• MCTQ
    Find out your chronotype

    You will see how your results compare to the ones of more than 50,000 other individuals that have so far filled out the questionnaire.

    The Munich Chronotype Questionnaire (MCTQ) with the help of this questionnaire, we aim to understand the underlying complexity of the biological clock and individual differences in the biological clock, as shown in everyday behaviour. Your personal profile will be sent to you via email.

  • MCTQ
    Finden Sie Ihren persönlichen Chronotyp heraus

    Sie können Ihre Ergebnisse mit denen von mehr als 50.000 Personen, die den Fragebogen ausgefüllt haben, vergleichen.

    Mithilfe des Münchner Chronotyp Questionnaire (MCTQ) Fragebogens wollen wir die zugrunde liegende Komplexität in der biologischen Uhr und individuelle Unterschiede im täglichen Verhalten verstehen. Ihr persönliches Profil wird Ihnen per E-Mail zugesendet werden.

  • MCTQ
    Découvrez votre chronotype

    Vous pourrez comparer vos résultats à ceux de plus de 50,000 autres personnes qui ont également rempli le questionnaire jusqu’à présent.

    Grâce au Questionnaire de Chronotypage de Munich (MCTQ), nous cherchons à comprendre la complexité de l'horloge biologique et les différences individuelles qui existent et qui sont discernables dans le comportement quotidien. Votre propre profile vous sera envoyé par courrier électronique.

  • MCTQ
    Descubre tu cronotipo

    Podrás ver tus resultados comparados con los de más de 50.000 personas que ya han rellenado el cuestionario.

    Con la ayuda de este cuestionario, queremos comprender la complejidad subyacente del reloj biológico y las diferencias entre individuos presentes en nuestro comportamiento diario. Se te enviará tu perfil personal vía email.

  • MCTQ
    Bepaal je chronotype

    Uw resultaten worden vergeleken met die van de meer dan 50.000 andere personen die tot nu toe de vragenlijst hebben ingevuld.

    Met behulp van de Munich Chronotype Questionnaire (MCTQ) vragenlijst willen we de onderliggende complexiteit van de biologische klok en de individuele verschillen in de biologische klok beter begrijpen. Uw persoonlijke profiel zal naar u worden verzonden via e-mail.

  • MCTQ
    Descubre tu cronotipo

    Podrás ver tus resultados comparados con los de más de 50.000 personas que ya han rellenado el cuestionario.

    Con la ayuda de este cuestionario, queremos comprender la complejidad subyacente del reloj biológico y las diferencias entre individuos presentes en nuestro comportamiento diario. Se te enviará tu perfil personal vía email.

EUCLOCK is a large European wide research network that has been launched in January 2006. This project aims at the investigation of the circadian clocks in single cells and in humans. Behaviour, physiology, and biochemistry are temporally structured and characterised by daily oscillations. These cycles are not simply driven by external changes as light/dark or warm/cold. They are controlled by endogenous clocks that are prevalent in the most diverse organisms, from cyanobacteria to humans. These circadian clocks are synchronised to the outside world by a process called entrainment, which is generated by rhythmic environmental signals, called ’ZEITGEBERS'. EUCLOCK researchers are precisely interested in how these circadian clocks are synchronised to their specific cyclic environment.

  • Acronym: EUCLOCK
  • Contract Number: LSHM-CT-2006-018741
  • Starting date: 01.01.2006
  • Budget: 16,036,195 €
  • EU-contribution: 12,299,389 €
  • Scientific Officer: Dr. Dirk Hadrich

Euclock

 

Therefore, EUCLOCK combines the expertise of 34 chronobiologists from 29 institutions in 11 European countries. EUCLOCK's budget is more than 16 million EUR over 5-years, of which 12 millions are a contribution by the European Union.

EUCLOCK researchers utilise the most advanced methods of functional genomics and phenomics in order to compare genetic model organisms and humans. For example, the prerequisites for large-scale, non-invasive research on human entrainment in the field will be developed. The first animal models for shift-work will be created. In analogy to 20% of Shift Workers in the population, flies and mice will be exposed to 'shift work' schedules. They will be active and fed out of phase with their natural rhythms. The ensuing "dys-entrainment" will be investigated at levels from genes to behavior. This work aims at providing insights for the prevention of the negative consequences of human shift-work.

Furthermore, new genetic components that control the circadian clock and its entrainment will be identified in animals and in humans. New tools will be developed and new circadian model organisms will be explored. These will enable the field of chronobiology to exploit the advantages of systems biology research on circadian timing to be performed and integrated at the level of the genome, the proteome, and the metabolome.The innovations of EUCLOCK are predestined to shape the future of circadian research.

EUCLOCK is divided into four Sub-Projects that each manage specific Research activities and implement EUCLOCK's objectives: 

In parallel EUCLIS (EUCLOCK Information System) is established to support the infrastructure between EUCLOCK researchers and the worldwide Chronobiology community. EUCLIS is an advanced database architecture, which will integrate experimental data, computational models and external information. (Eduardo Mendoza, LMU Munich & University of the Philippines Diliman)

Funded by

Euclock is an Integrated Project (Sixth Framework Programme) funded by the European Commission  

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Ludwig-Maximilians-University
Munich Institute for medical Psychology
Goethestrasse 31. 80336 München, Germany.
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Centre for Chronobiology
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