LSM 880
Level-adjustable Sample Holder with Insert for Piezo Stage (ELYRA)
ZEISS
10/2014 V_01
000000-2071-464
19
e)
Press the lower pointing arrow of the
X
input box of the
Stage
tool to return to the initial
position. If the image is in focus (Fig. 6/
F
) X leveling is complete; otherwise repeat steps 3a) - e)
iteratively. If applicable, the multiplication factor of 3c) can be adjusted.
4.
Adjust leveling in Y in the following way:
a)
Enter in the
Stage
tool in the
Step [
µ
m]
input box "1000". Press the upper or lower pointing
arrow of the
Y
input box, whatever is required to step 1000 µm upwards in the Y direction
A
).
b)
If the sample is out of focus (Fig. 6/
B
) refocus manually by using the stand’s focus drive
C
); otherwise no further leveling is necessary. Record the relative change in the focus
position by reading the value in the
Z-Position
input box of the Focus tool.
c)
Multiply that value with
40
and manually set the focus onto this value using the stand’s focus
drive (Fig. 6/
D
). (Note: The factor
40
is only accurate, if the sample was positioned in the center.)
d)
Use the front right screw (Fig. 5/
sy
) of the sample holder to readjust the focus (Fig. 6/
E
). Turn
clockwise if the focus position was positive, counter clockwise if it was negative. (Note that one
turn corresponds to approximately 125 µm).
e)
Press the lower pointing arrow of the
Y
input box of the
Stage
tool to return to the initial
position. If the image is in focus (Fig. 6/
F
) Y leveling is complete; otherwise repeat steps 4a) - e)
iteratively. If applicable, the multiplication factor of 4c) can be adjusted.
8.2
Stage Leveling Using X-Cite in Reflection
Fig. 7
Adjustable sample holder –
schematic view
Fig. 8
Focus control in reflection
1.
Assemble a fluorescent sample you want to level with sample bottom downwards into the sample
holder. The sample site should be clean and free of any immersion oil. Position the sample such that
the objective lens is in the middle of the sample. Use WF illumination with the X-Cite at 12 % and
filter for excitation with the 561 nm line (optimal would be a small band pass to avoid too much
light). Swing nosepiece to empty position (make sure no cover is in the empty position) and use
preferentially Andor SIM camera, albeit the Andor PALM camera would also work. Take Optovar 1.0
and set EM gain to zero.
Summary of Contents for LSM 880
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