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. Author manuscript; available in PMC: 2022 Nov 2.
Published in final edited form as: Angew Chem Int Ed Engl. 2021 Oct 4;60(45):24153–24161. doi: 10.1002/anie.202108338

Table 1.

Photophysical and Binding Properties of Fluorophore-Broccoli Complexesa

Fluorophore Excitation (nm) Emission (nm) Extinction Coefficient (M−1, cm−1)b Quantum Yield Brightnessc Kd (nM)
graphic file with name nihms-1739311-t0007.jpg DFHBI-1T alone 428 500 35,400 0.00041 0.121 N/A
Broccoli-DFHBI-1T 470 505 28,900 0.41 100 305±39

graphic file with name nihms-1739311-t0008.jpg DFNS alone 435 527 37,700 0.00031 0.0974 N/A
Broccoli-DFNS 470 527 31,600 0.22 57.0 646±103

graphic file with name nihms-1739311-t0009.jpg BI alone 425 500 42,500 0.00048 0.171 N/A
Broccoli-BI 470 505 33,600 0.67 188 51±5

graphic file with name nihms-1739311-t0010.jpg TBI alone 433 524 43,300 0.00037 0.133 N/A
Broccoli-TBI 485 527 35,100 0.64 189 71±18
a.

Photophysical and binding properties of DFHBI-1T alone and Broccoli-DFHBI-1T, BI alone and Broccoli-BI are reported from a previous study.[3] All data were measured at pH 7.4 at 25°C.

b.

Brightness (extinction coefficient × quantum yield) is relative to Broccoli-DFHBI-1T.[3]