INSERT INTO sites(host) VALUES('') 1045: Access denied for user 'www-data'@'localhost' (using password: NO) Estimated Worth $116,518 - MYIP.NET Website Information
Welcome to!
 Set MYIP as homepage      


Web Page Information

Meta Description:
Meta Keywords:
sponsored links:
sponsored links:

Traffic and Estimation


Website Ranks

Alexa Rank:
Google Page Rank:
Sogou Rank:
Baidu Cache:

Search Engine Indexed

Search EngineIndexedLinks

Server Data

Web Server:
IP address:    

Registry information

ICANN Registrar:
Name Server:
Whois Server:

Alexa Rank and trends

Traffic: Today One Week Avg. Three Mon. Avg.
Unique IP:

More ranks in the world

Users from these countries/regions

Where people go on this site

Alexa Charts

Alexa Reach and Rank

Whois data

Who is at


Front Page Thumbnail

sponsored links:

Front Page Loading Time

Keyword Hits (Biger,better)

Other TLDs of autopatcher

TLDs Created Expires Registered

Similar Websites


Search Engine Spider Emulation
Description: to build and operate an autopatcher like the one used to obtain the results in the
In Vivo Robotics, for Automatic Recording of Neurons in the Live Brain
Read the autopatcher papers, etc.
DIY / Build it yourself
Download the latest version
Welcome to the center for in-vivo neurorobotics!
Here you can find the relevant papers, devices, parts lists, manuals, software, best practices, and partners, involved with the effort to advance the development and use of robots to analyze the living brain.
This is a joint production between
Contact Information
Please send inquiries to
References and Links
Kodandaramaiah, et al., Nature Protocols 2016
[Publisher link]
[Supplementary Material]
Kodandaramaiah, et al., Nature Methods 2012
[Publisher link]
[Supplementary Material]
Kodandaramaiah, et al. Annals of the New York Academy of
Sciences 2013 (review) [Publisher link]
Wikipedia (See the "In-Vivo" section)
Autopatching in the News
[MIT, Georgia Tech robot records brain cell information (Mass High Tech, 5/6/2012)]
[Robotic probes plumb brain's circuitry (EETimes, 5/6/2012)]
[Robots that reveal the inner workings of brain cells (R amp;D Magazine, 5/7/2012)]
Robotic arm to reveal inner working of brain cells (New York Daily News, 5/7/2012)]
[Robot brain scientists to learn how you think? (MSNBC, 5/7/2012)]
[Bots beat humans probing brain's neural activity (CNET, 5/7/2012)]
[MIT amp; Georgia Tech Researchers Develop Robots That Can Reveal the Inner Workings of Your Brain (BostInno, 5/7/2012)]
Robotic probes plumb brain's circuitry (EDN, 5/7/2012)]
[Researchers automate process of recording data from neurons (The Engineer, 5/8/2012)]
[Robot That Connects to Neurons Could Provide Key to Understanding the Human Brain (TIME, 5/9/2012)]
[Research Brief: Robots Trained in Patch-Clamp Experiments (Alzheimer Research Forum, 5/11/2012)]
[Robot Reveals Inner Workings of Brain Cells (, 5/10/2012)]
Commercial Partners
Neuromatic Devices, Inc. is currently producing a commercial autopatcher robot. Full disclosure: I.R.W., S.B.K. and G.L.H. received financial remuneration from NeuromaticDevices for technical consulting services provided in 2012, 2013, and 2012-2015, respectively.
The Autopatcher hardware consists of electronic pressure regulators, digital controllers, precision actuators, and a data acquisition board. These, combined with the Autopatcher software, automate the process of patch clamping in-vivo.
Recent Publication in Nature Protocols!
March 3rd, 2016
The newest versions of the hardware, software, and protocols were recently published in Nature Protocols in 2016 [Publisher's Link] [PDF] [Supplementary Material] with detailed instructions for building, configuring, and operating the autopatcher. The main control box hardware is also commercially available from Neuromatic Devices.
The information below represents the development of the previous version of the autopatcher from 2011 to 2015. Please refer to the 216 paper for the most up-to-date information.
Build Your Own (2011-2015 version)
This tutorial explains how to build your own robotic arm for the autopatcher. The Autopatcher User's Manual shows more detail about the function and how to build the pneumatic and electrical control systems
Step 1: Order Parts
