Fundamentals of Neuroscience Neuromusculoskeletal Therapy and Ethics and Law
- Fakultät
Fakultät Wirtschafts- und Sozialwissenschaften (WiSo)
- Version
Version 1 vom 20.06.2025.
- Modulkennung
22B1917
- Niveaustufe
Bachelor
- Unterrichtssprache
Englisch
- ECTS-Leistungspunkte und Benotung
5.0
- Häufigkeit des Angebots des Moduls
nur Sommersemester
- Dauer des Moduls
1 Semester
- Kurzbeschreibung
After a brief review of the neuroanatomy of the peripheral and central nervous systems, current mechanisms of sensorimotor feedback, plasticity, and memory of the nervous system will be explored in depth. Motor learning processes are discussed and practiced on this basis. Basic strategies for rehabilitation are presented and illustrated with clinical examples.
The "Ethics" subsection includes introduction to general ethics, professional ethics in physical therapy, and research ethics.
The subsection "Law" gives an overview of the legal framework of therapeutic activity and refers primarily to the legal requirements needed to obtain the so-called sectoral Heilpraktikererlaubnis physiotherapy. (The corresponding medical part is acquired in the module Differential Diagnosis).
- Lehr-Lerninhalte
Subsection "Fundamentals of Neuroscience Neuromusculoskeletal Therapy":
- Functional and learning processes of neuromotor systems
- Neuroanatomy of the peripheral and central nervous system
- The function of the brain in motor learning
- Sensory and motor processes and their influence on the brain
- Learning processes and control of neuromotor systems
- Optimal feedback control
- Neuromotor decisions, timing and strategies
- Basic models of neuromotor learning
- Neuromotor theories such as engram, schema, ecological, mental practice, attention and external focus
- Case studies as well as lumbar instability, ADHD, Parkinson's disease, orofascial dystonia/dysfunction, neurogenic speech motor disorders, stroke
Elective part: "Ethics and Law":
Ethics:
- General introduction to ethics (moral theories; deontology, utilitarianism, virtue ethics)
- Ethical basis of therapeutic action (professional ethics)
- Professional behavior (codes of ethics)
- Ethical aspects in science (research ethics)
- The importance of ethical votes for research
- Helsinki Declaration, WCPT
- The ethics committee at the Osnabrück University of Applied Sciences (ethical votes for theses)
Law:
- General requirements for professional autonomous action
- Legal demarcation of the medical activity as a physiotherapist compared to physicians and general practitioners of alternative medicine
- European legal basis of the activity as a physical therapist or sectoral non-medical practitioner in Germany and other EU member states.
- Legal framework conditions for the provision of health care services in Germany. In particular, social, private and administrative law rules in relation to the providers of statutory and private health insurance as well as the organization of service providers in the health care system.
- Law in the treatment process
- Legal regulations, knowledge of which is necessary in the interest of patient protection during independent professional practice, in particular criminal, civil and public law regulations and the Patients' Rights Act.
- Regulatory legal provisions, knowledge of which is necessary in the interest of patient protection during independent professional practice: Infection Protection Act, Medicines and Narcotics Act, X-Ray Ordinance, Dentistry Act, Midwifery Act, Act on the Accommodation of Mentally Ill Persons and their Care, and Medical Hygiene Ordinance.
- Special requirements for working as a sectoral alternative practitioner in Germany
- Knowledge and background knowledge about the granting of permission to practice Heilkunde, limited to the field of physiotherapy
- Heilpraktiker law and implementing regulation
- Employment law in physiotherapy
- Gesamtarbeitsaufwand
Der Arbeitsaufwand für das Modul umfasst insgesamt 150 Stunden (siehe auch "ECTS-Leistungspunkte und Benotung").
- Lehr- und Lernformen
Dozentengebundenes Lernen Std. Workload Lehrtyp Mediale Umsetzung Konkretisierung 60 Seminar Präsenz oder Online - Dozentenungebundenes Lernen Std. Workload Lehrtyp Mediale Umsetzung Konkretisierung 90 Veranstaltungsvor- und -nachbereitung -
- Benotete Prüfungsleistung
- Portfolio-Prüfungsleistung oder
- Portfolio-Prüfungsleistung oder
- Portfolio-Prüfungsleistung
- Bemerkung zur Prüfungsart
The selection of graded and ungraded examination types from the given options is the responsibility of the respective teacher. In doing so, he/she will adhere to the respective valid study regulations.
