Institut für Angewandte Bewegungswissenschaften
Alle Publikationen

Alle Publikationen am Institut für Angewandte Bewegungswissenschaften

Portrait: Dr. Claudio Zippenfennig
Dr. Claudio Zippenfennig
Professur Bewegungswissenschaft
TitelAutor(en)Jahr
Potential predictive effect of mechanical properties of the plantar skin and superficial soft tissue, and vibration perception on plantar loading during gait in individuals with diabetesMonteiro, Renan L. et al.2023
Does plantar skin abrasion affect cutaneous mechanosensation?Wynands, Bert* et al.2022
The Effect of Subliminal Electrical Noise Stimulation on Plantar Vibration Sensitivity in Persons with Diabetes MellitusDrechsel, Tina J.* et al.2022
The Potential of Electrical Stimulation and Smart Textiles for Patients with Diabetes MellitusEngler, Babette et al.2022
Der Fuß als sensorisches Organ - Einflussgrößen der Sensorik, deren Wirkmechanismen und daraus abgeleitete bewegungstherapeutische MaßnahmenZippenfennig, Claudio2022
Can electrical noise stimulation improve the perception of vibration stimuli in patients with diabetes mellitus?Zippenfennig, Claudio* et al.2021
Differences in mechanical skin properties as a compensatory mechanism of sensory impairment in Diabetes patients?Drechsel, Tina J.* et al.2021
Vibration Perception Thresholds of Skin Mechanoreceptors Are Influenced by Different Contact ForcesZippenfennig, Claudio* et al.2021
Low and High Frequency Vibration Perception Thresholds Can Improve the Diagnosis of Diabetic NeuropathyDrechsel, Tina J.* et al.2021
The Mechanoreceptor's Role in Plantar Skin Changes in Individuals with Diabetes MellitusZippenfennig, Claudio* et al.2021
The Combination of Low-Frequency and High-Frequency Vibration Perception Thresholds Could Contribute to a More Sensitive Diagnosis of Diabetic PolyneuropathyDrechsel, Tina J.* et al.2019
Accuracy of Vibration Perception Threshold Measurements for Diagnosing Diabetic Polyneuropathy: a Diagnostic Test Accuracy StudyMonteiro, Renan L. et al.2019
Foot callus thickness does not trade off protection for tactile sensitivity during walkingHolowka, Nicholas B. et al.2019
Subliminal electrical and mechanical stimulation does not improve foot sensitivity in healthy elderly subjectsZippenfennig, Claudio* et al.2018
EFFECTS OF ELECTRICAL AND MECHANICAL STIMULATION ON FOOT SENSITIVITY IN HEALTHY ELDERLY SUBJECTSZippenfennig, Claudio* et al.2017
Correlation between plantar vibration sensitivity and cop-parameters during dynamic balanceWynands, Bert et al.2017
Age-related differences in postural control: Effects of different visual manipulations on dynamic balance responsesGermano, Andresa et al.2017
EFFECTS OF ELECTRICAL STIMULATION ON DYNAMIC BALANCEZippenfennig, Claudio* et al.2017

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