Event related potentials - Revision history

Sriegsecker at 06:45, 28 April 2008

Sriegsecker — Mon, 28 Apr 2008 06:45:26 GMT

←Older revision		Revision as of 06:45, 28 April 2008
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	Electroenphalography (EEG) is a medical imaging technique used to measure brain functioning. EEG analyzes electrical activity in the scalp induced by structures of the brain. The ERP technique is a very useful application of EEG that is used to study how the brain’s organization of cognitive processes. ERP is an electrical signal averaging method which uses EEG scalp potentials specific to a certain time period specific to repeated external events. In other words, ERP involves taking the average amount of electrical signals from the scalp that occurred within a time period when an external stimulus was presented. The electrical signals are produced by the nervous system in response to a stimulus. Some controversy remains about the accuracy of ERP due to the difficulty to distinguish whether the electrical signals were a result of the external stimulus presented by the researcher or from another stimuli. However, background stimuli also known as ‘noise’ can be averaged out leaving an accurate estimate of ERP signals that are only associated with the processing of the presented stimulus. ERP is able to monitor how quickly nerve signals reach the brain as a response to a stimulus which aides in the learning of how different types of information is processed.		Electroenphalography (EEG) is a medical imaging technique used to measure brain functioning. EEG analyzes electrical activity in the scalp induced by structures of the brain. The ERP technique is a very useful application of EEG that is used to study how the brain’s organization of cognitive processes. ERP is an electrical signal averaging method which uses EEG scalp potentials specific to a certain time period specific to repeated external events. In other words, ERP involves taking the average amount of electrical signals from the scalp that occurred within a time period when an external stimulus was presented. The electrical signals are produced by the nervous system in response to a stimulus. Some controversy remains about the accuracy of ERP due to the difficulty to distinguish whether the electrical signals were a result of the external stimulus presented by the researcher or from another stimuli. However, background stimuli also known as ‘noise’ can be averaged out leaving an accurate estimate of ERP signals that are only associated with the processing of the presented stimulus. ERP is able to monitor how quickly nerve signals reach the brain as a response to a stimulus which aides in the learning of how different types of information is processed.

-	[[Erp2wiki.jpg]]	+	[[Image:Erp2wiki.jpg]]

	==Clinical Evoked Potentials==		==Clinical Evoked Potentials==
	Auditory, visual, and other sensory stimuli are used in clinical evoked potential studies. Visual evoked potential (VEP) involves the stimulation of vision. For example, a patient may sit in front of a screen while alternating patterns are shown. Auditory evoked potential (AEP) involves the presentation of sound. For example, a patient may listen to a series of clicks in their ear. Sensory evoked potential is when short electrical impulses are administered on an arm or leg.		Auditory, visual, and other sensory stimuli are used in clinical evoked potential studies. Visual evoked potential (VEP) involves the stimulation of vision. For example, a patient may sit in front of a screen while alternating patterns are shown. Auditory evoked potential (AEP) involves the presentation of sound. For example, a patient may listen to a series of clicks in their ear. Sensory evoked potential is when short electrical impulses are administered on an arm or leg.
	ERPs provide documentation of brain activity down to milliseconds providing a specific measurement of amount of time involved in neural activation during different tasks. .		ERPs provide documentation of brain activity down to milliseconds providing a specific measurement of amount of time involved in neural activation during different tasks. .

