This set is optimized for the most popular green fluorophores like FITC (fluorescein isothiocyanate), 5-FAM, and Alexa Fluor 488. It provides the both high brightness and signal-to-noise ratio. It is also ideal for similar fluorophores that have narrower, more closely spaced excitation and emission peaks, like BODIPY.
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FF01-482/35-25
FL-004447 / 0
- Tavg > 93% 464.5 – 499.5 nm
- Center Wavelength of 482 nm and GMBW of 35 nm
- FWHM of 39.1 nm
FF01-536/40-25
FL-004682 / 0
- Tavg > 93% 516 – 556 nm
- Center Wavelength of 536 nm and GMBW of 40 nm
- FWHM of 45.3 nm
FF506-Di03-25x36
FL-007149 / 0
- Dichroic Beamsplitter with edge at 506 nm
- Ravg > 98% 350 – 500 nm
- Tavg > 93% 513 – 950 nm
- Flatness / RWE: Standard Epi-fluorescence
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This set is mounted in a Nikon NQF Quadfluor Fluorescence Filter Holder, which is compatible with Nikon microscopes E200, E400, E600, E800, E1000, TS100, TS100F, TE 200, TE 300, ME600L, L150A, and some Labophot, Optiphot, and Diaphot series.
| Filter Role | Filter Size | Maximum Thickness |
| Exciter (Diameter) | 25.0 mm | 5.0 mm |
| Emitter (Diameter) | 25.0 mm | 3.5 mm |
| Dichroic (L × W) | 25.2 mm × 35.6 mm | 1.1 mm (Can accept a 2 mm dichroic) |
| Topic | Description |
| Cleaning Optical Filters | Instructions for cleaning hard coated optical filters |
| Filter Reliability | Compares the performance and reliability of hard coated filters to traditional soft-coated filters and provides information about the testing standards for Semrock filters |
| Working with Optical Density | Tables to describe the relationship between OD and transmission with tips for quickly calculating OD |
| What is Pixel Shift, and how does the Semrock ZERO™ option help? | Why Pixel Shift degrades multicolor fluorescence imaging performance, and how the ZERO™ option mitigates this for Avant and BrightLine filter sets. |
Optimized – Filter set is specifically optimized for that fluorophore.
Compatible – Should result in nearly ideal performance in most situations.
Acceptable – Actual performance is dependent on specific experimental conditions.
| Fluorophore | Peak Excitation Wavelength(nm) | Peak Emission Wavelength(nm) | Compatibility | Display on Plot above |
|---|---|---|---|---|
| 5-carboxy-2,7-dichlorofluorescein | 500 | 525 |
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| 5-FAM (5-carboxyfluorescein) | 492 | 518 |
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| 6-carboxyrhodamine 6G | 525 | 555 |
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| Acridine Orange (+DNA) | 502 | 526 |
|
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| Acridine Yellow | 470 | 550 |
|
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| Alexa Fluor® 430 | 431 | 541 |
|
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| Alexa Fluor® 488 | 499 | 520 |
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| Alexa Fluor® 500 | 503 | 525 |
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| AmCyan1 | 458 | 489 |
|
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| ATTO 488 | 500 | 525 |
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| ATTO 495 | 495 | 527 |
|
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| BCECF (pH 5.5) | 481 | 518 |
|
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| BCECF (pH 9.0) | 502 | 528 |
|
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| BOBO™-1 | 461 | 484 |
|
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| BODIPY FL | 505 | 512 |
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| BODIPY FL-MeOH | 502 | 511 |
|
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| Calcein | 494 | 514 |
|
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| Calcium Green-1 | 507 | 529 |
|
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| CFP2 | 490 | 510 |
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| Cy2™ | 492 | 507 |
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| CyQUANT GR-DNA | 502 | 523 |
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| DAF-FM-NO | 495 | 519 |
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| Dendra2 (Green) | 491 | 507 |
|
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| DiA | 457 | 586 |
|
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| DiO | 475 | 500 |
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| Dronpa | 502 | 516 |
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| DY-505-Phalloidin | 503 | 530 |
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| ecliptic pHluorin pH5.5 | 473 | 507 |
|
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| Emerald | 491 | 511 |
|
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| FITC (Fluorescein) | 495 | 519 |
|
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| FlAsH-CCPFCC | 511 | 530 |
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| Fluo-3 | 506 | 527 |
|
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| Fluo-4 | 494 | 516 |
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| Fluorescein dextran | 501 | 524 |
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| Fluorescein-pH 8.0 | 489 | 517 |
|
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| Fluoro-Emerald | 494 | 518 |
|
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| FluoSpheres Yellow-Green fluorescent microspheres | 503 | 514 |
|
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| FM 1-43 | 473 | 579 |
|
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| GFP (EGFP) | 489 | 511 |
