Meldungen

"Endlosschleifen im Kopf"

Beitrag zum Thema Ohrwurm in SWR2 vom 10. Dezember 2017:

"Jeder kennt sie, kaum einer mag sie: Ohrwürmer. Schon länger beschäftigen sich Psychologen und Mediziner mit dem Phänomen. Inzwischen weiß man, wie sie in den Kopf hinein kommen und was man dagegen tun kann. Musikforscher aus Hannover versuchen nun auch zu erklären, was neuronal im Kopf vor sich geht, wenn eine Melodie in Schleife läuft. Leonie Seng fasst den aktuellen Stand der Forschung zusammen."

Hier zum Nachhören.

 

Freitag, 06.06.2014 15:57 - Alter: 4 Jahre

"Characteristics of Task-specific Tremor in String Instrument Players"

André Lee, Mareike Chadde, Eckart Altenmüller, Erwin Schoonderwaldt

Im Journal Tremor and Other Hyperkinetic Movement Disorders ist ein Artikel aus unserem Institut erschienen:

Abstract

Background: In recent studies primary bowing tremor has been described; however, tremor frequency has never been quantitatively assessed. In addition to describing phenomenological aspects of tremor we thus aimed at assessing tremor frequency. Our hypothesis was that primary bowing tremor is similar to the phenomenological aspects and frequency of primary writing tremor.

Methods: We quantified primary bowing tremor in four violinists under two conditions: open strings and a G major scale. Data were analyzed using empirical mode decomposition because it takes into account non‐stationarity and non‐linearity of signals. For each patient we further described tremor phenomenology and assessed symptom onset, risk factors, medication, and family history with a structured anamnesis. We compare the findings to previous findings for primary bowing tremor and primary writing tremor.

Results: We mainly found a flexion–extension tremor of the wrist with a frequency range of 4.7–6.7 Hz. There was no significant difference between the conditions. Mean onset age was 43±2.4 years. Medication included trihexyphenidyl, propranolol, primidone, and botulinum toxin. We found a positive family history in two patients and an injury prior to symptom onset in another two patients. Comparison of onset age, frequency range, family history, and injuries prior to onset revealed that our findings are very similar to previous findings on primary bowing tremor and primary writing tremor.

Discussion: Our findings confirmed our hypothesis that primary bowing tremor is similar to primary writing tremor, with regard to phenomenology and epidemiology as well as tremor frequency. There was no difference in tremor frequency between conditions, suggesting that tremor is not influenced by bimanual coordination or bowing speed. Our findings thus provide new phenomenological aspects and may contribute to a better understanding of primary bowing tremor.

 

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