Aktuelles

Social and Health Sciences: New Publication in Annals of Behavioral Medicine

Age-varying Bi-directional Associations Between Momentary Affect and Movement Behaviors in Children: Evidence From a Multi-wave Ecological Momentary Assessment Study

In this paper, Martina Kanning - Chair of Social and Health Sciences, collaborated with researchers of the University of Southern California. The authors conducted a multi-wave ecological momentary assessment (EMA) study and investigated the acute time-varying associations between affect and movement behaviors among youth.

The…

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New Publication in JMIR Research Protocols

This article is a collaborative work of Christina Niermann and researchers from Karlsruhe Institute of

Technology and University of Konstanz. The article describes the development of a theory-based and

evidence-based mHealth intervention – the SMARTFAMILY App.

The abstract of the article can be found below:

Praktikumsausschreibungen auf der Homepage!

Der Deutsche Skiverband bietet eine Praktikumsstelle am Standort Planegg (bei München) im Bereich Marketing (Skipool und Sponsoring) ab dem 01.Mai 2021 für mindestens 6 Monate Dauer an.

Stellenausschreibung: Studentischen Hilfskraft (m/w/d)

In der AG Trainings- und Bewegungswissenschaft (Prof. Gruber) wird eine Studentische Hilfskraft (m/w/d) gesucht.

Zeitraum: 01.02.2021 befristet bis 31.12.2021 (40 Stunden/Monat)

Aufgaben: Unterstützung bei Verwaltungsaufgaben und bei Lehrveranstaltungen

Praktikumsausschreibungen auf der Homepage!

Die Aalener Sportallianz e.V. freut sich auf Eure Bewerbung für Plichtpraktika im Bereich:

1) "Kinderwelt"

2) "Fitness- & Gesundheitswelt"

Zeiträume: 04/2021 - 09/2021 und 10/2021 – 03/2022

Training and Movement Science: new publication

Louis-Solal Giboin and Markus Gruber together with Tom Reunis, a former Master student in Konstanz, published a paper on sensorimotor control and sensorimotor performance in action video game players. They were able to show that action video game players have a stronger corticospinal excitability and intracortical inhibition which might reflect the ability of the brain to react faster and more accurate during specific sensorimotor tasks.