Our Services

Customer-oriented in scientific consulting, contract research and customised training, LifeGlimmer provides you with efficient means to outsource your bioinformatics and systems biology needs. Our experts work in close collaboration with you, providing tailor-made solutions in a result-driven manner, whilst remaining flexible with preferred formats and workflows.

Let our biological data analysts work for you. Discover new links in complex datasets, visualise and understand dynamic networks, and predict systems behaviour.

Pathway analysis

A thorough understanding of any biological system requires not only the knowledge of which genes, proteins or metabolites are responding to a stimulus but how the network of these molecules interact and regulate each other in biological pathways. Pathway analysis can be applied to interpret omics data in a broad variety of experimental and clinical contexts. In medical applications we can gain insights into the molecular basis of disease by comparing healthy and diseased tissue or investigating the response to drug treatments. In synthetic biology, genome engineering can be used to introduce new traits into bacteria and the effect of these on a pathway level can be explored. LifeGlimmer combines a variety of analytical algorithms that utilise data from publicly available bioinformatics resources for pathway analysis in these application areas. LifeGlimmer’s solutions include:

  • Gene Set Enrichment Analysis using a variety of Gene Sets, e.g. Gene Ontology and MSigDB Broad Institute
  • Use of topological methods implemented in R for investigating interactions between differentially expressed genes
  • Weighted gene co-expression network analysis to search for correlation patterns in RNASeq data
  • Implementation of Cytoscape apps (e.g. SyncVis) for visualizing omics data on molecular pathways

Text mining

Text remains one of the richest sources of information. The purpose of text mining is to convert unstructured descriptive text into a machine-readable format that can be used for downstream analysis. LifeGlimmer uses text mining techniques to automatically extract information from medical records and the abstracts of scientific papers. These data can then be incorporated into a variety of applications, such as defining parameters for patient stratification and the identification of biomarkers.

As part of the SysmedIBD project, LifeGlimmer has implemented a text mining pipeline that scans Electronic Health Records (EHRs) to find predictors of patient symptoms and disease courses.

LifeGlimmer’s solutions in this area include:

  • Digitalization of the text
  • De-identification of the text (with removal of protected health information)
  • Data cleaning and pre-processing
  • Creation of different types of datasets specific for the downstream analyses
  • Clustering of patients
  • Prediction of patient outcomes

Decision support systems (DSSs)

With the exponential increase and variety of health-related data, the methods to combine and make practical use of these data become ever more complex. But this also means that resulting applications have the potential to be more accurate and more powerful than ever. Decision support systems agglomerate such data to create adequate and easy-to-use tools that facilitate decision-making processes.

LifeGlimmer focuses on medical DSSs and offers the following:

  • Development of disease-specific DSSs that help clinical decision-makers to more accurately treat their patients
  • Inclusion of feedback from our partners and users to adapt tailored customizations
  • Deployment of DSSs to desktop and mobile solutions

Data integration and management

There is an increasing amount and diversity of medical and biological data available in public databases. Valuable data can also be siloed in proprietary databases (for example at hospitals or Pharma companies) and use legacy formats that require standardisation before they can be integrated with other data types. Moreover new types of data, e.g. data from sensors and wearables are increasingly being collected. Analyzing and exploring any of these data types alone has only limited value. LifeGlimmer addresses the challenge of converting and integrating these data into a single framework in order to gain a better understanding of biological complexity.

To get the best value from data it needs to be stored and managed in a way that ensures it can be easily understood and shared between researchers in multiple institutions across geographical boundaries. LifeGlimmer employs strategies to ensure data are Findable, Accessible, Interoperable and Reusable (FAIR principle). Standardisation of data facilitates its reuse and integration with other data sources.

LifeGlimmer’s solutions include:

  • Harmonisation of data from multiple sources to use shared terminologies e.g. ICD-10 terms for disease, Human Phenotype Ontology (HPO)
  • Conversion of data into formats for sharing, e.g. XML, RDF and Systems Biology Markup Language (SBML)
  • Liaison with researchers to prepare experimental and computational modeling data and associated metadata for sharing via platforms such as FAIRDOMHub
  • Exploiting semantic web technologies to create extensible and flexible databases for biological data


With the increasing amount of data generation, the methods to understand and extract useful information from it have been evolving rapidly. LifeGlimmer uses state of the art machine learning algorithms to predict features and outcomes with heterogeneous big data and also to reveal the predictive power in subsets of the data.

