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Living Image 3.1

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11. 3D Reconstruction of Sources<br />

11.2 3D Reconstruction of Fluorescent Sources<br />

Set Up & Acquire an<br />

<strong>Image</strong> Sequence on the<br />

IVIS ® Spectrum<br />

Generate the Surface<br />

Topography<br />

Set the FLIT<br />

Parameters &<br />

Reconstruct the<br />

Sources<br />

142<br />

Use the imaging wizard to setup the image sequence required for FLIT analysis. (For<br />

more details on the imaging wizard, see page 23.) If you plan to manually set up the<br />

sequence, Table 11.2 shows the recommended image sequence. Acquire the images<br />

using transillumination on the IVIS Spectrum using the same excitation and emission<br />

filters from at least four source locations.<br />

Table 11.2 Example image sequence for FLIT analysis<br />

<strong>Image</strong> Type Source Location<br />

First location Subsequent locations<br />

Photographic ✓ Use previous photo<br />

Structured light ✓<br />

Fluorescent ✓ ✓<br />

For instructions, see page 137.<br />

After the surface is generated, the 3D reconstruction of the light sources can proceed.<br />

1. In the tool palette, click FLIT 3D Reconstruction.<br />

Analyze tab<br />

Source 01 corresponds to the first<br />

image of the sequence, source 02<br />

corresponds to the second image,<br />

and so on<br />

2. In the Properties tab, make a selection from the Tissue Properties drop-down list.<br />

“Muscle” is usually the best choice of tissue properties for general in vivo<br />

reconstructions.<br />

Note: The internal medium index of refraction is automatically entered when you<br />

select a tissue.

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