- Andrew
C. Gallup
- at Princeton
University
-
 -
- Andrew
C. Gallup
- Psychology
Department, SUNY College at Oneonta, NY, United
States
-
- Gallup
at FICY, Paris june
2010
-
-
- 2003
- -Platek
SM, Critton SR, Myers TE, Gallup GG.
Contagious yawning: the role of self-awareness
and mental state attribution Cogn Brain Res
2003;17(2):223-227 Contagious yawning: the role
of self-awareness and mental state attribution.
Brain Res Cogn Brain Res 2003;17:223-7.
- 2008
- -Gallup
AC, Gallup G. Yawning as a brain cooling
mechanism: nasal breathing and forehead cooling
diminish the incidence of contagious yawning.
Evolutionary Psychology www.epjournal.net;
2007;5(1): 92-101
-
- 2009
- -Gallup
AC, Gallup GG Jr. Yawning and
thermoregulation. Physiol Behav.
2008;95(1-2):10-16
- -Gallup
AC, Gallup GG Jr Venlafaxine-induced
excessive yawning: a thermoregulatory connection
Prog Neuro Psychopharmacol Biol Pyschiatry
2009;33(4):747
- -Gallup
AC, Gallup GG Jr. Medical implications of
excessive yawning in relation to
thermoregulatory dysfunction. Eur J Neurol.
2009;16(6):e120.
- -Miller
ML, Gallup AC et al. Handling stress
initially inhibits, but then potentiates yawning
in budgerigars (Melopsittacus undulatus). Animal
Behav 2009;77(1):109-113
- -Gallup
AC, Miller ML, Clark AB Yawning and
thermoregulation in budgerigars Melopsittacus
undulatus Animal Behav 2009;77(1):109-113
-
- 2010
- -Gallup
AC, Gallup GG Jr, Feo C. Yawning, sleep, and
symptom relief in patients with multiple
sclerosis. Sleep Med. 2010;11(3):329-331
- -Gallup
GG, Gallup AC. Excessive yawning and
thermoregulation: two case histories of chronic,
debilitating bouts of yawning. Sleep Breath.
2010;14:157-159
- -Gallup
AC. Yawning as a behavioral adaptation to
heat stress and water scarcity in white-faced
capuchins (Cebus capucinus). Am J Phys
Anthropol. 2010;142(4):670-61.
- -Gallup
AC. A thermoregulatory behavior. Front
Neurol Neurosci. 2010;28:84-89.
- -Shoup-Knox
ML, Gallup ac and al. Yawning and stretching
predict brain temperature changes in rats:
support for the thermoregulatory hypothesis.
Evolutionary neuroscience.
2010;2(9):a108:5p
- -Gallup
AC. The thermoregulatory hypothesis of
yawning: Time to reconsider terms such as
"impossible" and "cannot" and evaluate theories
based on evidence. Sleep Med
2011;12(1):102-110
- -Miller
ML, Gallup AC et al. Handling stress
initially inhibits, but then potentiates yawning
in budgerigars (Melopsittacus undulatus). Animal
Behaviour. 2010;80(4):615-619.
-
- 2011
- -Gallup
AC. Why do we yawn? Primitive versus derived
features. Neurosci Biobehav Rev.
2011;35(3):765-9
- -Gallup
AC, Eldakar OT. Contagious yawning and
seasonal climate variation. Frontiers in
Evolutionary Neuroscience. 2011;3:3
- -Gallup
AC. Excessive yawning and thermoregulatory
dysfunction. Sleep Breath 2011;15:271-273
- -Gallup
AC, Miller RR, Clark AB. Changes in Ambient
Temperature Trigger Yawning But Not Stretching
in Rats. Ethology. 2011;117:145&endash;153
- -Gallup
AC, Hack GD. Human paranasal sinuses and
selective brain cooling: A ventilation
system
- activated by yawning? Med Hypotheses.
2011;77(6):970-973.
- -Corey
TP, Shoup-Knox ML, Gordis EB, Gallup GG Jr.
Changes in Physiology before, during, and after
Yawning. Front Evol Neurosci.
2011;3(7):1-11
-
- 2012
- -Miller
ML, Gallup AC, Vogel AR, Vicario SM, Clark
AB. Evidence for contagious behaviors in
budgerigars (Melopsittacus undulatus): An
observational study of yawning and stretching.