Assembly Photograph of Robotic Arm
(click for larger image)
This photograph shows, from left to right, the Molecular Devices Headstage, dovetail adapter plate that comes with the headstage, the Newport piezo motor attached to the linear stage, another dovetail adapter plate, and the Sutter 3 Axis Micromanipulator. The second dovetail adapter plate came with the Sutter manipulator. To assemble the arm, several holes must be drilled in the adapter plates or completely new plates can be manufactured.
Order these items for the autopatcher actuator. The following items assume the Imperial 1/4"-20 bolt hole convention. There are equivalent metric components available but they have different part numbers.
Part Number
RS-485 to RS-232 adapter
RS-485 Cable
Linear Stage
USB to Serial (if you need it)
The above items are the bare essentials for actuation and they work with the Autopatcher 1500 software. If you have a Sutter 3 Axis Micromanipulator, you can order the following parts to build the complete arm.
Part Number
DP14A Optical Post
Post Adapter
Assorted 1/4" Bolts
90 Degree Angle Bracket
A more detailed parts list is available here with metric and imperial part numbers.
If you don't have a different 3 axis manipulator, you will still need a way to mount the Newport stage vertically above the animal. The above parts are one example of how this can be done but you will need to make sure the hole patterns match the 3 axis actuator you are using. You will also need to design a custom adapter plate between your manipulator and the Newport stage.
Pressure Control
The following items are necessary for controlling the pressure.
Large diameter syringes can be used with 3 solenoid valves from the Lee Company for an inexpensive pressure control system. See the Autopatcher User's Manual for more details.
Part Number
3 Way Valves LHDA0533215H
Lee Company
In addition to these parts, there are other accessories that must be purchased to complete the Autopatcher. These are also discussed in the Autopatcher User's Manual.
Step 2: Build Adapters
Adapter Plate Construction
The drawings and CAD for the adapter plates can be downloaded here. These are for the Newport stage mentioned above and the Sutter MPC-285. If you use different stages or manipulators, you will have to design your own adapter plates for them.
[Solidworks 2012 Parts]
[Solidworks 2012 Drawings]
[PDF Drawings]
[Solidworks 2012 Parts]
[Solidworks 2012 Drawings]
[PDF Drawings]
Step 3: Assembly
Assembly section is under construction!
The assembly steps above mainly cover the mechanical assembly of the autopatcher. There is also a pneumatic control system and electrical control system that must be constructed to complete the autopatcher. The details can be found in the Autopatcher User's Manual.
Parts Lists and Drawings
This tutorial assumes that the user has a functioning patch rig already built, using Axon headstages and Sutter manipulators. The choice of Imperial vs. Metric is governed by your existing optics table and hardware choices.
[Detailed Parts List Excel]
Autopatcher User's Manual -
[Word] [PDF]
A detailed description of how to build and operate an autopatcher like the one used to obtain the results in the Nature Methods paper . This tutorial is based on the Autopatch 1000 software available on the "Software" tab.
Modifying Autopatch 1500 for Custom Hardware - [Word] [PDF]
This manual describes how to set up the Autopatch 1500 series software to work with your DAQ if you are building your own autopatcher. It details the locations in the software where the autopatcher algorithm references the input and output pins on the DAQ and how to modify them to match your hardware.
Existing Control Box Hardware
These are the pneumatic and electronic control units that currently exist in different labs.
Georgia Tech
4 Channel, built in 2011
(SN# G00001)
1 Channel, built in 2012
(SN# G00002)
1 Channel V2, built in 2013
(SN# G00003 - G00007)
Boxes Built at MIT
(SN# 2013033101 - 2013033106)
Neuromatic Devices
Autopatch 1501 System
(SN# N00001)
Autopatch 1506 System
(SN# N00002 through N00100)
Please send your hardware questions to and we will build a collection of FAQs to post here.
