Selective Enhancement of Processing of Negative Faces During Slow-Wave Sleep | Zendy

Simon Barton | Zendy; Reinhard Pietrowsky | Zendy; S Ackermann | Zendy; B Rasch | Zendy; S Gais | Zendy; S Cairney | Zendy; S Durrant | Zendy; R Power | Zendy; P Lewis | Zendy; N Cellini | Zendy; J Torre | Zendy; L Stegagno | Zendy; M Sarlo | Zendy; Z Clemens | Zendy; D Fab | Zendy; P Halsz | Zendy; A D'argenbeau | Zendy; M Van Der Linden | Zendy; C Comblain | Zendy; A.-M Etienne | Zendy; S Groch | Zendy; I Wilhelm | Zendy; P Hu | Zendy; M Stylos-Allan | Zendy; T Ito | Zendy; J Larsen | Zendy; N Smith | Zendy; J Cacioppo | Zendy; M Johansson | Zendy; A Mecklinger | Zendy; A.-C Treese | Zendy; S Corkin | Zendy; O Lahl | Zendy; C Wispel | Zendy; B Willigens | Zendy; R Pietrowsky | Zendy; V Lobue | Zendy; M Nishida | Zendy; J Pearsall | Zendy; R Buckner | Zendy; J Payne | Zendy; E Kensinger | Zendy; R Spreng | Zendy; S Alger | Zendy; K Gibler | Zendy; Stickgold | Zendy; R | Zendy; W Plihal | Zendy; A Richards | Zendy; C French | Zendy; W Johnson | Zendy; J Naparstek | Zendy; J Williams | Zendy; A Shimamura | Zendy; J Ross | Zendy; H Bennett | Zendy; J Snodgrass | Zendy; J Corwin | Zendy; G Toi | Zendy; C Cirelli | Zendy; M Tucker | Zendy; Y Hirota | Zendy; E Wamsley | Zendy; H Lau | Zendy; A Chaklader | Zendy; W Fishbein | Zendy; M Hallschmid | Zendy; R Verleger | Zendy; U Wagner | Zendy; N Kashyap | Zendy; S Diekelmann | Zendy; J Born | Zendy; M Walker | Zendy; B Wang | Zendy

AI Assistant Blog Pricing

Open Access

Selective Enhancement of Processing of Negative Faces During Slow-Wave Sleep

Author(s) -

Simon Barton,

Reinhard Pietrowsky,

S Ackermann,

B Rasch,

J Born,

B Rasch,

S Gais,

S Cairney,

S Durrant,

R Power,

P Lewis,

N Cellini,

J Torre,

L Stegagno,

M Sarlo,

Z Clemens,

D Fab,

P Halsz,

A D'argenbeau,

M Van Der Linden,

C Comblain,

A.-M Etienne,

S Diekelmann,

I Wilhelm,

J Born,

S Diekelmann,

J Born,

S Groch,

I Wilhelm,

S Diekelmann,

J Born,

P Hu,

M Stylos-Allan,

M Walker,

T Ito,

J Larsen,

N Smith,

J Cacioppo,

M Johansson,

A Mecklinger,

A.-C Treese,

N Kashyap,

E Kensinger,

S Corkin,

O Lahl,

R Pietrowsky,

O Lahl,

C Wispel,

B Willigens,

R Pietrowsky,

V Lobue,

M Nishida,

J Pearsall,

R Buckner,

M Walker,

J Payne,

E Kensinger,

E Wamsley,

R Spreng,

S Alger,

K Gibler,

Stickgold,

R,

W Plihal,

J Born,

A Richards,

C French,

W Johnson,

J Naparstek,

J Williams,

A Shimamura,

J Ross,

H Bennett,

J Snodgrass,

J Corwin,

G Toi,

C Cirelli,

M Tucker,

Y Hirota,

E Wamsley,

H Lau,

A Chaklader,

W Fishbein,

U Wagner,

M Hallschmid,

R Verleger,

J Born,

U Wagner,

N Kashyap,

S Diekelmann,

J Born,

M Walker,

B Wang

Publication year - 2020

Publication title -

sleep and hypnosis

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.256

H-Index - 20

ISSN - 2458-9101

DOI - 10.37133/sleep.hypn.2019.21.0202

Subject(s) - sleep (system call) , slow wave sleep , psychology , audiology , computer science , medicine , neuroscience , electroencephalography , operating system

The association between napping and consolidation of emotional face memory is still not well understood. In the present study, subjects of a nap and wake condition (each n = 20) were presented pictures of facial expressions in a declarative memory task and word learning was used as a control task, whereby emotional valence in both tasks was varied. Hypothesized was better memory performance for negative than neutral stimuli after a 1 h nap as well as a positive association between negative stimuli and non-rapid eye movement (NREM) sleep. Memory performance was evaluated via face recognition (old/new discrimination) and free recall of words. No enhancement of face recognition and word recall by sleep was found. However, while recall of negative words positively correlated with NREM sleep (i.e., total sleep time), the positive and linear association for recognition of negative faces was limited to the sleep stage N3 (rich in slow-wave sleep). Selective enhancement of negative facial processing by slow-wave sleep can be concluded.

The content you want is available to Zendy users.

Already have an account? Click here to sign in.

Having issues? You can contact us here

Accelerating Research

Address

John Eccles House
Robert Robinson Avenue,
Oxford Science Park, Oxford
OX4 4GP, United Kingdom

About

About Careers Publisher Partners Contact Us Our institutional solutions Get Organisational Trial or Quote

Learn

FAQs Blog Terms of Use Privacy Policy

Download the Zendy App

Discover

Explore

Home ZAIA Blog