We apply various selected statistical modelling approaches to test your hypotheses.

LifeGlimmer’s solutions include:

  • Statistical hypothesis testing
  • Statistical modelling (generalized linear model, differential expression analysis, survival model, ...)
  • Meta-analysis
  • Machine learning algorithms (random forest, support vector machine, neural network, …)
  • Co-expression network analysis

App development

Mobile apps are playing an ever increasing role in our everyday life, and the health area is not an exception. On the contrary: Apps are an integral part in personalized medicine and will become even more so in the near future. With the benefit of being always connected to the cloud, independent of location and time, apps can constantly monitor a user’s well-being and improve their quality of life. This effect is enhanced when using apps in combination with wearable devices, like sensors. LifeGlimmer’s solutions in this area include:

  • Apps for clinical decision support (as developed for the INFECT project)
  • Apps for personalized medicine
  • Apps for citizen/patient adherence
  • Development of native Android apps
  • Experience with the Unity (game) engine for streamlined cross-platform software development:
    • mobile (e.g. iOS or Android)
    • stationary (e.g. web browser or VR/AR environments)

Biological data visualisation

A picture is worth a thousand words! Numerical metrics from statistical analysis convey important knowledge for quantifying single biomolecules such as expressions of genes. But per se they are not enough to understand the big picture. LifeGlimmer’s strong point is finding and implementing adequate visualisation options that best highlight the results of any type of analysis, may it be pathway and network visualisations, workflow diagrams or statistical plots. We develop software solutions such as SyncVis to capture complex biological data as accurate and easy-to-understand network representations that license subsequent examination, communication and understanding. LifeGlimmer offers:

  • Visualisations of biological pathways or subnetworks by using Cytoscape and other tools
  • PCA plots, heatmaps, and similar to highlight gene expression clusters, etc.
  • ROC curves and similar plots to indicate performances of predictive analyses
  • Web applications and interfaces that allow easy browsing and quick analysis of heterogeneous data, e.g. using the RShiny framework or the Python Flask module
  • Flowcharts that outline the individual steps in an analysis pipeline

Computational modeling

  • Genome-scale metabolic network reconstruction
  • Metabolic flux balance and variability analysis
  • Model-based gene knockout prediction
  • Dynamic modeling of signalling and metabolic pathways for understanding, targeting and optimising dynamic network behaviour
  • Predictive modeling for biomarkers, physiological effects, and clinical outcomes

Knowledge discovery

  • Unveiling hidden links and correlations within and among your datasets through advanced biostatistics
  • Extracting information via text and data mining and linking these data with bioinformatics tools

Management of international research projects

Our project management services range from grant preparation support to project administration, communication and financial monitoring. We support researchers, institutions and industrial partners from all scientific areas putting a special focus on projects in the life sciences:

  • Project development from idea to successful grant
  • Contractual management: Negotiation and maintenance of Grant Agreement and Consortium Agreement
  • Targeted communication and dissemination of project results to experts and the public alike
  • Project steering and administration: fostering project progress; ensuring compliance with regulations and contractual obligations
  • Financial management: Financial controlling, budget monitoring
  • Reporting: coordination, validation and submission of all technical and financial reports
  • Support in intellectual property (IP) management
  • Planning, organisation and chairing of annual meetings and workshops (e.g. of the Scientific Advisory Board, General Assembly Meetings)


In case you require training in bioinformatics-related tools and/or specific programming languages, our experienced team of computational biologists will be happy to help you out:

  • R
  • Python
  • Java
  • Perl
  • CSS/JavaScript
  • Shell scripting (free sample)
  • ...
  • Cytoscape
  • R Shiny
  • Android
  • Unity
  • ...

Your partner in Germany, in the EU and worldwide

If you are interested in our scientific partnering, consultancy or training solutions, please This email address is being protected from spambots. You need JavaScript enabled to view it. us!