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. 2016 Sep 15;11(9):e0162419. doi: 10.1371/journal.pone.0162419

Table 7. Bleed through test.

Dye Illumination Cy5 filter Qdot filter Cy3 filter
Qdot 525 PE4000 405nm
PE4000 435nm
PE4000 460nm +
PE2 425nm
Sola AUTO
Qdot 565 PE4000 405nm
PE4000 435nm
PE4000 460nm
PE2 425nm
Sola +++ (**)
Qdot 585 PE4000 405nm
PE4000 435nm
PE4000 460nm
PE2 425nm
Sola ++
Qdot 605 PE4000 405nm
PE4000 435nm
PE4000 460nm
PE2 425nm
Sola ++
Qdot 625 PE4000 405nm
PE4000 435nm
PE4000 460nm
PE2 425nm
Sola + & AUTO (***)
Qdot 655 PE4000 405nm
PE4000 435nm
PE4000 460nm
PE2 425nm
Sola + AUTO
Cy5 PE4000 635nm
Sola
PE2 615nm (*)
PE2 425nm
Cy3 PE 4000 535nm
PE4000 405nm ++
PE4000 435nm ++
PE4000 460nm ++
Sola ++
PE2 535nm
PE2 425nm ++

Serial sections stained with the indicated dye (column 1) were illuminated with the indicated light (column 2) and of the observation of specific fluorescence (+/++/+++) and autofluorescence (AUTO) going through each filter block (Cy5; Qdot & Cy3 filter blocks) was recorded.

+/++/+++ reflect the intensity of the specific fluorescence; AUTO reflects the presence of noticeable autofluorescence.

grey cells: no visible fluorescence; green cells: expected specific fluorescence, strong unless indicated; pink cells: bleed through (i.e. observation of fluorescence in a set up where fluorescence is not desirable).

Excitation wave lengths that would not normally be used for a dye are indicated by a red cell.

(*) more autofluorescence was observed with PE2 615nm than with Sola & PE4000 635nm

(**) see Fig 10;

(***) see image in S2 Fig