JTK-Cycle analysis of 24 h rhythmicity in clock gene expression in brain regions of interest.

MAPK implications in the biological rhythms of suprachiasmatic nuclei and peripheral oscillators

CHANSARD, Mathieu

April 2007

Most living organisms have developed endogenous biological clocks to adapt to and anticipate daily ...

Clock genes in hypothalamus, liver, WAT and BAT.

Laura Herrero (562951)
Lorea Valcarcel (716752)
Crhistiane Andressa da Silva (716753)
Nerea Albert (716754)
Antoni Diez-Noguera (5662873)
Trinitat Cambras (716755)
Dolors Serra (562952)

April 2015

mRNA expression of genes involved in the core clock system. (*p<0.05, n = 7–8).</p

Bioinformatic Analysis of Circadian Reprogramming Events

Ceglia, Nicholas Joseph

January 2018

Circadian oscillations play a fundamental role in many biological processes including cell metabolis...

JTK-Cycle analysis of 24 h rhythmicity in peripheral clock gene expression and plasma hormones.

Danica F. Patton (183681)
Ângela M. Katsuyama (673495)
Ilya Pavlovski (147969)
Mateusz Michalik (491020)
Zachary Patterson (673496)
Maksim Parfyonov (183684)
Andrea N. Smit (491019)
Elliott G. Marchant (147966)
John Chung (673497)
Alfonso Abizaid (324619)
Kai-Florian Storch (673498)
Horacio de la Iglesia (361978)
Ralph E. Mistlberger (147978)

December 2014

JTK-Cycle analysis of 24 h rhythmicity in peripheral clock gene expression and plasma hormones.</...

A novel mathematical method for disclosing oscillations in gene transcription: A comparative study

Athanasios C. Antoulas (5770412)
Bokai Zhu (3820828)
Qiang Zhang (45005)
Brian York (107383)
Bert W. O’Malley (63322)
Clifford C. Dacso (5770415)

September 2018

Circadian rhythmicity, the 24-hour cycle responsive to light and dark, is determined by periodic osc...

Heatmap of 66 probe sets representing clock and known rhythmic genes.

Chengwei Li (181253)
Shuang Yu (181261)
Xiaoling Zhong (181270)
Jianguo Wu (30201)
Xiaodong Li (181281)

February 2012

Natural scale expression values from series 2 data for core clock genes and genes known to be rhy...

A novel mathematical method for disclosing oscillations in gene transcription: A comparative study.

Athanasios C Antoulas
Bokai Zhu
Qiang Zhang
Brian York
Bert W O'Malley
Clifford C Dacso

January 2018

Circadian rhythmicity, the 24-hour cycle responsive to light and dark, is determined by periodic osc...

Integration of core clock features.

Ron C. Anafi (234436)
Yool Lee (552312)
Trey K. Sato (552313)
Anand Venkataraman (552314)
Chidambaram Ramanathan (546924)
Ibrahim H. Kavakli (552315)
Michael E. Hughes (149233)
Julie E. Baggs (265530)
Jacqueline Growe (552316)
Andrew C. Liu (42587)
Junhyong Kim (6423)
John B. Hogenesch (149244)

April 2014

(A) List of exemplar core clock genes used as example models of core clock components. (B–E) Metr...

Improved Statistical Methods Enable Greater Sensitivity in Rhythm Detection for Genome-Wide Data

Alan L. Hutchison (707293)
Mark Maienschein-Cline (707294)
Andrew H. Chiang (707295)
S. M. Ali Tabei (707296)
Herman Gudjonson (707297)
Neil Bahroos (707298)
Ravi Allada (82380)
Aaron R. Dinner (115250)

March 2015

<div>Robust methods for identifying patterns of expression in genome-wide data are important for ...

Expression of clock genes in the master circadian pacemaker and peripheral clocks: relationships with neuroinflammatory conditions

BONACONSA, Marta

January 2008

non disponibileMammalian behavior and physiology undergo daily rhythms that are coordinated by an e...

Expanding circadian input, output, and the clock through genomic screens

Atwood, Ann Margaret

January 2011

Many aspects of mammalian physiology display circadian--or once daily--rhythms, such as heart rate, ...

The circadian timing system: making sense of day/night gene expression

Hans G. Richter
Claudia Torres-farfán
Pedro P. Rojas-garcía
Carmen Campino
Fernando Torrealba
María Serón-ferré

January 2004

The circadian time-keeping system ensures predictive adaptation of individuals to the reproducible 2...

Clock Genes in Glia Cells

Donají Chi-Castañeda
Arturo Ortega

September 2016

Circadian rhythms are periodic patterns in biological processes that allow the organisms to anticipa...

Clock genes in mammalian circadian pacemaker

Cimerová, Veronika

January 2013

The behavior of mammals and their physiological processes are dependent on the daily rhythms. These ...

Improved Statistical Methods for Analyzing Circadian Rhythms in High-Throughput Data

Hutchison, Alan Louis

May 2019

Biological rhythms are recognized as critical aspects of cellular, physiological, organismal, and ec...

MAPK implications in the biological rhythms of suprachiasmatic nuclei and peripheral oscillators

CHANSARD, Mathieu

April 2007

Most living organisms have developed endogenous biological clocks to adapt to and anticipate daily ...

Clock genes in hypothalamus, liver, WAT and BAT.

