing the full secretome. Biogenity provides tailored workflows.
If you want to improve or understand bioactive molecule production from the fermentation, Biogenity offers proteome analysis for your fermentation products.
Biogenity can provide you with up to 2,000 proteins in your study if you need a high through-put proteomic service with deep coverages.
If you have identified interesting gel bands, Biogenity can perform in-gel digestion and identify your protein(s).
Low complexity samples
Identify the proteins from your targeted extraction or purification method and get the sensitivity you need.
Biogenity can provide you with deep coverage and an easy-to-follow report if you are interested in kinase activity and phosphorylation patterns.
Discover the composition of N-linked glycosylations in your samples. Biogenity offers annotation and quantification of your N-Glycans.
Get an insight into the ubiquitination patterns in your samples to answer your research question.
Biogenity's degradomics workflows are ideal if you want to investigate or identify protease activity or cleavages sites.
Are you investigating epitopes? Biogenity's immunopeptidomics workflows aim to identify the peptides bound on Major Histocompatibility Complexes (MHC).
Biogenity offers global protein analysis of your samples, getting deep proteome coverages with state-of-the-art accuracy.
Choose deep proteome coverages with Biogenity's sensitive and reliable workflows to gain the most from your study.
Biogenity can create tailored workflows for studying the fungal proteome of your interest.
Biogenity provides workflows specialized for analyzing the bacterial proteome of interest.
Discover plant biology such as stress response, development, or do targeting of digestive bi-products to investigate allergen.
Analyze the effect of the parasites and your research question on a proteome level.
Study your virus or effect hereof and get proteome insight into your research question.
Our experts are ready to help you with your project with proteomics. Ideally, we set up an online meeting where we get to learn about your project. Here, we discuss the different options to reach your aim.
If you need an estimate for your project, we are happy to help. We encourage you to request an initial free consultation to assess which approach fits your proteomics research aim.
The wide range of opportunities with proteomics can require some customization to give the best insight. At Biogenity, we will discuss the different methods and result hereof with you, so you get a clear picture of your possibilities. Together we find the correct workflow for your research question.
Proteomics can be done on a wide variety of different samples. At Biogenity, we offer a wide range of Standard Operating Procedures (SOP) to adjust the sample preparation to your sample type. We always share our SOPs with you, so you know precisely how your sample has been prepared to, e.g., replicate the experiment.
At Biogenity, you have different options for the sample analysis, and we will guide you through the options to find the approach that fits your requirements. We provide you with different options, from the budget-friendly to state-of-the-art deep proteome coverages, where protein identifications can reach +10.000 depending on the samples. We do both Data-dependent and Data-independent proteomic analysis. Our instrument options go from the Q Exactive Classic to the Orbitrap Exploris 480 and the Orbitrap Eclipse Tribrid mass spectrometers, all from Thermo Fisher Scientific.
At Biogenity, we can perform the data analysis for you, allowing you to spend more time understanding the biology in your samples. We do everything from finding outliers to generating diagnostic models, and our team consists of experts in statistics, bioinformatics, and Machine- and Deep Learning (Artificial Intelligence methods).
Biogenity's data analysis includes tables and figures ready to be put into presentations and articles and an easy-to-follow report explaining how the different plots relate to your data, which can address critical points. We also uncover the regulated proteins and put them in a biological context for you to interpret. You can, of course, customize the data analysis to fit your need and research aim.
With our bioinformatic data analysis, you will also get interactive plots that allow you to explore the signaling pathways that are enriched in your data. It lets you take the regulated proteins into perspective, showing which biological pathways or biological processes are potentially up or down-regulated. This helps you get a good understanding of what is happening in the different conditions.
Bioinformatics allows for much deeper data analysis of your degradomics to identify pathways, biological processes, molecular functions, cellular components, and kinases that are changing in your data. The bioinformatic data analysis includes enrichment analysis, comparative figures, and network mapping.
When your proteomics analysis is ready, we deliver it directly to your inbox. Your data and reports are easy to access and secured with encryption and password protection.
You can receive your sample leftovers sent by courier, or Biogenity can safely destroy them after project completion. It is entirely up to you.
Partnering with One Tree Planted, we want to work towards a brighter future with better treatment for diseases and a healthy planet to enjoy life. For us, our children, grandchildren, and the generations to come.
Biogenity donates a dozen trees for every project delivered to support local communities, reforestation in the Amazon rainforest, and reduce CO2 emissions. See how we are making a difference together.
It is important to us that you get the most out of your experiment, which is why we always offer a post-consultation where you can ask all your questions about the results. Together, we ensure that you have the best prerequisite for your further research. The consultation can also be used to explore the next step, whether you are looking to expand the project with additional omics studies or validate the results.
What you can expect:
If you need help interpreting the proteomic findings, or a third-party interpretation, Biogenity's consultants are ready to assist you. Click "play" and meet one of our consultants.
Our interpretational analysis highlights strengths and limitations in the experimental design and conclusions, allowing us to recommend follow-up experiments, publication strategies, reporting, and more.
Application and purposes with proteomics
Proteomics covers various disciplines for investigating proteins. The different approaches to proteomic research have numerous applications and purposes:
Processes regulated by proteins
Types of proteomics: