EPC 10 Double/Triple Patch Clamp Amplifier by HEKA Instruments Inc
Manufacturer HEKA Instruments Inc
The EPC 10 Double and EPC 10 Triple patch clamp amplifiers are the optimal instruments for performing double or triple patch experiments. Although either two (EPC 10 Double) or three (EPC 10 Triple) amplifiers are combined in a single housing; each amplifier is completely independent with clearly defined operation and handling. HEKA’s software stimulates the desired amplifier and selected channels are programmed without tedious connection of cables by the user. The amplifiers and headstages are ... Read more
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EPC 10 Double/Triple Patch Clamp Amplifier
Average Rating: 4.4
2 Scientists have reviewed this product
Status:
Advanced Reviewer
Member since: 2013
Organization: National Laboratory of Channelopathies
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- Ease of use
- After sales service
- Value for money
State-of-the-art technology based instrument
Rating: 5.0
Application Area: Electrophysiological recording of ion channel activity
"Excellent instrument based on state-of-the-art technology. Easy to use and reliable results."
Review date: 24 Mar 2022 | EPC 10 Double/Triple Patch Clamp Amplifier
Status:
Reviewer Member since: 2011
Organization: St Georges University, School of Medicine
-
- Ease of use
- After sales service
- Value for money
Rating: 3.7
Review date: 16 Jan 2012 | EPC 10 Double/Triple Patch Clamp Amplifier
Application Area:Neuroscience
"I found this amplifier somewhat complicated to use. A preliminary demonstration for students would have been helpful. It was difficult to find out how to apply and develop for uses other than electrophysiology."
Review date: 16 Jan 2012 | EPC 10 Double/Triple Patch Clamp Amplifier
The EPC 10 Double and EPC 10 Triple patch clamp amplifiers are the optimal instruments for performing double or triple patch experiments. Although either two (EPC 10 Double) or three (EPC 10 Triple) amplifiers are combined in a single housing; each amplifier is completely independent with clearly defined operation and handling. HEKA’s software stimulates the desired amplifier and selected channels are programmed without tedious connection of cables by the user.
The amplifiers and headstages are clearly identified, thus, the user can immediately assign the amplifiers to particular patched cells. Although independent, the amplifiers can be stimulated simultaneously with resulting simultaneous data acquisition. Current or voltage signals from multiple amplifiers can be recorded, displayed and even analyzed online. This versatility makes these amplifiers ideal instruments for experiments such as studying gap junction potentials, pre- and post-synaptic events, and even usage in amperometric measurements.
The amplifiers and headstages are clearly identified, thus, the user can immediately assign the amplifiers to particular patched cells. Although independent, the amplifiers can be stimulated simultaneously with resulting simultaneous data acquisition. Current or voltage signals from multiple amplifiers can be recorded, displayed and even analyzed online. This versatility makes these amplifiers ideal instruments for experiments such as studying gap junction potentials, pre- and post-synaptic events, and even usage in amperometric measurements.
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