Laura Herrero (562951)
Lorea Valcarcel (716752)
Crhistiane Andressa da Silva (716753)
Nerea Albert (716754)
Antoni Diez-Noguera (5662873)
Trinitat Cambras (716755)
Dolors Serra (562952)

April 2015

mRNA expression of genes involved in the core clock system. (*p<0.05, n = 7–8).</p

Bioinformatic Analysis of Circadian Reprogramming Events

Ceglia, Nicholas Joseph

January 2018

Circadian oscillations play a fundamental role in many biological processes including cell metabolis...

JTK-Cycle analysis of 24 h rhythmicity in peripheral clock gene expression and plasma hormones.

Danica F. Patton (183681)
Ângela M. Katsuyama (673495)
Ilya Pavlovski (147969)
Mateusz Michalik (491020)
Zachary Patterson (673496)
Maksim Parfyonov (183684)
Andrea N. Smit (491019)
Elliott G. Marchant (147966)
John Chung (673497)
Alfonso Abizaid (324619)
Kai-Florian Storch (673498)
Horacio de la Iglesia (361978)
Ralph E. Mistlberger (147978)

December 2014

JTK-Cycle analysis of 24 h rhythmicity in peripheral clock gene expression and plasma hormones.</...

A novel mathematical method for disclosing oscillations in gene transcription: A comparative study

Athanasios C. Antoulas (5770412)
Bokai Zhu (3820828)
Qiang Zhang (45005)
Brian York (107383)
Bert W. O’Malley (63322)
Clifford C. Dacso (5770415)

September 2018

Circadian rhythmicity, the 24-hour cycle responsive to light and dark, is determined by periodic osc...

Heatmap of 66 probe sets representing clock and known rhythmic genes.

Chengwei Li (181253)
Shuang Yu (181261)
Xiaoling Zhong (181270)
Jianguo Wu (30201)
Xiaodong Li (181281)

February 2012

Natural scale expression values from series 2 data for core clock genes and genes known to be rhy...

A novel mathematical method for disclosing oscillations in gene transcription: A comparative study.

Athanasios C Antoulas
Bokai Zhu
Qiang Zhang
Brian York
Bert W O'Malley
Clifford C Dacso

January 2018

Circadian rhythmicity, the 24-hour cycle responsive to light and dark, is determined by periodic osc...

Integration of core clock features.

Ron C. Anafi (234436)
Yool Lee (552312)
Trey K. Sato (552313)
Anand Venkataraman (552314)
Chidambaram Ramanathan (546924)
Ibrahim H. Kavakli (552315)
Michael E. Hughes (149233)
Julie E. Baggs (265530)
Jacqueline Growe (552316)
Andrew C. Liu (42587)
Junhyong Kim (6423)
John B. Hogenesch (149244)

April 2014

(A) List of exemplar core clock genes used as example models of core clock components. (B–E) Metr...

Improved Statistical Methods Enable Greater Sensitivity in Rhythm Detection for Genome-Wide Data

Alan L. Hutchison (707293)
Mark Maienschein-Cline (707294)
Andrew H. Chiang (707295)
S. M. Ali Tabei (707296)
Herman Gudjonson (707297)
Neil Bahroos (707298)
Ravi Allada (82380)
Aaron R. Dinner (115250)

March 2015

<div>Robust methods for identifying patterns of expression in genome-wide data are important for ...

Expression of clock genes in the master circadian pacemaker and peripheral clocks: relationships with neuroinflammatory conditions

BONACONSA, Marta

January 2008

non disponibileMammalian behavior and physiology undergo daily rhythms that are coordinated by an e...

Expanding circadian input, output, and the clock through genomic screens

Atwood, Ann Margaret

January 2011

Many aspects of mammalian physiology display circadian--or once daily--rhythms, such as heart rate, ...

The circadian timing system: making sense of day/night gene expression

Hans G. Richter
Claudia Torres-farfán
Pedro P. Rojas-garcía
Carmen Campino
Fernando Torrealba
María Serón-ferré

January 2004

The circadian time-keeping system ensures predictive adaptation of individuals to the reproducible 2...

Clock Genes in Glia Cells

Donají Chi-Castañeda
Arturo Ortega

September 2016

Circadian rhythms are periodic patterns in biological processes that allow the organisms to anticipa...

Clock genes in mammalian circadian pacemaker

Cimerová, Veronika

January 2013

The behavior of mammals and their physiological processes are dependent on the daily rhythms. These ...

Improved Statistical Methods for Analyzing Circadian Rhythms in High-Throughput Data

Hutchison, Alan Louis

May 2019

Biological rhythms are recognized as critical aspects of cellular, physiological, organismal, and ec...

MAPK implications in the biological rhythms of suprachiasmatic nuclei and peripheral oscillators

CHANSARD, Mathieu

April 2007

Most living organisms have developed endogenous biological clocks to adapt to and anticipate daily ...

Clock genes in hypothalamus, liver, WAT and BAT.

Laura Herrero (562951)
Lorea Valcarcel (716752)
Crhistiane Andressa da Silva (716753)
Nerea Albert (716754)
Antoni Diez-Noguera (5662873)
Trinitat Cambras (716755)
Dolors Serra (562952)

April 2015

mRNA expression of genes involved in the core clock system. (*p<0.05, n = 7–8).</p

Bioinformatic Analysis of Circadian Reprogramming Events

Ceglia, Nicholas Joseph

January 2018

Circadian oscillations play a fundamental role in many biological processes including cell metabolis...

JTK-Cycle analysis of 24 h rhythmicity in clock gene expression in brain regions of interest.

Abstract

Extracted data

JTK-Cycle analysis of 24 h rhythmicity in clock gene expression in brain regions of interest.

Abstract

Extracted data

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