This page last changed on Sep 11, 2014 by oreilly.

This is the home page for the 901303 Cytometer Technologies for Autonomous Platforms space.

Background

Scientific motivation for in situ autonomous cytometry was described at the 2010 CANON sampling workshop (web page, final report, engineering report), attended by scientists and engineers from multiple institutions. Heidi Sosik from WHOI presented an overview of the Imaging Cytobot instrument and its application for HAB detection. Several breakout groups worked to identify compelling science problems and potential technical approaches to address them. Autonomous cytometry was identified as a key technology by the following breakout groups: Harmful algal blooms and phytoplankton, Zooplankton, Thin layers, and Mesoscale eddies. As a result of this workshop, Worden, Bellingham, Swalwell (UW) and O'Reilly began discussing potential integration of Swalwell's SeaFlow cytometer with LRAUV.

MBARI collaborated with UW's Armbrust, Swalwell and others to submit a NASA ASTEP proposal in 2011. We proposed to miniaturize SeaFlow, integrate it with LRAUV, and deploy the system in a Greenland fjord.  NASA rated the proposal highly, but was unable to fund it.

In 2012, we submitted an internal MBARI proposal that would miniaturize SeaFlow, integrate it with LRAUV, and test the system in Monterey Bay. We proposed that SeaFlow inventor Swalwell participate in a consulting role, providing guidance on approaches to minimize instrument size and power consumption, improve shock protection, etc. Although rated as "likely to be approved" by MBARI management, we were unable to reach agreement with Swalwell on his technical and scientific role. In response we submitted an internal MBARI feasibility study to look at a broad range of commercial and research cytometers which could potentially be integrated with LRAUV and other MBARI autonomous platforms.

Science applications and requirements

Taxa tracked in MBARI BOG database (D. Kolber)

Potential AUV applications

Potential platforms  

Existing instruments

SeaFlow, SeaLabel

CytoSense, CytoBuoy, CytoSub

Imaging Flow Cytobot

FlowCam

Digital Holographic Microscopes

Oceanographic cytometers compared with one another and to other methods

Some non-oceanographic instruments

Technologies

Coulter Counter

Cell phone cytometer

Cell-substrate Impedance Sensing, Electroporation

Optical Detectors

Technologies overview - 1 

Technologies overview - 2

Technologies overview - 3 (Specifications and parameters)) 

Meeting notes

Meeting notes

Ken Johnson and Gene Massion - Coulter Counter, 9/12/2013

Visit by Heidi Sosik, 9/11/2013

Telecon with Fluid Imaging, 6/12/2013

Telecon with Fluid Imaging, 8/20/2013

Discussion with Jared Swalwell on 6/6/2013

Visit by Jarred Swalwell, seminar speaker on 2/5/2014

Visit by Peter Lopez, 9/10/2014

Useful links

Practical Flow Cytometry (H. Shapiro - the standard text.)

Howard Shapiro's web page

Flow Cytometry - A Basic Introduction

Flow cytometry: retrospective, fundamentals, and recent instrumentation  (Cytotechnology, 2012); includes discussion of emerging cytometry technologies

Imaging versus flow cytometers (Webinar)

http://plankt.oxfordjournals.org/content/30/3/333.fullThe emergence of automated high-frequency flow cytometryĆ¢?? (Journal of Plankton Research, 2008) 

Cellular Astronomy: a Foreseeable Future in Cytometry (H. Shapiro, Cytometry, 2004)

A Hardware-accelerated Approach for Imaging Flow Cytometry (Lee, Meng, et al, 2013 International Conference on Field Programmable Logic and Applications)

MIT 3D Optical Systems Group

Potentially relevant workshops, conferences, trade shows

Cytometry Development Workshop, Asilomar  - Next workshop is October 23-27, 2013
This is apparently a technology-oriented workshop for experts in the field - perhaps Alex Worden is the only one who would qualify.

American Society for cell Biology , conference and expo, mid December annually.

www.ascb.org 


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