Behav Processes. 2012;89(3):264-270
- -Miller
ML, Gallup AC, Vogel AR, Clark AB. Auditory
disturbances promote temporal clustering of
yawning and stretching in small groups of
budgerigars (Melopsittacus undulatus). J Comp
Psychol. 2012
-
-
- 2013
- Gallup
A, Eldakar OT. The thermoregulatory theory
of yawning: what we know from over 5 years of
research. Front
Neurosci.2012;6:188
- Gallup
AC, Gallup JA. Frequent yawning as an
initial signal of fever relief. Med Hypotheses.
2013
-
- 2014
- Massen
JJM, Dusch K, Eldakar OT, Gallup AC. A
Thermal Window for Yawning in Humans: Yawning as
a Brain Cooling Mechanism. Physiology Behavior
2014;130:145-8.
- Gallup
AC. Abnormal yawning in stroke patients: the
role of brain thermoregulation. Front Neurosci.
2014 Sep 17;8:300
-
- 2015
- Eldakar
OT, Dauzonne M, Prilutzkaya Y, Garcia D, Thadal
C, Gallup AC. Temperature-Dependent in
Self-Reported Contagious Yawning. Adaptive Human
Behavior and Physiology. 2015;1(2).
- Gallup
AC, Swartwood L, Militello J, Sackett S.
Experimental evidence of contagious yawning in
budgerigars (Melopsittacus undulatus). Anim
Cogn. 2015;18(5):1051-158
- Gallup
AC, Church AM. The effects of intranasal
oxytocin on contagious yawning. Neuroscience
Letters 2015;607:13-16
- Gallup
AC, Clark AB Commentary: yawning, acute
stressors, and arousal reduction in Nazca booby
adults and nestlings. Fontiers in Psychology 29
october 2015
- Gallup
AC. Ambient temperature modulates yawning.
Adap Hum Behav Physiol 2015, in press
- Massen
JJM, Church AM and Gallup AC. Auditory
Contagious Yawning in Humans: An Investigation
into Affiliation and Status Effects. Front.
Psychol. 2015;6:1735.
-
- 2016
- Gallup
A, Church AM, Miller H, Risko EF, Kingstone
A. Social Presence Diminishes Contagious
Yawning in the Laboratory. Sci Rep
2016;6:25045.
- Gallup
A. Ambient temperature modulates yawning.
Temperature. 2016;3(1):23&endash;24.
- Massen
JJ, Slipogor V, Gallup AC. An Observational
Investigation of Behavioral Contagion in Common
Marmosets (Callithrix jacchus): Indications for
Contagious Scent-Marking. Front Psychol.
2016;7:1190.
- Gallup
A, Massen JJ. There is no difference in
contagious yawning between men and women. Royal
Society 7 september 2016
- Gallup
AC, Church AM, Pelegrino AJ. Yawn duration
predicts brain weight and cortical neuron number
in mammals. Biol Lett. 2016;12(10)
-
- 2017
- Eguibar
JR, Uribe CA, Cortes C, Bautista A, Gallup
AC. Yawning reduces facial temperature in
the high-yawning subline of Sprague-Dawley rats.
BMC Neurosci. 2017;18(1):3.
- Eldakar
OT, Tartar JL, Garcia D, Ramirez V, Dauzonnel M,
Armani Y, Gallup AC. Acute Physical Stress
Modulates the Temporal Expression of
Self-Reported Contagious Yawning in Humans.
Adaptative Human Behavior and Physiology
2017
- Massen
JJM, Gallup AC. Why contagious yawning does
not (yet) equate to empathy. Neurosci Biobehav
Rev. 2017;80:573-585.
- Marraffa
A, Lekander M , Solsjö P, Olsson MJ,
Lasselin J, Axelsson J. Yawning, a
thermoregulatory mechanism during fever? A study
of yawning frequency and its predictors during
experimentally induced sickness. Physiol Behav
2017
- Gallup
A, Herron E, Militello J, Swartwood L, Cortes C,
Eguibar J. Thermal imaging reveals sizable
shifts in facial temperature surrounding yawning
in budgerigars (Melopsittacus undulatus).
Temperature 2017;4(4):xxxxx
-
- 2019
- Gallup
AC, Vasilyev D, Anderson N, Kingstone A.
Contagious yawning in virtual reality is
affected by actual, but not simulated, social
presence. Sci Rep. 2019;9(1):294-304.
- Ramirez
V, Ryan CP, Eldakar OT, Gallup AC.
Manipulating neck temperature alters contagious
yawning in humans. Physiol Behav.
2019;207:86-89
-
- 2020
- Gallup
AC, Moscatello L, Massen JJM. Brain weight
predicts yawn duration across domesticated dog
breeds. Curr Zool. 2020;66(4):401-405
-
- 2021
- -Gallup
A. Meyers K. Seeing others yawn selectively
enhances vigilance: an eye-tracking study of
snake detection. Animal Cognition 2021
- -Massen
JJM, Hartlieb M, Martin JS, Leitgeb EB, Hockl J,
Kocourek M, Olkowicz S, Zhang Y, Osadnik C,
Verkleij JW, Bugnyar T, N_mec P, Gallup AC.
