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Table 5 Role of CDs in bioimaging application

From: Small molecules derived carbon dots: synthesis and applications in sensing, catalysis, imaging, and biomedicine

S. No.

Source molecule

Color

Application (bio-imaging)

Refs. No.

1.

Carbon soot

Blue–yellow

HepG2 cell

[40]

2.

Activated carbon

Blue/yellow/green

COS-7 cells

[94]

3.

Graphene oxide and DMF

Green

MG-63 cell

[93]

4.

Citric acid, AEAPMS and silica

Blue

BGC823 cell

[82]

5.

Glucose, monopotassium phosphate

Green

HepG2 cell

[52]

6.

Carbon fibers

Green

T47D Cell

[95]

7.

Carbon nanotubes and graphite

Yellow

In vivo NIR fluorescence imaging in mice

[3]

8.

Graphite rods and hydrazine

Yellow

Neurospheres cells, pancreas progenitor cells, and cardiac progenitor cells were performed

[96]

9.

CX-72 carbon black

Green

MCF-7 cell

[97]

10.

Glycerol, Polyethylenimine (PEI)

Blue/green/red

COS-7 cell

[9]

11.

Glycine

Green

MCF-10A, MCF-7 cells

[98]

12.

Glucose and TTDDA

Green

HeLa, MCF-7, NIH-3T3 cells

[99]

13.

Glycerol solvent

Blue

HeLa cell

[100]

14.

Graphene oxide and ammonia

Green

HELA cell

[101]

15.

Citric acid and ethylenediamine

Blue

MC3T3 cell

[39]

16.

Sucrose and oil acid

Green

16HBE cell

[102]

17.

Graphene oxide and ammonia

Blue

HeLa cell

[103]

18.

Graphene oxide and Dimethylformamide

Green

HeLa cell

[104]

19.

Polycyclic aromatic hydrocarbon

Green

MCF-7 cell

[105]

20.

Graphite powder

Green/blue

A549 cell

[106]

21.

Folic acid

Blue, Green

U87 glioma cell

[107]

22.

Polythiophene phenyl propionic acid

Red

HeLa cell imaging and diagnosis

[108]

23.

Citric acid, PEG diamine, and Glycerin

Blue

Cholesterol imaging

[109]

24.

Citric acid, phosphoric acid, and ethylene diamine

Red, green

RAW 264.7 cells, PA and FL imaging of mice tumors

[110]

25.

Urea, polyethylene glycol (PEG)

Blue

L929 cells

[111]

26.

Citric acid, urea and sodium fluoride

Red

Glioma C6 cells

[112]