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Comparative chronomics

Comparative chronomics

Comparative biology of circadian clocks from plants to fish

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  • AboutWhat is comparative chronomics?
    • Chronomic medicine
  • ProjectsDiscover the current projects we are working on
  • Group MembersView previous and current lab members
  • PublicationsView recent publications
  • Training and toolsAccess resources and sessions we have run
    • Tools
    • 100,000 genomes basic trainingFiles and tutorial from BSGM 2019

Comparative Chronomics

Welcome to the comparative chronomics group website. We discover how circadian clocks work in different species by taking a comparative biology approach. Take a look at our current projects below, find our about chronomic medicine or look through our data downloads.

About

The Comparative Chronomics group is based in the Department of Medical Genetics at the University of Cambridge and collaborates with colleagues across multiple departments. Comparative chronomics is the study of the diversity of biological clocks between species, individuals and systems. We utilise genomics, transcriptomics, metabolomics to make comparisons between systems.…Continue reading “About”

16Sep 201916 Sep 2019
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Comparative Chrono | Genomics

Comparing clock architecture between individuals and species

15Sep 201915 Sep 2020
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PharamacoCHRONomics (Chrono – PGx)

Working with colleagues in Cambridge University Hospitals we are merging chronobiology and pharmacogenomics to deliver Chrono-PGx. Current projects include identifying…

15Sep 201916 Sep 2019
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Comparative Chrono | Physiology

Comparing physiology between species to find shared mechanisms

data

R script – Circadian Rhythm

16 Sep 2020
Many students spend hours making cartoon graphs of circadian rhythms. Recently I had a request for an R script to make a cartoon of a circadian rhythm modelled on a…
galaxy

Galaxy – Intersect Intervals

15 Sep 2020
This workflow runs intersect intervals from multiple .bed file and modifies the output to give a table with the number of cis-element counts per input. We have used this workflow…
shiny

Shiny – zebrafish photoperiod RNA-SEQ Data Browser

15 Sep 202015 Sep 2020
Go to the zebrafish diurnal expression browser... The zebrafish data browser made with David Whitmore has just been updated. This browser allows you to view the expression data for transcript…

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Find us here

The lab is based in the Department of Medical Genetics.

Meetings are held in Murray Edwards College. To arrange a meeting please email Tim:

tjh70@cam.ac.uk

Murray Edwards College
CB3 0DF
Department of Medical Genetics,
University of Cambridge,
Addenbrooke’s Treatment Centre
Cambridge Biomedical Campus
CB2 0QQ
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