The autopatcher algorithm is implemented in NI Labview . Each version is designed to work with a specific hardware set so read the comments carefully to ensure they match your hardware. If you have built your own autopatcher, feel free to download and customize the code to match your hardware.
Autopatch 2000
[LV 2012+]
Published in Nature Protocols 2016. Written by: Michael McKinnon, 2013, based on the algorithm developed by Suhasa Kodandaramaiah, 2012.
This is the most up-to-date version of the autopatcher software. It is a major overhaul of the Autopatcher sofware including a modular backend that is easily reconfigured, stimulus generation and recording, and an updated interface. It was published in Nature Protocols in 2016 [PDF] [Supplementary Material]. We highly recommend referencing the paper and examining the supplementary material for the most up-to-date information. Depending on which version of the control box you have, you may need to reconfigure the hardware settings for it to work. If you build a control box using the instructions in the paper, it will work with this version without modification. It is also directly compatible with the boxes built at MIT (SN# 2013033101 - 2013033106).
If you have customized a version of Autopatch 2000 or new features that you'd like to make available to the community, feel free to send it to and we'll post it here.
Autopatcher IG
[LV 2014+]
Written by: Ilya Kolb, 2016.
This is the in-vitro (IG: Image-Guided) version of the Autopatcher algorithm. It is used in the manuscript "Autopatcher IG: Image-assisted, automated patch-clamp electrophysiology in vitro." Download the installation and user manual here.
NOTE: Please install the latest QCam drivers before installing the Autopatcher IG executable to ensure proper function.
Autopatch 1500
[LV 2011]
[LV 2012]
Written by: Suhasa Kodandaramaiah, 2012
This version uses the same autopatching algorithm as Autopatch 1000 but has a more intuitive user interface. This version was in use between 2012 and 2015.
There are many custom versions of "Autopatch 1500" in circulation. Here are a few of the variants that are designed for a specific set of hardware. Some versions have additional features that haven't been incorporated into the main version.
Autopatch 1501
This version is compatible with the single channel control box (SN# N00001).
Autopatch 1502
[LV 2011]
This version is compatible with the 4 channel control box (SN# G00001) in the PBL at Georgia Tech. Only 1 channel is currently implemented. Modified by Gregory Holst 2012, Ilya Kolb 2013.
Autopatch 1503
[LV 2011]
[LV 2012]
This version is compatible with the single channel control box (SN# G00002) in the PBL at Georgia Tech. It also includes a feature that automatically saves screen shots of all the plots for every trial after control is transfered to pClamp. Modified by Gregory Holst 2013.
Autopatch 1504
[ Under Development ]
This version is compatible with the single channel control boxes (SN# G00003 through G00007) built and distributed by the PBL at Georgia Tech. Modified by Gregory Holst 2013.
Autopatch 1505
[LV 2011]
This version is compatible with the single channel control boxes (SN# 2013033101 through 2013033106) built in the Media Lab at MIT . Also contains standalone VIs for switching the BNC relay and pressure valves. Modified by Ian Wickersham 2013.
Autopatch 1506
version 1506.1
[LV 2011]
This version is compatible with single channel control boxes (SN# N00002 through N00100) built by Neuromatic Devices. The original version was 1506; the current version, 1506.1 (uploaded 1/10/2014), contains bug fixes over version 1506.
Autopatch 1000
[LV 2011]h3
Written by: Suhasa Kodandaramaiah 2012.
This 1st-generation version of the autopatcher software was used to obtain the original data in the Nature Methods paper (Kodandaramaiah et al., 2012). The user interface is a little rough but it is functional with the hardware described in the paper. This version is no longer updated.
Please send your software questions to and we will build a collection of FAQs to post here.

Updated Time

Friend links: ProxyFire    More...
Site Map 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 190 200 250 300 350 400 450 500 550 600 610 620 630 640 650 660 670 680 690 700 710 720 730 740 750
TOS | Contact us
© 2009 Dev by MYIP Elapsed:55.646ms