Replication Data for: The reindeer circadian clock is rhythmic and temperature-compensated but shows evidence of weak coupling between the secondary and core molecular clock loops

The purpose of the publication was to investigate the molecular circadian clock in an Arctic context by contrasting reindeer with mouse fibroblast cell cultures. Cell cultures were transduced with promoter luciferase reporters for the clock genes Bmal1 and Per2. The data acquired from the promoter r...

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Main Authors:	Appenroth, Daniel, West, Alexander, Hazlerigg, David, Wood, Shona, Ravuri, Chandra, Torppa, Sara
Other Authors:	Lian, Hans, Thorvaldsen, Renate, Solvang, Hans Arne
Format:	Other/Unknown Material
Language:	English
Published:	DataverseNO 2023
Subjects:	Earth and Environmental Sciences Medicine Health and Life Sciences Chronobiology Circadian Reindeer The Arctic Cell culture promoter reporter Arctic
Online Access:	https://doi.org/10.18710/YCURBQ

id	ftdataverseno:doi:10.18710/YCURBQ
record_format	openpolar
spelling	ftdataverseno:doi:10.18710/YCURBQ 2024-10-13T14:04:48+00:00 Replication Data for: The reindeer circadian clock is rhythmic and temperature-compensated but shows evidence of weak coupling between the secondary and core molecular clock loops Appenroth, Daniel West, Alexander Hazlerigg, David Wood, Shona Ravuri, Chandra Torppa, Sara Appenroth, Daniel Lian, Hans Thorvaldsen, Renate Solvang, Hans Arne 2023-11-13 https://doi.org/10.18710/YCURBQ English eng DataverseNO https://doi.org/10.18710/YCURBQ Earth and Environmental Sciences Medicine Health and Life Sciences Chronobiology Circadian Reindeer The Arctic Cell culture promoter reporter Experimental data 2023 ftdataverseno https://doi.org/10.18710/YCURBQ 2024-09-24T14:11:59Z The purpose of the publication was to investigate the molecular circadian clock in an Arctic context by contrasting reindeer with mouse fibroblast cell cultures. Cell cultures were transduced with promoter luciferase reporters for the clock genes Bmal1 and Per2. The data acquired from the promoter reporter measurements were to some extent confirmed by mRNA abundance measurements done by qPCR. The data set published here contains the promoter reporter data, measured as bioluminescence in a PMT (photon multiplier tube) and qPCR data. Other/Unknown Material Arctic DataverseNO Arctic
institution	Open Polar
collection	DataverseNO
op_collection_id	ftdataverseno
language	English
topic	Earth and Environmental Sciences Medicine Health and Life Sciences Chronobiology Circadian Reindeer The Arctic Cell culture promoter reporter
spellingShingle	Earth and Environmental Sciences Medicine Health and Life Sciences Chronobiology Circadian Reindeer The Arctic Cell culture promoter reporter Appenroth, Daniel West, Alexander Hazlerigg, David Wood, Shona Ravuri, Chandra Torppa, Sara Replication Data for: The reindeer circadian clock is rhythmic and temperature-compensated but shows evidence of weak coupling between the secondary and core molecular clock loops
topic_facet	Earth and Environmental Sciences Medicine Health and Life Sciences Chronobiology Circadian Reindeer The Arctic Cell culture promoter reporter
description	The purpose of the publication was to investigate the molecular circadian clock in an Arctic context by contrasting reindeer with mouse fibroblast cell cultures. Cell cultures were transduced with promoter luciferase reporters for the clock genes Bmal1 and Per2. The data acquired from the promoter reporter measurements were to some extent confirmed by mRNA abundance measurements done by qPCR. The data set published here contains the promoter reporter data, measured as bioluminescence in a PMT (photon multiplier tube) and qPCR data.
author2	Appenroth, Daniel Lian, Hans Thorvaldsen, Renate Solvang, Hans Arne
format	Other/Unknown Material
author	Appenroth, Daniel West, Alexander Hazlerigg, David Wood, Shona Ravuri, Chandra Torppa, Sara
author_facet	Appenroth, Daniel West, Alexander Hazlerigg, David Wood, Shona Ravuri, Chandra Torppa, Sara
author_sort	Appenroth, Daniel
title	Replication Data for: The reindeer circadian clock is rhythmic and temperature-compensated but shows evidence of weak coupling between the secondary and core molecular clock loops
title_short	Replication Data for: The reindeer circadian clock is rhythmic and temperature-compensated but shows evidence of weak coupling between the secondary and core molecular clock loops
title_full	Replication Data for: The reindeer circadian clock is rhythmic and temperature-compensated but shows evidence of weak coupling between the secondary and core molecular clock loops
title_fullStr	Replication Data for: The reindeer circadian clock is rhythmic and temperature-compensated but shows evidence of weak coupling between the secondary and core molecular clock loops
title_full_unstemmed	Replication Data for: The reindeer circadian clock is rhythmic and temperature-compensated but shows evidence of weak coupling between the secondary and core molecular clock loops
title_sort	replication data for: the reindeer circadian clock is rhythmic and temperature-compensated but shows evidence of weak coupling between the secondary and core molecular clock loops
publisher	DataverseNO
publishDate	2023
url	https://doi.org/10.18710/YCURBQ
geographic	Arctic
geographic_facet	Arctic
genre	Arctic
genre_facet	Arctic
op_relation	https://doi.org/10.18710/YCURBQ
op_doi	https://doi.org/10.18710/YCURBQ
_version_	1812810453518123008

Replication Data for: The reindeer circadian clock is rhythmic and temperature-compensated but shows evidence of weak coupling between the secondary and core molecular clock loops

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