EMG basics for Technology

EMG basics & Muscle biology

Ratings 3.01 / 5.00
EMG basics for Technology

What You Will Learn!

  • Students will understand various types of muscle tissue ,their functions, differences and the structure
  • Students will learn the basic structure of neuron types of nerves and their functions.
  • Students will learn basic blocks in EMG machine with its explanation.
  • They will understand types of electrodes and applications of it.

Description

This course comprises of 6 chapters.

In first chapter introduction about EMG ,history of it and development stages of EMG machine is described.

In second chapter basic types of muscles, property of skeletal muscle, role of skeletal  muscle and importance of it, structure of the skeletal muscle is explained with relevant diagrams. In Sliding filament theory  various steps involve in muscle contraction and how chemical events   causes initiation of muscle contraction  of skeletal muscle is described. It is a part of muscle contraction dynamics.

In further chapter types of nerves, details about nervous system and structure of neuron is explained in detail. forth chapter includes description about how the signal transmitted from brain to synapse? and details of synapse along with chemicals which are released for muscle contraction which is part of muscle activation dynamics.

In next chapter general block diagram of EMG is described with different blocks. In this chapter gross idea about signal amplification filtering and displaying on oscilloscope is given. After explaining diagram the types electrodes used for   measurement of signal are explained in detail. In next chapter types of measurement which are carried out i.e EMG and NCV measurement are discussed. Further chapter explains use of EMG in various segments and some diseases with symptoms which can be handled by use of EMG are   explained in detail.

Who Should Attend!

  • Biomedical science learners, Medical equipment technicians, Medical devices designer.

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Tags

  • Biomechanics

Subscribers

40

Lectures

6

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