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Earn free shipping for your next order of any microelectrode array(s). Simply complete the following survey and click "submit." One entry per customer.


After answering general questions, please proceed to the applicable section(s) that describes your electrode usage.

Contact information:
Name:
E-mail Address:
Company:
Phone:
Address:
City:
State/Province:
Postal Code:
General Questions:
1. What best describes your experimental protocol (please check ALL that apply)?
recording
stimulation
acute
chronic
2. Which animal model(s) do you use (please check ALL that apply)?
monkey
cat / dog
rat or mouse
bird
isolated preparation
other:
3. Which electrode system do you typically use?
single electrode
bipolar
concentric
tetrode
multielectrode
other:
4. Do you use electrodes from MicroProbes for Life Science?
yes
no
If not would you be willing to speak to one of our representatives about your requirements
yes
no
For Single Metal Microelectrode Users:
1. Which metal type do you use most?
tungsten
stainless steel
platinum/iridium
pure iridium
carbon
other:
2. What length electrode do you typically use?
25 mm
50 mm
75 mm
125 mm
other: mm
3. What impedance value do you typically specify?
<10 Kilohm
0.1 to 0.5 meg
0.5 to 1.0 meg
1.0 to 2.0 meg
2.0 to 5.0 meg
> 5.0 meg
4. If recording, which type do you typically perform (please check all that apply)?
single unit
multi-unit
LFP
ECG or EEG
muscle
spinal cord
other:
For Multi-channel Electrode Users:
1. How many electrodes do you typically specify use an array?
less than 10
10 to 20
21 to 40
41 to 64
greater than 64
2. What type of arrays do you typically specify? (Please see the Products section of our web site www.microprobes.com for an explanation of each array type)
Micro Wire Arrays
Multielectrode Arrays
Linear Microelectrode Arrays
Floating Microelectrode Arrays (FMA)
3. How long are the electrodes typically implanted for chronic experiments?
less than 1 month
1 to 2 months
2 to 6 months
up to 1 year
as long as array is functional
4. MicroProbes has received a NIH SBIR II Grant and partnered with Signenics to develop an innovative ASIC chip to be mounted directly to FMAs. The result would be the industry's first totally implantable Wireless Floating Microelectrode Array (WFMA) How much value would a totally implantable wireless multielectrode array bring to your research?
No Value
Some Value
High Value
5. How much value do you feel the following items would bring to your research?
Artifact suppressed recording during stimulation
No Value
Some Value
High Value
Buffering recorded signals directly at the array
No Value
Some Value
High Value
Achieving stimulation and recording on the same array
No Value
Some Value
High Value
6. Please select which Active Floating Microelectrode Array (AFMA) would bring more value to your research if commercialized first:
Survey
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