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Table 4 The antimicrobial properties of nanoparticles

From: Green and environmentally friendly synthesis of silver nanoparticles with antibacterial properties from some medicinal plants

Test microorganism

A.wilhelmsii+C. longa+NaOH

A.wilhelmsii+ C. longa+M. chamomilla+NaOH

C. longa+NaOH

M. chamomilla+NaOH

A.wilhelmsii+NaOH

A.wilhelmsiia+ M.chamomilla+ C. longa

M.chamomilla+ C.longa+ N

A. wilhelmsii+ M. chamomilla+ NaOH

DZ

MIC

MBC

DZ

MIC

MBC

DZ

MIC

MBC

DZ

MIC

MBC

DZ

MIC

MBC

DZ

MIC

MBC

DZ

MIC

MBC

DZ

MIC

MBC

Acinetobacter baumannii

10.5

>2000

>2000

9

500

500

13

2000

2000

10

>2000

>2000

9

2000

2000

10.5

500

500

ND

500

1000

ND

500

500

Staphylococcus aureus

21

>2000

>2000

23

500

500

20

2000

2000

19.5

>2000

>2000

19

1000

1000

22.5

500

1000

21

1000

1000

20

500

500

Staphylococcus epidermidis

20

>2000

>2000

23

500

500

21

2000

2000

18

>2000

>2000

20

2000

2000

23

500

500

21.5

500

500

21.5

500

500

  1. DZ: inhibition zone in diameter around the well impregnated with the nanoparticles for each microorganism. Inhibition zones values include the well diameter (6.0 mm).ND: no inhibitory effect was detected