In
order to permit more persons to present a conference, we
inform you that it is still possible to submit a presentation.
CALL FOR PAPER
SCHEDULE
Authors are invited to submit abstracts by February
10th, 2003.
The abstracts will be reviewed by the Scientific Committee.
The decisions of acceptation for oral or poster presentation
will be announced to the authors by
e-mail in March 2003.
These abstracts will be published as a book distributed
to all registered participants at the beginning
of the Congress.
INSTRUCTIONS FOR THE PREPARATION OF ABSTRACTS
The presentation must comply with the following instructions:
• Title of the paper, in bold characters
• Name(s) of the author(s).
• Affiliation, e-mail address or short address (total
one line only).
• The text, maximum 30 lines, should not include
any drawings, graphs, tables, etc.
• Characters: Times 12 points or equivalent. Do
not photo reduce
or compress your text.
• Single line space.
• At the end, specify 1 to 5 references (optional).
• The total of these elements should not exceed
one page.
• English language must be used.
In a cover letter, indicate your postal address, phone
and fax numbers, the number of the chosen topic. You may
specify your choice for an oral or poster presentation.
These abstracts must be sent by February 10th, 2003:
- preferably using the form on the web site: Here
- or by e-mail, as an attachment in: “.pdf”
or “.doc” file, to nano2@scifrance.org
- or if not, in a diskette by post, to the Secretariat.
Model
for submission of abstracts
| Cell biochips for the manipulation of living cells
M. XXX1,5, K. YYYYYY1,4, A. …..
1 keibjf, Bruz, France. Fxxx@frragthh.com
2 ……….
The socioeconomic and research impacts of "
DNA chips" show how much micro or nano technologies
may play ………………………………………
……………………………………………………………………………
……………………………………………………………………………
……………………………………………………………………………
……………………………………………………………………………
single cells for cell sorting purpose [3]. The
specificity of our work is to parallely handle
hundred of thousands of cells using this effect,
by means
of a multilayer network of electrodes.
We can see on figure 5 the result obtained by
such a method.
References:
[1] C. Reichle, T. Schnelle, T. Muller, T. Leya,
G. Führ, “a new microsystem
for automated electrorotation measurements using
laser tweezers”,
Biochimica et biophysica acta 1459 (2000) 218-229
[2]
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