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Chair of Computational Biology

Center for Bioinformatics, Saarland University, Germany

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  • People
    • Prof. Dr. Helms
    • Secretary
    • Postdocs
      • PD Dr. Michael Hutter
    • PhD Students
      • Andreas Denger
      • Markus Hollander
  • Research
    • Projects
    • Computer-Aided Drug Design
    • Proton Transfer
    • Protein-Protein Interaction
    • Transmembrane Proteins
    • Molecular Systems Biology
    • Genomic imprinting
    • Old research page
  • Publications
  • Teaching
    • WS 2022/23
      • Bioinformatics 3
      • Effizientes Lernen
      • Modern Methods in Drug Discovery
      • Softwarewerkzeuge
    • SS 2022
      • Cellular Programs
      • Computational Chemistry
      • Wissenschaftliches Publizieren
    • WS 2021/22
      • Effizientes Lernen
      • Modern Methods in Drug Discovery
      • Processing of Biological Data
      • Softwarewerkzeuge
    • SS 2021
      • Bioinformatics 3
      • Computational Chemistry
      • Möglichkeiten und Grenzen der Bioinformatik in rechtlicher Hinsicht
    • WS 2020/21
      • Effizientes Lernen
      • Cellular Programs
      • Modern Methods in Drug Discovery
      • Softwarewerkzeuge
    • SS 2020
      • Computational Chemistry
      • Processing of Biological Data
      • Wissenschaftliches Publizieren
    • WS 2019/20
      • Bioinformatics 3
      • Effizientes Lernen
      • Modern Methods in Drug Discovery
      • Softwarewerkzeuge
    • SS 2019
      • Cellular Programs
      • Computational Chemistry
      • Möglichkeiten und Grenzen der Bioinformatik in rechtlicher Hinsicht
    • WS 2018/19
      • Cellular Programs
      • Effizientes Lernen
      • Einführung in die Bioinformatik
      • Seminar: Persistent and Emerging Topics of Virtual Screening
      • Softwarewerkzeuge
    • SS 2018
      • Bioinformatics 3
      • Computational Chemistry
      • Seminar: Bioinformatics of Protein-Protein Interactions
      • Wissenschaftliches Publizieren
    • WS 2017/18
      • Effizientes Lernen
      • Einführung in die Bioinformatik
      • Modern Methods in Drug Discovery
      • Softwarewerkzeuge
    • SS 2017
      • Computational Chemistry
      • Möglichkeiten und Grenzen der Bioinformatik in rechtlicher Hinsicht
      • Processing of Biological Data
    • before 2017
  • Services
    • MINS
    • PreTIS
    • ProPores2
    • TFmiR
    • TFmiR 2
    • Vesiweb
  • Software
    • BEclear
    • Brownmove
    • CompleXChange
    • DACO
    • EPOS BP
    • MCDS (Heuristic Solution)
    • MDS and MCDS (Optimal Solution)
    • Mebitoo
    • MolTPC
    • MutaNET
    • PPICompare
    • PPIXpress
    • PROPORES
    • ProPores2
    • QVADIS
    • TopoView
    • Vesimulus
  • Books
    • Principles of Computational Cell Biology (2nd edition, 2019)
    • Principles of Computational Cell Biology (1st edition)
  • Funding

Postdocs

  • PD Dr. Michael Hutter
  • Dr. Pratiti Bhadra
  • Dr. Duy Nguyen
  • Dr.-Ing. Maryam Nazarieh

Latest Publication

Proteomics identifies substrates and a novel component in hSnd-dependent ER protein targeting. (2022)
By: Tirincsi, A., O`Keefe, S., Nguyen, D., Sicking, M., Dudek, J., Förster, F.G., Jung, M., Hadzibeganovic, D., Helms, V., High, S., Zimmermann, R., Lang, S.
In: Cells 2022, 11(18): 2925
DOI: 10.3390/cells11182925
Full list of our publications

Current Lectures

  • Bioinformatics 3
  • Effizientes Lernen
  • Modern Methods in Drug Discovery
  • Softwarewerkzeuge der Bioinformatik

Contact & Info

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  • Home
  • People
    • Prof. Dr. Helms
    • Secretary
    • Postdocs
      • PD Dr. Michael Hutter
    • PhD Students
      • Andreas Denger
      • Markus Hollander
  • Research
    • Projects
    • Computer-Aided Drug Design
    • Proton Transfer
    • Protein-Protein Interaction
    • Transmembrane Proteins
    • Molecular Systems Biology
    • Genomic imprinting
    • Old research page
  • Publications
  • Teaching
    • WS 2022/23
      • Bioinformatics 3
      • Effizientes Lernen
      • Modern Methods in Drug Discovery
      • Softwarewerkzeuge
    • SS 2022
      • Cellular Programs
      • Computational Chemistry
      • Wissenschaftliches Publizieren
    • WS 2021/22
      • Effizientes Lernen
      • Modern Methods in Drug Discovery
      • Processing of Biological Data
      • Softwarewerkzeuge
    • SS 2021
      • Bioinformatics 3
      • Computational Chemistry
      • Möglichkeiten und Grenzen der Bioinformatik in rechtlicher Hinsicht
    • WS 2020/21
      • Effizientes Lernen
      • Cellular Programs
      • Modern Methods in Drug Discovery
      • Softwarewerkzeuge
    • SS 2020
      • Computational Chemistry
      • Processing of Biological Data
      • Wissenschaftliches Publizieren
    • WS 2019/20
      • Bioinformatics 3
      • Effizientes Lernen
      • Modern Methods in Drug Discovery
      • Softwarewerkzeuge
    • SS 2019
      • Cellular Programs
      • Computational Chemistry
      • Möglichkeiten und Grenzen der Bioinformatik in rechtlicher Hinsicht
    • WS 2018/19
      • Cellular Programs
      • Effizientes Lernen
      • Einführung in die Bioinformatik
      • Seminar: Persistent and Emerging Topics of Virtual Screening
      • Softwarewerkzeuge
    • SS 2018
      • Bioinformatics 3
      • Computational Chemistry
      • Seminar: Bioinformatics of Protein-Protein Interactions
      • Wissenschaftliches Publizieren
    • WS 2017/18
      • Effizientes Lernen
      • Einführung in die Bioinformatik
      • Modern Methods in Drug Discovery
      • Softwarewerkzeuge
    • SS 2017
      • Computational Chemistry
      • Möglichkeiten und Grenzen der Bioinformatik in rechtlicher Hinsicht
      • Processing of Biological Data
    • before 2017
  • Services
    • MINS
    • PreTIS
    • ProPores2
    • TFmiR
    • TFmiR 2
    • Vesiweb
  • Software
    • BEclear
    • Brownmove
    • CompleXChange
    • DACO
    • EPOS BP
    • MCDS (Heuristic Solution)
    • MDS and MCDS (Optimal Solution)
    • Mebitoo
    • MolTPC
    • MutaNET
    • PPICompare
    • PPIXpress
    • PROPORES
    • ProPores2
    • QVADIS
    • TopoView
    • Vesimulus
  • Books
    • Principles of Computational Cell Biology (2nd edition, 2019)
    • Principles of Computational Cell Biology (1st edition)
  • Funding
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