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Extra-auditory effects of noise in laboratory animals: the relationship between noise and sleep.

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HAL Id: ssa-00282208

https://hal-ssa.archives-ouvertes.fr/ssa-00282208

Submitted on 26 May 2008

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Extra-auditory effects of noise in laboratory animals:

the relationship between noise and sleep.

Arnaud Rabat

To cite this version:

Arnaud Rabat. Extra-auditory effects of noise in laboratory animals: the relationship between noise and sleep.. Journal of the American Association for Laboratory Animal Science, 2007, 46 (1), pp.35-41.

�ssa-00282208�

(2)

Figure 1

Acute and Chronic Noise Exposure

PAS A Cortex Others cortex

(FC, TpC....) IC

MG

Ascending arousal systems

LC NE syste m

Amygdala LA

ME BLA Hypothalamus

PVN

PAG

lPAG

Behaviour

Fight / Flight Loss of Control ACE

Physiological responses Hormonal

secretion

Respirator y Rate

Blood Pressure

DR 5 HT system Pontine, B F Ac h syste m

vlPAG dlPAG

TMN His syste m

Cortic osterone

Nore pine phrine

Testosterone

Epi ne phrine

1 3

Health consequences

Immunological disor ders Car di ovascular

diseases

De pression-like be havior

He art Rate

Conscious détection of the stimulus

V/D MG M MG

Hypothalamus

Inspired from Campeau et al., 1997; Ising & Braun, 2000; Basbich et al., 2001;

Pace-schott & Hobson, 2002; Berridge & Waterhouse, 2003; Vianna & Brandão, 2003;

S aper et al., 2005.

Hypothalamus

Awake

Sleep

Hcrt/MCH systems

LH

GAB A, Gal systems VLPO

-

-

+

+

+ +

+

2

4 5

5

+ + +

+

+

+ 6

7 7

+ +

11

11

11

8 + 9

+ 8

+

+

HPA axis

10 : HPA Loop

Feedback

+

Acute and Chronic Noise Exposure

PAS A Cortex Others cortex

(FC, TpC....) IC

IC

MG

Ascending arousal systems

LC NE syste m

Amygdala LA

ME BLA Hypothalamus

PVN

PAG

lPAG

Behaviour

Fight / Flight Loss of Control ACE

Physiological responses Hormonal

secretion

Respirator y Rate

Blood Pressure

DR 5 HT system Pontine, B F Ac h syste m

vlPAG dlPAG

TMN His syste m

Cortic osterone

Nore pine phrine

Testosterone

Epi ne phrine

1 3

Health consequences

Immunological disor ders Car di ovascular

diseases

De pression-like be havior

He art Rate

Conscious détection of the stimulus

V/D MG M MG

Hypothalamus

Inspired from Campeau et al., 1997; Ising & Braun, 2000; Basbich et al., 2001;

Pace-schott & Hobson, 2002; Berridge & Waterhouse, 2003; Vianna & Brandão, 2003;

S aper et al., 2005.

Hypothalamus

Awake

Sleep

Hcrt/MCH systems

LH

GAB A, Gal systems VLPO

-

-

+

+

+ +

+

2

4 5

5

+ + +

+

+

+ 6

7 7

+ +

11

11

11

8 + 9

+ 8

+

+

HPA axis

10 : HPA Loop

Feedback

+

(3)

Figure 2

Ascending arousal systems

LC NE syste m

Hypothalamus

DR 5 HT system Pontine, B F Ac h syste m

Awake

Sleep

TMN His syste m

Hcrt/MCH systems

LH

GAB A, Gal systems VLPO

-

Ascending arousal systems

LC NE syste m

Hypothalamus

DR 5 HT system Pontine, B F Ac h syste m

Awake

Sleep

TMN His syste m

Hcrt/MCH systems

LH

GAB A, Gal systems VLPO

-

Adapted from Saper et al., 2005

-

- +

+

B A

Ascending arousal systems

LC NE syste m

Hypothalamus

DR 5 HT system Pontine, B F Ac h syste m

Awake

Sleep

TMN His syste m

Hcrt/MCH systems

LH

GAB A, Gal systems VLPO

-

Ascending arousal systems

LC NE syste m

Hypothalamus

DR 5 HT system Pontine, B F Ac h syste m

Awake

Sleep

TMN His syste m

Hcrt/MCH systems

LH

GAB A, Gal systems VLPO

-

Adapted from Saper et al., 2005

-

- +

+

B A

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