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| Green 496 | 496 | 520 |
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| Green 500 | 501 | 524 |
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| HCS LipidTOX Green neutral lipid stain | 498 | 507 |
|
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| HCS LipidTOX Green phospholipidosis | 504 | 536 |
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| HiLyte Fluor™ 488 | 497 | 526 |
|
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| LIVE-DEAD Fixable Green Dead Cell Stain | 498 | 525 |
|
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| LysoSensor Green | 448 | 502 |
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| LysoTracker Green | 501 | 509 |
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| LysoTracker Yellow HCK-123 | 488 | 565 |
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| Magnesium Green | 507 | 531 |
|
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| mHoneyDew | 478 | 562 |
|
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| MitoTracker™ Green | 490 | 512 |
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| mTFP1 | 462 | 492 |
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| mWasabi | 493 | 509 |
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| NBD-X (MeOH) | 467 | 538 |
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| NeuroTrace 500/525 Green Fluorescent Nissl Stain | 495 | 524 |
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| Oregon Green™ 488 | 498 | 526 |
|
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| Oregon Green™ 514 | 513 | 532 |
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| PicoGreen® | 502 | 522 |
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| PKH67 | 488 | 500 |
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| Qdot® 525 Nanocrystals | 300 | 525 |
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| Qdot® 545 Nanocrystals | 300 | 543 |
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| Rhodamine 110 | 497 | 519 |
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| Rhodamine 123 | 507 | 529 |
|
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| Rhodamine Green | 497 | 523 |
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| Rhodol Green | 497 | 524 |
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| sgGFP™ (super glow GFP) | 472 | 506 |
|
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| Sodium Green | 507 | 532 |
|
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| SpectrumGreen | 497 | 538 |
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| SYBR Gold nucleic acid gel stain-DNA | 496 | 539 |
|
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| SYBR Green I nucleic acid gel stain-DNA | 498 | 522 |
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| SYBR Safe DNA gel stain-DNA | 509 | 526 |
|
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| SYTO 11 | 506 | 525 |
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| SYTO 13 | 448 | 506 |
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| SYTO 16 | 489 | 520 |
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| SYTO 9 | 483 | 500 |
|
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| SYTO RNASelect geen fluorescent cell stain | 503 | 527 |
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| SYTOX Green-DNA | 504 | 524 |
|
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| TO-PRO-1 | 515 | 531 |
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| TOTO-1 | 514 | 531 |
|
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| TurboGFP | 482 | 503 |
|
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| Vybrant DyeCycle Green | 506 | 534 |
|
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| wtGFP (wild type GFP, non-UV excitation) | 474 | 509 |
|
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| YO-PRO-1 | 491 | 506 |
|
|
| YOYO-1 | 491 | 508 |
|
total selected
Clear selection
Select all 3 products from all pages.
FF01-482/35-25
FL-004447 / 0
- Tavg > 93% 464.5 – 499.5 nm
- Center Wavelength of 482 nm and GMBW of 35 nm
- FWHM of 39.1 nm
FF01-536/40-25
FL-004682 / 0
- Tavg > 93% 516 – 556 nm
- Center Wavelength of 536 nm and GMBW of 40 nm
- FWHM of 45.3 nm
FF506-Di03-25x36
FL-007149 / 0
- Dichroic Beamsplitter with edge at 506 nm
- Ravg > 98% 350 – 500 nm
- Tavg > 93% 513 – 950 nm
- Flatness / RWE: Standard Epi-fluorescence
1 of 1
This set is mounted in a Nikon NQF Quadfluor Fluorescence Filter Holder, which is compatible with Nikon microscopes E200, E400, E600, E800, E1000, TS100, TS100F, TE 200, TE 300, ME600L, L150A, and some Labophot, Optiphot, and Diaphot series.
| Filter Role | Filter Size | Maximum Thickness |
| Exciter (Diameter) | 25.0 mm | 5.0 mm |
| Emitter (Diameter) | 25.0 mm | 3.5 mm |
| Dichroic (L × W) | 25.2 mm × 35.6 mm | 1.1 mm (Can accept a 2 mm dichroic) |
| Topic | Description |
| Cleaning Optical Filters | Instructions for cleaning hard coated optical filters |
| Filter Reliability | Compares the performance and reliability of hard coated filters to traditional soft-coated filters and provides information about the testing standards for Semrock filters |
| Working with Optical Density | Tables to describe the relationship between OD and transmission with tips for quickly calculating OD |
| What is Pixel Shift, and how does the Semrock ZERO™ option help? | Why Pixel Shift degrades multicolor fluorescence imaging performance, and how the ZERO™ option mitigates this for Avant and BrightLine filter sets. |