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RhythmicAlly: Your R and Shiny–Based Open-Source Ally for the Analysis of Biological Rhythms

Journal of biological rhythms, 2019-10, Vol.34 (5), p.551-561

2019

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A Subset of Circadian Neurons Expressing dTRPA1 Enables Appropriate Phasing of Activity Rhythms in Drosophila melanogaster Under Warm Temperatures

Journal of biological rhythms, 2023-08, Vol.38 (4), p.341-357

2023

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VANESSA—Shiny Apps for Accelerated Time-series Analysis and Visualization of Drosophila Circadian Rhythm and Sleep Data

Journal of biological rhythms, 2022-04, Vol.37 (2), p.222-231

2022

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Under warm ambient conditions, Drosophila melanogaster suppresses nighttime activity via the neuropeptide pigment dispersing factor

Genes, brain and behavior, 2022-04, Vol.21 (4), p.e12802-n/a

2022

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Drosophila Populations Reared Under Tropical Semi-natural Conditions Evolve Season-dependent Differences in Timing of Eclosion

Frontiers in physiology, 2022-07, Vol.13, p.954731-954731

2022

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A new player in circadian networks: Role of electrical synapses in regulating functions of the circadian clock

Frontiers in physiology, 2022-11, Vol.13, p.968574-968574

2022

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Effects of Food Availability Cycles on Phase and Period of Activity-rest Rhythm in Drosophila melanogaster

Journal of biological rhythms, 2022-10, Vol.37 (5), p.528-544

2022

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Evidence for Co-Evolution of Masking With Circadian Phase in Drosophila Melanogaster

Journal of biological rhythms, 2021-06, Vol.36 (3), p.254-270

2021

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Hsp40 overexpression in pacemaker neurons delays circadian dysfunction in a Drosophila model of Huntington's disease

Disease models & mechanisms, 2022-06, Vol.15 (6)

2022

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Dynamic host-guest interaction enables autonomous single molecule blinking and super-resolution imaging

Chemical communications (Cambridge, England), 2019-11, Vol.55 (96), p.1443-14433

2019

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dTRPA1 in Non-circadian Neurons Modulates Temperature-dependent Rhythmic Activity in Drosophila melanogaster

Journal of biological rhythms, 2016-06, Vol.31 (3), p.272-288

2016

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Glutamatergic Synapse Dysfunction in Drosophila Neuromuscular Junctions Can Be Rescued by Proteostasis Modulation

Frontiers in molecular neuroscience, 2022-07, Vol.15, p.842772-842772

2022

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Oscillating PDF in termini of circadian pacemaker neurons and synchronous molecular clocks in downstream neurons are not sufficient for sustenance of activity rhythms in constant darkness

PloS one, 2017-05, Vol.12 (5), p.e0175073-e0175073

2017

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Selection for Timing of Eclosion Results in Co-evolution of Temperature Responsiveness in Drosophila melanogaster

Journal of biological rhythms, 2019-12, Vol.34 (6), p.596-609

2019

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Waveform Plasticity under Entrainment to 12-h T-cycles in Drosophila melanogaster: Behavior, Neuronal Network, and Evolution

Journal of biological rhythms, 2020-04, Vol.35 (2), p.145-157

2020

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Large Ventral Lateral Neurons Determine the Phase of Evening Activity Peak across Photoperiods in Drosophila melanogaster

Journal of biological rhythms, 2012-08, Vol.27 (4), p.267-279

2012

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Gap junction protein Innexin2 modulates the period of free-running rhythms in Drosophila melanogaster

iScience, 2021-09, Vol.24 (9), p.103011, Article 103011

2021

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Synthetic Host–Guest Assembly in Cells and Tissues: Fast, Stable, and Selective Bioorthogonal Imaging via Molecular Recognition

Analytical chemistry (Washington), 2018-10, Vol.90 (19), p.11305-11314

2018

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Environmental cycles regulate development time via circadian clock mediated gating of adult emergence

BMC developmental biology, 2018-12, Vol.18 (1), p.21-21, Article 21

2018

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Circadian Clock Properties and Their Relationships as a Function of Free-Running Period in Drosophila melanogaster