PFP-1: The portfolio exam PFP-1 is worth 100 points and consists a two-hour written examination (K2) and one report (R). The K2 is weighted by 75 points and the R is weighted by 25 points in the calculation of the final grade.
PFP-2: The PFP-2 portfolio exam is worth 100 points and consists of a one-hour written exam (K1) and a one-hour answer choice procedure (AWV). The K2 is weighted by 75 points and the AWV is weighted by 25 points in the calculation of the final grade.
PFP-3: The PFP-3 covers 100 points and consists of a written paper (HA), an one-hour written exam (K1) and one report (R). The HA is weighted by 60 points. The K1 and the R are weighted by 20 points each.
- Prüfungsdauer und Prüfungsumfang
For the types of examinations permitted in the module, the following information on the scope or duration applies in each case.
- Answer-choice procedure: see the respective valid study regulations.
- Written examination: see the respective valid study regulations.
- Written paper: approx. 10-15 pages
- Report: approx. 20-40 minutes with written report of approx. 5 pages
The requirements are specified in the respective course.
- Empfohlene Vorkenntnisse
none
- Wissensverbreiterung
Students who have successfully studied this module,
- have basic knowledge of the anatomy and physiology of the peripheral and central nervous system
- know the basic sensory-motor functional circuits and resulting consequences for motor control in physical pathologies and dysfunctions.
- know different moral theories and can distinguish between them
- understand approaches to resolving personal, institutional, and ethical conflicts
- have developed an understanding of personal and professional skills and competencies, which relate to their own professional responsibilities as a physical therapist
- possess basic counseling skills based on ethical guidelines; and demonstrate personal behavior appropriate to the profession
- demonstrate knowledge of physical therapy/medical codes of ethics and core values and attitudes of the profession
- know the legal framework that governs their practice as physical therapists in institutions and as and as freelance therapists, in particular in the context of the provision of therapeutic services as a so-called sectoral alternative practitioner and are able to apply the relevant legal apply the relevant legal regulations appropriately and properly.
- Wissensvertiefung
Students who have successfully studied this module will...
- have detailed knowledge of the influences and contextual factors on motor functions and their underlying neurophysiological mechanisms
- have knowledge of models and theories
- know, understand and describe different principles and concepts of neuromotor learning in physiotherapeutic rehabilitation
- know basic models of neuromotor learning
- know neuromotor theories such as engram, schema, ecological, mental practice, attention and external focus
- can discuss case studies such as neuromusculoskeletal dysfunction and neurological disorders
- Wissensverständnis
Students who have successfully studied this module will...
- integrate their knowledge of basic neuromotor rehabilitation principles and influencing factors in current therapy situations.
- take into account the current evidence base, individual ideas and prerequisites of the patient as well as their own experiences.
- initiate their own projects in therapeutic practice in order to arrive at new findings in motor rehabilitation.
- integrate their knowledge of neuromotor assessments/measuring instruments systematically during (retrospective) assessment or prospectively on a specific patient case or as a basis for a research project. They integrate current findings from studies with imaging techniques or neuromodulation into evidence-based work.
- integrate their knowledge of pain and the influence on motor learning processes into their therapy situations. They recognize classic clinical patterns of the influence of pain on motor control and know the current evidence on rehabilitation strategies.
- are able to explain neurophysiological processes of individual pain experience and altered motor function in a way that is understandable to the patient.
- can work in compliance with professional standards of physiotherapy on the ground of ethical guidelines
- can take personal responsibility for their own professional activities
- can work with diverse cultural and ethnic groups from an ethical stance
- can articulate the importance of research and continuing education for their own physical therapy practice
- be able to work as a sectoral non-medical practitioner in Germany, based on the necessary legal requirements
- Nutzung und Transfer
Students who have successfully studied this module....
- have both manual and cognitive skills to apply the principles of neuromotor learning processes in rehabilitation in daily practice on individual patients in situations familiar to them as well as new ones.
