Table 1 Comparison of some of the reported fluorescent methods for bilirubin detection with the proposed sensor.

From: Copper and nickel doped carbon dots for rapid and sensitive fluorescent turn-off detection of bilirubin

Material

Concentration range

LOD

LOQ

Detection method

Reference

N-CQDs

1.35–14.20 µM

4.86 µM

-

Fluorescence quenching (FRET)

21

NCDs

8.319–161.290 µM

0.32 µM

1.08 µM

Fluorescence quenching (IFE)

27

Benzylamine

capped CH3NH3PbBr3 perovskite quantum dots

0.71–24.21 µM

0.42 µM

-

Fluorescence quenching (FRET)

50

Copper nanoparticles protected by ascorbic acid (AACuNPs)

1.00 × 10−5 M − 5.00 × 10−7 M

0.248 µM

-

Fluorescence quenching (Static quenching assisted by IFE)

20

CuCD

0.5–280 µM

0.0907 µM

0.3023 µM

Fluorescence quenching (Static quenching and IFE)

This work