Yazar "Baslo, M. Barış" için listeleme
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An algorithm for automatic detection of repeater F-waves and MUNE studies
Artuğ, Necdet Tuğrul; Şirin, N. Görkem; Akarsu, Emel Oğuz; Baslo, M. Barış; Oge, A. Emre (Elsevier, 2019-05)The present study aims to develop an algorithm and software that automatically detects repeater F-waves which are very difficult to analyze when elicited as high number of recordings in motor unit number estimation studies. ... -
Development of a Method to Analyze Compound Action Potential (CMAP) Scan Used in the Diagnosis and Monitoring of Neuromuscular Diseases
İmran, Göker; Baslo, M. Barış; Şirin, N. Görkem; Oge, A. Emre (IEEE, 2018)Motor Unit Number Estimate (MUNE) is a quantitative method which has been developed to determine the axon number as close as possible to the real axon number. It is used to assess and to monitor neuromuscular diseases such ... -
The effect of recording site on extracted features of motor unit action potential
Artuğ, N. Tuğrul; Göker, İmran; Bolat, Bülent; Osman, Onur; Kocasoy Orhan, Elif; Baslo, M. Barış (Elsevier, 2016)Motor unit action potential (MUAP), which consists of individual muscle fiber action potentials (MFAPs), represents the electrical activity of the motor unit. The values of the MUAP features are changed by denervation and ... -
Investigation of the Effect of Fiber Diameter Variability via Recording from Tendon via of Single Fiber Electromyography
Göker, İmran; Artuğ, N. Tuğrul; Baslo, M. Barış (IEEE, 2015)In this preliminary study, two muscle fibers which one of them had a constant fiber diameter and the other had a variable fiber diameter were created by using an EMG simulator. Single Muscle Fiber Action Potentials (SMFAPs) ... -
New features for scanned bioelectrical activity of motor unit in health and disease
Artuğ, Necdet Tuğrul; Göker, İmran; Bolat, Bülent; Osman, Onur; Orhan, Elif Kocasoy; Baslo, M. Barış (Elsevier, 2018-03)The present study aims to find new features that support the differential diagnosis of neuromuscular diseases. Scanning EMG is an experimental method developed for understanding the motor unit organization and for observing ...