- possess manual skills to independently perform the principles of assessments/measuring instruments in daily practice at a simple level on the subject or patient.
- have manual as well as cognitive skills to apply pain and motor learning processes and rehabilitation in daily practice on individual patients in familiar as well as new situations.
- Wissenschaftliche Innovation
This module gives the students the opportunity to apply the acquired knowledge to patient groups and thus a platform for scientific questions.
- Kommunikation und Kooperation
The students who have successfully studied this module...
- have communicative skills to convey the principles of neuromotor learning processes in rehabilitation to their patients in daily practice on a simple level as well as to professional representatives on a scientific level in an understandable way.
- can implement this in relation to reorganization mechanisms after acute brain injury and their conclusions for physiotherapeutic treatment.
- have communicative skills to explain the mechanisms of pain as well as their consequences for motor learning processes and rehabilitation in daily practice to both their patients and professional colleagues.
- accept the importance of ethics committees and know their basic structure
- are able to formulate an application for an ethical screening for the future upcoming scientific practice project (WPP), or the BSc thesis
- are able to classify the legal issues arising in the context of their activity, enforce their claims if necessary and respond to claims asserted against them in a legally appropriate manner
- Literatur
- Bear, M.F., Connors, B.W. and Paradiso, M.A., (2018). Neurowissenschaften: Ein grundlegendes Lehrbuch für Biologie, Medizin und Psychologie. Springer-Verlag.
- Laube W (Hrsg.) (2009): Sensomotorisches System - Physiologisches Detailwissen für Physiotherapeuten. Thieme-Verlag.
- Birkelbauer J (2006): Modelle der Motorik. Meyer und Meyer Verlag, Aachen. Frommelt P, Grötzbach H (Hrsg.) (1999): Neurorehabilitation. Blackwell, Oxford.
- Butler D, Moseley L (2018): Schmerz Verstehen. Springer-Verlag.
- Johns, P.(2014). Clinical neuroscience. Elsevier Health Sciences.
- Froböse I, Nellessen-Martens G, Wilke C (2009): Training in der Therapie. Grundlagen und Praxis. 3. Auflage. Elsevier, Urban & Fischer-Verlag.
- Hollmann W, Strüder HK (2009): Sportmedizin: Grundlagen für körperliche Aktivität, Training und Präventivmedizin, 5. Auflage. Schattauer-Verlag.
- Henningsen H, Ende-Henningsen B (1999): Neurobiologische Grundlagen der Plastizität des Nervensystems. In: Frommelt P, Grötzbach H (Hrsg.): NeuroRehabilitation. Blackwell, Berlin, 29-40.
- Laube W (Hrsg.) (2009): Sensomotorisches System - Physiologisches Detailwissen für Physiotherapeuten. Thieme-Verlag.
- Saur D (2010): Bildgebung der Aphasien. Nervenarzt 81: 1429-1437. Davis P, Rehabilitation. The Use of Theories and Models in Practice, 2006 Elsevier, 2006. Lundy-Ekman L, Neuroscience: Fundamentals for Rehabilitation,4th Edition, Elsevier 2012.
- Gabard DL, Martin MW (2011) Physical Therapy Ethics, 2nd Ed. EA Davies, Philadelphia
- Zusammenhang mit anderen Modulen
Basic neuroscience knowledge is applied in clinical physical therapy and research modules. These modules include, for example:
- Exercise and Training Control and Assessments
- Pain, Brain Function and Motor Control
- Advanced Research Methods in Physiotherapy Science
- Advanced Clinical Reasoning
Furthermore, the module teaches basic legal and ethical principles according to which concepts of action in other modules can be aligned. Students are also given the opportunity to examine the content of other modules in terms of their ethical and legal dimension.
- Verwendbarkeit nach Studiengängen
- Physiotherapy
- Physiotherapy B.Sc. (01.03.2025)
- Modulpromotor*in
- Piekartz, Herman Josef Maria
- Lehrende
- Person unbekannt
- Person unbekannt
- Piekartz, Daniela
- Möller, Dirk
- Kuhnke, Ulrich
- Schmidt, Karl-Michael
- Piekartz, Herman Josef Maria