Ceisenbrandt: /* EEG */

Ceisenbrandt — Mon, 28 Apr 2008 04:38:47 GMT

EEG

←Older revision		Revision as of 04:38, 28 April 2008
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	Event related potentials (ERP) also known as ‘evoked’ potentials (EP); is a Neuroscientific technique enabling the observation of human brain activity and its role in cognitive processing.		Event related potentials (ERP) also known as ‘evoked’ potentials (EP); is a Neuroscientific technique enabling the observation of human brain activity and its role in cognitive processing.
	==EEG==		==EEG==
-	Electroenphalography (EEG) is a medical imaging technique used to measure brain functioning. EEG analyzes electrical activity in the scalp induced by structures of the brain. The ERP technique is a very useful application of EEG that is used to study how the brain’s organization of cognitive processes. ERP is an electrical signal averaging method which uses EEG scalp potentials specific to a certain time period specific to repeated external events. In other words, ERP involves taking the average amount of electrical signals from the scalp that occurred within a time period when an external stimulus was presented. The electrical signals are produced by the nervous system in response to a stimulus. Some controversy remains about the accuracy of ERP due to the difficulty to distinguish whether the electrical signals were a result of the external stimulus presented by the researcher or from another stimuli. However, background stimuli also known as ‘noise’ can be averaged out leaving an accurate estimate of ERP signals that are only associated with the processing of the presented stimulus. ERP is able to monitor how quickly nerve signals reach the brain as a response to a stimulus which aides in the learning of how different types of information is processed.	+	Electroenphalography (EEG) is a medical imaging technique used to measure brain functioning. EEG analyzes electrical activity in the scalp induced by structures of the brain. The ERP technique is a very useful application of EEG that is used to study how the brain’s organization of cognitive processes. ERP is an electrical signal averaging method which uses EEG scalp potentials specific to a certain time period specific to repeated external events. In other words, ERP involves taking the average amount of electrical signals from the scalp that occurred within a time period when an external stimulus was presented. The electrical signals are produced by the nervous system in response to a stimulus. Some controversy remains about the accuracy of ERP due to the difficulty to distinguish whether the electrical signals were a result of the external stimulus presented by the researcher or from another stimuli. However, background stimuli also known as ‘noise’ can be averaged out leaving an accurate estimate of ERP signals that are only associated with the processing of the presented stimulus. ERP is able to monitor how quickly nerve signals reach the brain as a response to a stimulus which aides in the learning of how different types of information is processed.
		+
		+	[[Erp2wiki.jpg]]
		+
	==Clinical Evoked Potentials==		==Clinical Evoked Potentials==
	Auditory, visual, and other sensory stimuli are used in clinical evoked potential studies. Visual evoked potential (VEP) involves the stimulation of vision. For example, a patient may sit in front of a screen while alternating patterns are shown. Auditory evoked potential (AEP) involves the presentation of sound. For example, a patient may listen to a series of clicks in their ear. Sensory evoked potential is when short electrical impulses are administered on an arm or leg.		Auditory, visual, and other sensory stimuli are used in clinical evoked potential studies. Visual evoked potential (VEP) involves the stimulation of vision. For example, a patient may sit in front of a screen while alternating patterns are shown. Auditory evoked potential (AEP) involves the presentation of sound. For example, a patient may listen to a series of clicks in their ear. Sensory evoked potential is when short electrical impulses are administered on an arm or leg.
	ERPs provide documentation of brain activity down to milliseconds providing a specific measurement of amount of time involved in neural activation during different tasks. .		ERPs provide documentation of brain activity down to milliseconds providing a specific measurement of amount of time involved in neural activation during different tasks. .

Ceisenbrandt: ERP is an effective method for researching the time aspects of cognition

Ceisenbrandt — Mon, 28 Apr 2008 03:01:28 GMT

ERP is an effective method for researching the time aspects of cognition

←Older revision		Revision as of 03:01, 28 April 2008
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	==Clinical Evoked Potentials==		==Clinical Evoked Potentials==
	Auditory, visual, and other sensory stimuli are used in clinical evoked potential studies. Visual evoked potential (VEP) involves the stimulation of vision. For example, a patient may sit in front of a screen while alternating patterns are shown. Auditory evoked potential (AEP) involves the presentation of sound. For example, a patient may listen to a series of clicks in their ear. Sensory evoked potential is when short electrical impulses are administered on an arm or leg.		Auditory, visual, and other sensory stimuli are used in clinical evoked potential studies. Visual evoked potential (VEP) involves the stimulation of vision. For example, a patient may sit in front of a screen while alternating patterns are shown. Auditory evoked potential (AEP) involves the presentation of sound. For example, a patient may listen to a series of clicks in their ear. Sensory evoked potential is when short electrical impulses are administered on an arm or leg.
-	ERPs provide documentation of brain activity down to milliseconds providing a specific measurement of amount of time involved in neural activation during different tasks. ~~Therefore, ERP is an effective method for researching the time aspects of cognition~~.	+	ERPs provide documentation of brain activity down to milliseconds providing a specific measurement of amount of time involved in neural activation during different tasks. .

