Zeiss Axioplan Universal microscope Manual do Utilizador Página 10

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Axioplan 2 imaging –
Fluorescence
Research assignments pose formi-
dable challenges to both people
and equipment. Axioplan 2
imaging brilliantly satisfies the
demands placed on a microscopy
workplace. It is the researcher’s
ideal partner when it comes to
getting the best results.
Differentiation by
better contrast:
DIC with a memory
For studies in developmental biolo-
gy using DIC microscopy, the maxi-
mum in resolution and contrast is
only just good enough. To achieve
this, all parts of the instrument
must be perfectly tuned to each
other – as is the case with
Axioplan 2 imaging. For every
objective, there is a specially
matched DIC slider, including one
with Sénarmont contrasting. Once
the DIC slider has been set, the
objective will keep the setting in
mind.
Axioplan 2 imaging comes with
an extensive range of ICS objec-
tives of renowned, continuously
optimized Zeiss quality, with su-
perb contrast and resolution. One
of them will be ideally suited to
your current application, whatever
it may be.
rescence-labeled antibody, an ion-
depicting dye or another specific
marker, it is too faint to be detec-
table with optics of any but the
highest performance. Objectives
from Carl Zeiss feature highest NA
(limited only by the laws of
physics), ideal chromatic correction
and image flattening, and the very
best transmission properties for
visible light, UV and IR imaging. In
short: maximum performance for
every application.
Turn minimum signals
into maximum results:
Zeiss optics
Suppose you want to observe sig-
nals at a cell membrane or flows
inside a cell, or investigate the
presence of GFP in, or GFP trans-
port between, specific cell com-
partments. No matter whether the
emission signal comes from a fluo-
8
Development stadia
of C. elegans. DIC.
Prof. Schnabel, Braunschweig
University of Technology
1–5
C. elegans. GFP-labeled
neurons.
H. Hutter, MPI Heidelberg
1
2
3
4
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