| Subject: | RE: Simple camera for quantitative phase imaging - SID4Bio |
|---|---|
| Date: | Fri, 3 May 2013 18:39:23 +0200 |
| From: | Aurelie Azam <azam@phasics.fr> |
| To: | 'Martin Spitaler' <m.spitaler@imperial.ac.uk> |
Dear Martin,
Thank you for
your interest.
We are not
related to Phasefocus. We provide the same type of images:
quantitative phase image, but we rely on another technology.
We integrate a specific grating in front of our camera that
will enable generating the phase image. There are three main
advantages as compared to the Phasefocus technique. First we
do not need for scanning: one acquisition provide one image.
So we can do real time imaging and we don’t need mechanical
part. Secondly, our technology does not require laser source
and can work with white light illumination with or without
filter. Consequently, it can fit any set-up and
simultaneously works with other modalities such as
fluorescence . Finally, our technology presents as a simple
camera that plugs on the microscope. So it is very simple to
put in place (no scanning stage, no other source are
needed).
If quantitative
phase imaging is of interest for you, I would be really
pleased to discuss with you and explain further our
technology. I would also be pleased to learn more about our
projects and understand how phase imaging would be of help
for them. I will not be at my office next week but would it
possible to call you the week after?
Best regards,
Aurélie Azam
Marketing Manager
Phasics
Tel : +33 1 69 33 89
87
Fax : +33 1 69 33 89
88
De : Martin Spitaler
[mailto:m.spitaler@imperial.ac.uk]
Envoyé : jeudi 2 mai 2013 18:30
À : Aurelie Azam
Objet : Re: Simple camera for quantitative phase
imaging - SID4Bio
Dear Aurelie
Azam,
is this the same technology that is sold in the UK under the
name of Phasefocus Virtual Lens? Interesting, I've seen a
presentation recently.
Martin Spitaler
On 26/04/2013 12:25, Aurelie Azam wrote:
Dear Martin,
Our company, Phasics is offering an innovative camera-like device enabling quantitative phase imaging in light microscopy.
The instrument enables label-free cells imaging. It offers a very great contrast with no marker, making possible time lapse observation over long period of time. Moreover, as it provides quantitative data, it allows advanced image analysis: rigorous segmentation, counting, cell dry mass measurement…. It applies to the study of individual cell or cell populations in matter such as cells migration, growth, death, intracellular processes, drugs effect comparison or parasite counting…. The instrument simply plugs on the C-mount of any microscope and does not require any specific dishes. Thus it can work simultaneously with fluorescence, thus it is possible to observe the interaction of labeled molecules (proteins, DNA…) in their global environment. In the attached brochure, you will see some examples of our images.
We would be very interested in getting your feedback and discussing if such a technology may be of interest for your research.
We will be at ELMI next month with a demo. Will you be attending the congress? This would be a nice opportunity to meet. Otherwise, we would be pleased to visit you for a demo. In any case, it would be great to discuss with you before. When would it be possible to call you?
Best regards,
Aurélie Azam
Aurélie Azam
Marketing Manager
PHASICS
XTEC BAT 404
Campus de l'Ecole Polytechnique
91128 Palaiseau, FRANCE
Tel : +33 1 69 33 89 73
Fax : +33 1 69 33 89 88