Ceisenbrandt at 02:57, 28 April 2008

Ceisenbrandt — Mon, 28 Apr 2008 02:57:36 GMT

←Older revision		Revision as of 02:57, 28 April 2008
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	=='''Event Related Potentials'''==		=='''Event Related Potentials'''==
	Event related potentials (ERP) also known as ‘evoked’ potentials (EP); is a Neuroscientific technique enabling the observation of human brain activity and its role in cognitive processing.		Event related potentials (ERP) also known as ‘evoked’ potentials (EP); is a Neuroscientific technique enabling the observation of human brain activity and its role in cognitive processing.
-	==EEG== ~~[[Users/callieeisenbrandt/Desktop/Brain_Waves.jpg]]~~	+	==EEG==
	Electroenphalography (EEG) is a medical imaging technique used to measure brain functioning. EEG analyzes electrical activity in the scalp induced by structures of the brain. The ERP technique is a very useful application of EEG that is used to study how the brain’s organization of cognitive processes. ERP is an electrical signal averaging method which uses EEG scalp potentials specific to a certain time period specific to repeated external events. In other words, ERP involves taking the average amount of electrical signals from the scalp that occurred within a time period when an external stimulus was presented. The electrical signals are produced by the nervous system in response to a stimulus. Some controversy remains about the accuracy of ERP due to the difficulty to distinguish whether the electrical signals were a result of the external stimulus presented by the researcher or from another stimuli. However, background stimuli also known as ‘noise’ can be averaged out leaving an accurate estimate of ERP signals that are only associated with the processing of the presented stimulus. ERP is able to monitor how quickly nerve signals reach the brain as a response to a stimulus which aides in the learning of how different types of information is processed.		Electroenphalography (EEG) is a medical imaging technique used to measure brain functioning. EEG analyzes electrical activity in the scalp induced by structures of the brain. The ERP technique is a very useful application of EEG that is used to study how the brain’s organization of cognitive processes. ERP is an electrical signal averaging method which uses EEG scalp potentials specific to a certain time period specific to repeated external events. In other words, ERP involves taking the average amount of electrical signals from the scalp that occurred within a time period when an external stimulus was presented. The electrical signals are produced by the nervous system in response to a stimulus. Some controversy remains about the accuracy of ERP due to the difficulty to distinguish whether the electrical signals were a result of the external stimulus presented by the researcher or from another stimuli. However, background stimuli also known as ‘noise’ can be averaged out leaving an accurate estimate of ERP signals that are only associated with the processing of the presented stimulus. ERP is able to monitor how quickly nerve signals reach the brain as a response to a stimulus which aides in the learning of how different types of information is processed.
	==Clinical Evoked Potentials==		==Clinical Evoked Potentials==
	Auditory, visual, and other sensory stimuli are used in clinical evoked potential studies. Visual evoked potential (VEP) involves the stimulation of vision. For example, a patient may sit in front of a screen while alternating patterns are shown. Auditory evoked potential (AEP) involves the presentation of sound. For example, a patient may listen to a series of clicks in their ear. Sensory evoked potential is when short electrical impulses are administered on an arm or leg.		Auditory, visual, and other sensory stimuli are used in clinical evoked potential studies. Visual evoked potential (VEP) involves the stimulation of vision. For example, a patient may sit in front of a screen while alternating patterns are shown. Auditory evoked potential (AEP) involves the presentation of sound. For example, a patient may listen to a series of clicks in their ear. Sensory evoked potential is when short electrical impulses are administered on an arm or leg.
	ERPs provide documentation of brain activity down to milliseconds providing a specific measurement of amount of time involved in neural activation during different tasks. Therefore, ERP is an effective method for researching the time aspects of cognition.		ERPs provide documentation of brain activity down to milliseconds providing a specific measurement of amount of time involved in neural activation during different tasks. Therefore, ERP is an effective method for researching the time aspects of cognition.