Brain size and neuron numbers drive differences
in yawn duration across mammals and birds.
Commun Biol. 2021;4(1):503. doi:
10.1038/s42003-021-02019-y.
- -Gallup
AC, Kret ME, Eldakar OT, Folz J, Massen JJM.
People that score high on psychopathic traits
are less likely to yawn contagiously. Sci Rep.
2021 Dec 10;11(1):23779.
-
- 2022
- -Gallup
A. The causes and consequences of yawning in
animal groups. Animal Behavior 187 (2022)
209e219
- -Gallup
AC, Schild AB, Ühlein MA, Bugnyar T, Massen
JJM. No Evidence for Contagious Yawning in
Juvenile Ravens (Corvus corax): An Observational
Study. Animals (Basel).
2022;12(11):1357.
- -Gallup
A, Wozny S. Interspecific Contagious Yawning
in Humans. Animals (Basel) 2022;12(15):1908
-
- 2023
- -Gallup A. On
the link between rapid eye movement sleep and
yawning Sleep
and Breathing 2023
-
- 2025
- -Kotake
KT, Yamaguchi ST, Mukai Y, Zhou Z, Norimoto
H. Yawning and Its Temperature-Dependent
Modulation in Leopard Geckos. Zoolog Sci.
2025;42(1).
-
- On
discussion
-
- -de
Castro Siqueira L. Yawning and
thermoregulation in budgerigars: lack of support
from results. Animal Behaviour
2009;78(6):e1-e2
- -Elo
H.Yawning and thermoregulation. Sleep
Breath. 2010;14(4):391-2.
- -Elo
H. Yawning cannot cause significant
temperature decreases in humans. Sleep Med.
2011;12(1):102
- -Guggisberg
AG, Mathis J et al.Why do we yawn? The
importance of evidence for specific yawn-induced
effects. Neurosci Biobehav Rev.
2011;35(3):765-9
-
-
- Measuring
brain temperature without a
thermometer
- David Papo
- Front
Physiol
- 2014;5:124.
-
- Brain
Temperature & Autonomic Nervous
System for
the study of relaxation
- A. Dittmar, C. Gehin, A.
Oliveira, B. R. Nocua, E.
McAdams
-
- L'échelle
mésoscopique est une
échelle intermédiaire
entre l'échelle
microscopique, qui
caractérise les atomes ou les
molécules, et
l'échelle macroscopique.
|
- Cerebral
temperature, what else
?
-
- Temperature has profound effects
on a wide range of parameters of
neural activity at various
scales.
-
- At the cell level, ionic
currents, membrane potential, input
resistance, action potential
amplitude, duration and propagation,
and synaptic transmission have all
been shown to be affected by
temperature variations.
-
- At mesoscopic scales of neural
activity, temperature changes can
steer network activity toward
different functional regimes,
affecting the duration, frequency
and firing rate of activated states
during slow frequency oscillations,
and the ability to end these
states.
-
- Temperature also has a
substantial effect on chemical
reaction rates, and affects the
blood oxygen saturation level by
changing haemoglobin affinity for
oxygen. Furthermore, cooling reduces
metabolic processes, and has been
used to silence cortical areas to
study their function.
-
 -
- Impact
sur la physiologie
cérébrale des
variations de la température
cérébrale
-
- Les variations de la
température
cérébrale a
d'importants effets sur une large
gamme de paramètres de
l'activité neuronale à
différentes
échelles.
-
- Au niveau cellulaire, les
courants ioniques, le potentiel
membranaire (pompe Na/K) l'amplitude
du potentiel d'action, la
durée et la propagation et la
transmission synaptique sont tous
affectés par les variations
de température.
-
- A des échelles
mésoscopiques de
l'activité neuronale, les
changements de température
modifient l'activité
fonctionnelle des réseaux
neuronaux, affectant la
durée, la fréquence et
l'état d'activation, en
particulier des ondes lentes
à l'ECG.
-
- La température a
également un effet important
sur le nombre de réaction
chimique au sein du neurone et de la
glie, et affecte le niveau de
saturation du sang en oxygène
en modifiant l'affinité de
l'hémoglobine pour
l'oxygène. En outre, le
refroidissement réduit les
processus métaboliques, et a
été utilisé
pour réduire
l'activité d'aires corticales
afin d'étudier leurs
fonctions.
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