Journal of biological rhythms, 2019-06, Vol.34 (3), p.231-248

2019

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dTRPA1 Modulates Afternoon Peak of Activity of Fruit Flies Drosophila melanogaster

PloS one, 2015-07, Vol.10 (7), p.e0134213-e0134213

2015

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Significance of activity peaks in fruit flies, Drosophila melanogaster, under seminatural conditions

Proceedings of the National Academy of Sciences - PNAS, 2013-05, Vol.110 (22), p.8984-8989

2013

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Circadian- and Light-Dependent Regulation of Resting Membrane Potential and Spontaneous Action Potential Firing of Drosophila Circadian Pacemaker Neurons

Journal of neurophysiology, 2008-02, Vol.99 (2), p.976-988

2008

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Electrical Hyperexcitation of Lateral Ventral Pacemaker Neurons Desynchronizes Downstream Circadian Oscillators in the Fly Circadian Circuit and Induces Multiple Behavioral Periods

The Journal of neuroscience, 2006-01, Vol.26 (2), p.479-489

2006

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Natural conditions override differences in emergence rhythm among closely related drosophilids

PloS one, 2013-12, Vol.8 (12), p.e83048-e83048

2013

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RhythmicAlly: Your R and Shiny–Based Open-Source Ally for the Analysis of Biological Rhythms

A Subset of Circadian Neurons Expressing dTRPA1 Enables Appropriate Phasing of Activity Rhythms in Drosophila melanogaster Under Warm Temperatures

VANESSA—Shiny Apps for Accelerated Time-series Analysis and Visualization of Drosophila Circadian Rhythm and Sleep Data

Under warm ambient conditions, Drosophila melanogaster suppresses nighttime activity via the neuropeptide pigment dispersing factor

Drosophila Populations Reared Under Tropical Semi-natural Conditions Evolve Season-dependent Differences in Timing of Eclosion

A new player in circadian networks: Role of electrical synapses in regulating functions of the circadian clock

Effects of Food Availability Cycles on Phase and Period of Activity-rest Rhythm in Drosophila melanogaster

Evidence for Co-Evolution of Masking With Circadian Phase in Drosophila Melanogaster

Hsp40 overexpression in pacemaker neurons delays circadian dysfunction in a Drosophila model of Huntington's disease

Dynamic host-guest interaction enables autonomous single molecule blinking and super-resolution imaging

dTRPA1 in Non-circadian Neurons Modulates Temperature-dependent Rhythmic Activity in Drosophila melanogaster

Glutamatergic Synapse Dysfunction in Drosophila Neuromuscular Junctions Can Be Rescued by Proteostasis Modulation

Oscillating PDF in termini of circadian pacemaker neurons and synchronous molecular clocks in downstream neurons are not sufficient for sustenance of activity rhythms in constant darkness

Selection for Timing of Eclosion Results in Co-evolution of Temperature Responsiveness in Drosophila melanogaster

Waveform Plasticity under Entrainment to 12-h T-cycles in Drosophila melanogaster: Behavior, Neuronal Network, and Evolution

Large Ventral Lateral Neurons Determine the Phase of Evening Activity Peak across Photoperiods in Drosophila melanogaster

Gap junction protein Innexin2 modulates the period of free-running rhythms in Drosophila melanogaster

Synthetic Host–Guest Assembly in Cells and Tissues: Fast, Stable, and Selective Bioorthogonal Imaging via Molecular Recognition

Environmental cycles regulate development time via circadian clock mediated gating of adult emergence

Circadian Clock Properties and Their Relationships as a Function of Free-Running Period in Drosophila melanogaster

dTRPA1 Modulates Afternoon Peak of Activity of Fruit Flies Drosophila melanogaster

Significance of activity peaks in fruit flies, Drosophila melanogaster, under seminatural conditions

Circadian- and Light-Dependent Regulation of Resting Membrane Potential and Spontaneous Action Potential Firing of Drosophila Circadian Pacemaker Neurons

Electrical Hyperexcitation of Lateral Ventral Pacemaker Neurons Desynchronizes Downstream Circadian Oscillators in the Fly Circadian Circuit and Induces Multiple Behavioral Periods

Natural conditions override differences in emergence rhythm among closely related drosophilids

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