Ceisenbrandt at 02:57, 28 April 2008

Ceisenbrandt — Mon, 28 Apr 2008 02:57:18 GMT

←Older revision		Revision as of 02:57, 28 April 2008
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	=='''Event Related Potentials'''==		=='''Event Related Potentials'''==
	Event related potentials (ERP) also known as ‘evoked’ potentials (EP); is a Neuroscientific technique enabling the observation of human brain activity and its role in cognitive processing.		Event related potentials (ERP) also known as ‘evoked’ potentials (EP); is a Neuroscientific technique enabling the observation of human brain activity and its role in cognitive processing.
-	==EEG== [[~~Image:erpwiki~~.jpg]]	+	==EEG== [[Users/callieeisenbrandt/Desktop/Brain_Waves.jpg]]
	Electroenphalography (EEG) is a medical imaging technique used to measure brain functioning. EEG analyzes electrical activity in the scalp induced by structures of the brain. The ERP technique is a very useful application of EEG that is used to study how the brain’s organization of cognitive processes. ERP is an electrical signal averaging method which uses EEG scalp potentials specific to a certain time period specific to repeated external events. In other words, ERP involves taking the average amount of electrical signals from the scalp that occurred within a time period when an external stimulus was presented. The electrical signals are produced by the nervous system in response to a stimulus. Some controversy remains about the accuracy of ERP due to the difficulty to distinguish whether the electrical signals were a result of the external stimulus presented by the researcher or from another stimuli. However, background stimuli also known as ‘noise’ can be averaged out leaving an accurate estimate of ERP signals that are only associated with the processing of the presented stimulus. ERP is able to monitor how quickly nerve signals reach the brain as a response to a stimulus which aides in the learning of how different types of information is processed.		Electroenphalography (EEG) is a medical imaging technique used to measure brain functioning. EEG analyzes electrical activity in the scalp induced by structures of the brain. The ERP technique is a very useful application of EEG that is used to study how the brain’s organization of cognitive processes. ERP is an electrical signal averaging method which uses EEG scalp potentials specific to a certain time period specific to repeated external events. In other words, ERP involves taking the average amount of electrical signals from the scalp that occurred within a time period when an external stimulus was presented. The electrical signals are produced by the nervous system in response to a stimulus. Some controversy remains about the accuracy of ERP due to the difficulty to distinguish whether the electrical signals were a result of the external stimulus presented by the researcher or from another stimuli. However, background stimuli also known as ‘noise’ can be averaged out leaving an accurate estimate of ERP signals that are only associated with the processing of the presented stimulus. ERP is able to monitor how quickly nerve signals reach the brain as a response to a stimulus which aides in the learning of how different types of information is processed.
	==Clinical Evoked Potentials==		==Clinical Evoked Potentials==
	Auditory, visual, and other sensory stimuli are used in clinical evoked potential studies. Visual evoked potential (VEP) involves the stimulation of vision. For example, a patient may sit in front of a screen while alternating patterns are shown. Auditory evoked potential (AEP) involves the presentation of sound. For example, a patient may listen to a series of clicks in their ear. Sensory evoked potential is when short electrical impulses are administered on an arm or leg.		Auditory, visual, and other sensory stimuli are used in clinical evoked potential studies. Visual evoked potential (VEP) involves the stimulation of vision. For example, a patient may sit in front of a screen while alternating patterns are shown. Auditory evoked potential (AEP) involves the presentation of sound. For example, a patient may listen to a series of clicks in their ear. Sensory evoked potential is when short electrical impulses are administered on an arm or leg.
	ERPs provide documentation of brain activity down to milliseconds providing a specific measurement of amount of time involved in neural activation during different tasks. Therefore, ERP is an effective method for researching the time aspects of cognition.		ERPs provide documentation of brain activity down to milliseconds providing a specific measurement of amount of time involved in neural activation during different tasks. Therefore, ERP is an effective method for researching the time aspects of cognition.

