Here you can put some text
1. Title
EMG stands for electromyography. EMG measures the electrical activity in muscles and is often performed after nerve conduction studies. Both procedures help to detect the presence, location, and extent of diseases that damage the nerves and muscles.
2. Title

The picture shows testing of strength of hand and finger muscles. EMG should be the next step, as an extension of the neurological examination. EMG is a very sensitive method and can detect changes in muscle fibers long before these changes are resulting in a reduction of muscle force. Thus, EMG functions as an “early warning system”.
EMG stands for electromyography. EMG measures the electrical activity in muscles and is often performed after nerve conduction studies. Both procedures help to detect the presence, location, and extent of diseases that damage the nerves and muscles.

The picture shows testing of strength of hand and finger muscles. EMG should be the next step, as an extension of the neurological examination. EMG is a very sensitive method and can detect changes in muscle fibers long before these changes are resulting in a reduction of muscle force. Thus, EMG functions as an “early warning system”.
3. Title

The picture shows testing of strength of hand and finger muscles. EMG should be the next step, as an extension of the neurological examination. EMG is a very sensitive method and can detect changes in muscle fibers long before these changes are resulting in a reduction of muscle force. Thus, EMG functions as an “early warning system”.
EMG stands for electromyography. EMG measures the electrical activity in muscles and is often performed after nerve conduction studies. Both procedures help to detect the presence, location, and extent of diseases that damage the nerves and muscles.
4. Title

The picture shows testing of strength of hand and finger muscles. EMG should be the next step, as an extension of the neurological examination. EMG is a very sensitive method and can detect changes in muscle fibers long before these changes are resulting in a reduction of muscle force. Thus, EMG functions as an “early warning system”.
EMG stands for electromyography. EMG measures the electrical activity in muscles and is often performed after nerve conduction studies. Both procedures help to detect the presence, location, and extent of diseases that damage the nerves and muscles.
5. Title

The picture shows testing of strength of hand and finger muscles. EMG should be the next step, as an extension of the neurological examination. EMG is a very sensitive method and can detect changes in muscle fibers long before these changes are resulting in a reduction of muscle force. Thus, EMG functions as an “early warning system”.
EMG stands for electromyography. EMG measures the electrical activity in muscles and is often performed after nerve conduction studies. Both procedures help to detect the presence, location, and extent of diseases that damage the nerves and muscles.
6. Title

The picture shows testing of strength of hand and finger muscles. EMG should be the next step, as an extension of the neurological examination. EMG is a very sensitive method and can detect changes in muscle fibers long before these changes are resulting in a reduction of muscle force. Thus, EMG functions as an “early warning system”.
EMG stands for electromyography. EMG measures the electrical activity in muscles and is often performed after nerve conduction studies. Both procedures help to detect the presence, location, and extent of diseases that damage the nerves and muscles.
7. Title

The picture shows testing of strength of hand and finger muscles. EMG should be the next step, as an extension of the neurological examination. EMG is a very sensitive method and can detect changes in muscle fibers long before these changes are resulting in a reduction of muscle force. Thus, EMG functions as an “early warning system”.
EMG stands for electromyography. EMG measures the electrical activity in muscles and is often performed after nerve conduction studies. Both procedures help to detect the presence, location, and extent of diseases that damage the nerves and muscles.
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