📘 ❞ The Use of Surface Electromyography in Biomechanics ❝ كتاب ــ Carlo I. De Luca
Biology Books - 📖 كتاب ❞ The Use of Surface Electromyography in Biomechanics ❝ ــ Carlo I. De Luca 📖
█ _ Carlo I De Luca 0 حصريا كتاب ❞ The Use of Surface Electromyography in Biomechanics ❝ 2024 Biomechanics: نبذه عن الكتاب: The Electromyography in Biomechanics Carlo Luca This lecture explores the various uses surface electromyography field of biomechanics Three groups applications are considered: those involving activation timing muscles, force EMG signal relationship, and use EMG signal as a fatigue index Technical considerations for recording with maximal fidelity reviewed, compendium all known factors that affect the information contained is presented Questions posed to guide the practitioner proper Sixteen recommendations made regarding detection, analysis, interpretation measured outstanding problems present greatest challenges advancement put forward consideration Finally, plea arriving at an international agreement on procedures commonly used biomechanics Electromyography seductive muse because it provides easy access physiological processes cause rnuscle generate force, produce movement, accomplish countless functions allow us interact with world around The current state enigmatic It many important and useful applications, but has limitations must be understood, considered, and eventually removed so discipline more scientifically based less reliant on the art To its detriment, too consequently too easy abuse The scope this paper not review past contributions of electromyography Many researchers have contributed chronicle 1 Instead discussion will focus complex interrelated underlying the relationship between electromyographic (EMG) produced by a muscle intricate issues raised identify intrinsic complexity hope raise awareness usefulness limitaCarlo J NeuroMuscular Research Center Biomedical Engineering Department Neurology Department, Boston University, 44 Cummington St , Boston, MA 02215 This was International Society Paris July 5, 1993, Wartenweiler Memorial Lecture 'The list contributors long inclusionof comprehensive bibliography would distract from simplicity clarity messages, which dominant features intended critical When necessary, referred only my work and scientific collaborators, knowing doing so, run risk self aggrandizement Instead, reader accept notion construct maintain neutrality among candidates who qualified inclusion Biology Books مجاناً PDF اونلاين Biologically Biology natural science concerned study life, forms function, how these organisms each other surrounding environment word biology Greek up two words: bio (βίος) meaning life And loggia ( λογία) means or Biology: similarity vegetation animal cover edges African American states, existence same fossil Branches biology Biology ancient thousands years old modern began nineteenth century This multiple branches Among them are: Anatomy Botany Biochemia Biogeography Biofisia Cytology cell science Ecology environmental science Development Embryology embryology Genetics genetics Histology histology Anthropology anthropology Microbiology bacteriology Molecular Biology Physiology organs Taxonemia taxonomy Virology virology Zoology zoology
كتاب
The Use of Surface Electromyography in Biomechanics
ــ Carlo I. De Luca
كتاب
The Use of Surface Electromyography in Biomechanics
ــ Carlo I. De Luca
نبذه عن الكتاب:
The Use of Surface Electromyography
in Biomechanics
Carlo I. De Luca
This lecture explores the various uses of surface electromyography in the field of
biomechanics. Three groups of applications are considered: those involving the activation timing of muscles, the force/EMG signal relationship, and the use of the EMG
signal as a fatigue index. Technical considerations for recording the EMG signal with
maximal fidelity are reviewed, and a compendium of all known factors that affect the
information contained in the EMG signal is presented. Questions are posed to guide
the practitioner in the proper use of surface electromyography. Sixteen recommendations are made regarding the proper detection, analysis, and interpretation of the EMG
signal and measured force. Sixteen outstanding problems that present the greatest challenges to the advancement of surface electromyography are put forward for consideration. Finally, a plea is made for arriving at an international agreement on procedures
commonly used in electromyography and biomechanics.
Electromyography is a seductive muse because it provides easy access to physiological processes that cause the rnuscle to generate force, produce movement, and accomplish the countless functions that allow us to interact with the world around us. The
current state of surface electromyography is enigmatic. It provides many important and
useful applications, but it has many limitations that must be understood, considered, and
eventually removed so that the discipline is more scientifically based and less reliant on
the art of use. To its detriment, electromyography is too easy to use and consequently too
easy to abuse.
The scope of this paper is not to review past contributions to the advancement of
electromyography in biomechanics. Many researchers have contributed to that chronicle. 1
Instead this discussion will focus on the complex and interrelated factors underlying the
relationship between the electromyographic (EMG) signal and the force produced by a
muscle. Many intricate issues will be raised to identify the intrinsic complexity of the
relationship. I hope that this discussion will raise awareness of the usefulness and limitaCarlo J. De Luca is with the NeuroMuscular Research Center and Biomedical Engineering
Department and Neurology Department, Boston University, 44 Cummington St., Boston, MA 02215.
This paper was presented to the International Society for Biomechanics in Paris on July 5,
1993, as the Wartenweiler Memorial Lecture.
'The list of contributors is long. The inclusionof a comprehensive bibliography would distract from the simplicity and clarity of the messages, which are the dominant features of the lecture.
This lecture is not intended to be a critical review. When necessary, I have referred only to my work
and to that of my scientific collaborators, knowing that by doing so, I run the risk of self-aggrandizement. Instead, I hope that the reader will accept the notion that this construct was intended to maintain neutrality among the many candidates who qualified for inclusion.
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