Ceisenbrandt at 02:55, 28 April 2008

Ceisenbrandt — Mon, 28 Apr 2008 02:55:45 GMT

←Older revision		Revision as of 02:55, 28 April 2008
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	[[Category:Neuropsychological methods]]		[[Category:Neuropsychological methods]]
-	=='''Event Related Potentials'''==	+	=='''Event Related Potentials'''==
	Event related potentials (ERP) also known as ‘evoked’ potentials (EP); is a Neuroscientific technique enabling the observation of human brain activity and its role in cognitive processing.		Event related potentials (ERP) also known as ‘evoked’ potentials (EP); is a Neuroscientific technique enabling the observation of human brain activity and its role in cognitive processing.
-	==EEG==	+	==EEG== [[Image:erpwiki.jpg]]
	Electroenphalography (EEG) is a medical imaging technique used to measure brain functioning. EEG analyzes electrical activity in the scalp induced by structures of the brain. The ERP technique is a very useful application of EEG that is used to study how the brain’s organization of cognitive processes. ERP is an electrical signal averaging method which uses EEG scalp potentials specific to a certain time period specific to repeated external events. In other words, ERP involves taking the average amount of electrical signals from the scalp that occurred within a time period when an external stimulus was presented. The electrical signals are produced by the nervous system in response to a stimulus. Some controversy remains about the accuracy of ERP due to the difficulty to distinguish whether the electrical signals were a result of the external stimulus presented by the researcher or from another stimuli. However, background stimuli also known as ‘noise’ can be averaged out leaving an accurate estimate of ERP signals that are only associated with the processing of the presented stimulus. ERP is able to monitor how quickly nerve signals reach the brain as a response to a stimulus which aides in the learning of how different types of information is processed.		Electroenphalography (EEG) is a medical imaging technique used to measure brain functioning. EEG analyzes electrical activity in the scalp induced by structures of the brain. The ERP technique is a very useful application of EEG that is used to study how the brain’s organization of cognitive processes. ERP is an electrical signal averaging method which uses EEG scalp potentials specific to a certain time period specific to repeated external events. In other words, ERP involves taking the average amount of electrical signals from the scalp that occurred within a time period when an external stimulus was presented. The electrical signals are produced by the nervous system in response to a stimulus. Some controversy remains about the accuracy of ERP due to the difficulty to distinguish whether the electrical signals were a result of the external stimulus presented by the researcher or from another stimuli. However, background stimuli also known as ‘noise’ can be averaged out leaving an accurate estimate of ERP signals that are only associated with the processing of the presented stimulus. ERP is able to monitor how quickly nerve signals reach the brain as a response to a stimulus which aides in the learning of how different types of information is processed.
	==Clinical Evoked Potentials==		==Clinical Evoked Potentials==
	Auditory, visual, and other sensory stimuli are used in clinical evoked potential studies. Visual evoked potential (VEP) involves the stimulation of vision. For example, a patient may sit in front of a screen while alternating patterns are shown. Auditory evoked potential (AEP) involves the presentation of sound. For example, a patient may listen to a series of clicks in their ear. Sensory evoked potential is when short electrical impulses are administered on an arm or leg.		Auditory, visual, and other sensory stimuli are used in clinical evoked potential studies. Visual evoked potential (VEP) involves the stimulation of vision. For example, a patient may sit in front of a screen while alternating patterns are shown. Auditory evoked potential (AEP) involves the presentation of sound. For example, a patient may listen to a series of clicks in their ear. Sensory evoked potential is when short electrical impulses are administered on an arm or leg.
	ERPs provide documentation of brain activity down to milliseconds providing a specific measurement of amount of time involved in neural activation during different tasks. Therefore, ERP is an effective method for researching the time aspects of cognition.		ERPs provide documentation of brain activity down to milliseconds providing a specific measurement of amount of time involved in neural activation during different tasks. Therefore, ERP is an effective method for researching the time aspects of cognition.

Ceisenbrandt at 02:52, 28 April 2008

Ceisenbrandt — Mon, 28 Apr 2008 02:52:58 GMT

←Older revision		Revision as of 02:52, 28 April 2008
Line 1:		Line 1:
	[[Category:Neuropsychological methods]]		[[Category:Neuropsychological methods]]
		+	=='''Event Related Potentials'''==
		+	Event related potentials (ERP) also known as ‘evoked’ potentials (EP); is a Neuroscientific technique enabling the observation of human brain activity and its role in cognitive processing.
		+	==EEG==
		+	Electroenphalography (EEG) is a medical imaging technique used to measure brain functioning. EEG analyzes electrical activity in the scalp induced by structures of the brain. The ERP technique is a very useful application of EEG that is used to study how the brain’s organization of cognitive processes. ERP is an electrical signal averaging method which uses EEG scalp potentials specific to a certain time period specific to repeated external events. In other words, ERP involves taking the average amount of electrical signals from the scalp that occurred within a time period when an external stimulus was presented. The electrical signals are produced by the nervous system in response to a stimulus. Some controversy remains about the accuracy of ERP due to the difficulty to distinguish whether the electrical signals were a result of the external stimulus presented by the researcher or from another stimuli. However, background stimuli also known as ‘noise’ can be averaged out leaving an accurate estimate of ERP signals that are only associated with the processing of the presented stimulus. ERP is able to monitor how quickly nerve signals reach the brain as a response to a stimulus which aides in the learning of how different types of information is processed.
		+	==Clinical Evoked Potentials==
		+	Auditory, visual, and other sensory stimuli are used in clinical evoked potential studies. Visual evoked potential (VEP) involves the stimulation of vision. For example, a patient may sit in front of a screen while alternating patterns are shown. Auditory evoked potential (AEP) involves the presentation of sound. For example, a patient may listen to a series of clicks in their ear. Sensory evoked potential is when short electrical impulses are administered on an arm or leg.
		+	ERPs provide documentation of brain activity down to milliseconds providing a specific measurement of amount of time involved in neural activation during different tasks. Therefore, ERP is an effective method for researching the time aspects of cognition.

Admin at 18:42, 12 January 2008

Admin — Sat, 12 Jan 2008 18:42:08 GMT

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[[Category:Neuropsychological methods]]