1 |
Ag |
Bryophyllum pinnatum
|
MB and RhB |
Chandraker et al., (2021a)
|
2 |
Ag |
Ageratum conyzoides
|
MB |
Chandraker et al., (2019)
|
3 |
Ag |
Zanthoxylum armatum
|
Safranine O, MR, MO, and MB |
Jyoti and Singh, (2016)
|
4 |
Ag |
Sonchus arvensis
|
MB |
Chandraker et al., (2019)
|
5 |
Ag |
Onion, Tomato, Acacua catechu
|
MO, MR, CR |
Chand et al., (2020)
|
6 |
Ag |
Kalanchoe diagremontiana
|
MB |
Molina et al., (2019)
|
7 |
Ag |
Shorea robusta
|
RhB |
Shaikh et al., (2020)
|
8 |
Ag |
Calotropis procera
|
MO |
Chandhru et al., (2021)
|
9 |
Ag |
Cordia dichotoma
|
MO |
Dave et al., (2021)
|
10 |
Ag |
Terminalia bellirica
|
MB |
Sharma (2021)
|
11 |
Ag |
Berberis vulgaris
|
MO |
Hashemi et al., (2022a)
|
12 |
Ag |
Magnifera indica
|
MB |
Panneerselvi et al., (2022)
|
13 |
Ag |
Catharanthus roseus
|
MO |
Muthu et al., (2021)
|
14 |
Ag |
Sambucus ebulus
|
MO |
Hashemi et al., (2022b)
|
15 |
Ag/AgCl |
Cissus quadrangularis
|
MO |
Priyadarshini et al., (2021)
|
16 |
Ag/AgCl |
Azadiracta indica
|
MB |
Panchal et al., (2021)
|
17 |
Ag/ZnO |
Urtica dioica
|
MB |
Sohrabnezhad and Seifi, (2016)
|
18 |
Ag doped ZnO |
Pedolium murex
|
MB |
Mangala Nagasundari et al., (2021)
|
19 |
Graphene oxide-Ag |
Crucubita maxima
|
Chlorpyrifos |
Chinnappa et al., (2022)
|
20 |
Cu |
Jatropha curcas
|
MB |
Ghosh et al., (2020b)
|
21 |
Cu |
Ageratum houstonianum Mill
|
CR |
Chandraker et al., (2020)
|
22 |
Cu |
Celastrus peniculatus willd
|
MB |
Mali et al., (2020)
|
23 |
CuO |
Ruellia tuberosa
|
CV |
Vasantharaj et al., (2019a)
|
24 |
CuO |
Abutilon indicum
|
AB 210 |
Ijaz et al., (2017)
|
25 |
CuO |
Psidium guajava
|
NB, RY 160 |
Singh et al., (2019b)
|
26 |
CuO |
Rubia cordifolia
|
MB, CV |
Vinothkanna et al., (2022)
|
27 |
CuO |
Pouteria compechiana
|
MB |
Navada et al., (2021)
|
28 |
CuO |
Cuperus pangorei
|
RhB |
Parvathiraja and Shailajha, (2021)
|
29 |
CuO |
Ocimum tenuiflorum
|
MO |
Sharma et al., (2021)
|
30 |
CuO |
Papaya
|
POME |
Phang et al., (2021)
|
31 |
CuO, Ag, MnO2
|
Kalopanax pictus
|
CR |
Moon et al., (2018)
|
32 |
CuO NPs on Carbon |
Pomegranate
|
Atrazine |
Peternela et al., (2017)
|
33 |
ZnO |
Panous
|
MB, EY, MG |
Kaliraj et al., (2019)
|
34 |
ZnO |
Plectranthus amboinicus
|
MR |
Fu and Fu, (2015)
|
35 |
ZnO |
Cyanometra ramiflora
|
RhB |
Varadavenkatesan et al., (2019)
|
36 |
ZnO |
Bridelia retusa
|
RhB |
Vinayagam et al., (2021)
|
37 |
ZnO |
Sonneratia alba
|
BG |
Khan et al., (2022)
|
38 |
ZnO |
Alchemilla vulgaris
|
RhB |
Rajendrachari et al., (2021)
|
39 |
ZnO |
Trema orientalis
|
Zoxamide |
Purkait et al., (2020)
|
40 |
Cu doped ZnO |
Synadium grantii
|
MB |
Karthik et al., (2022)
|
41 |
ZnO, Mn doped ZnO |
Caesia angustifolia
|
MB |
Dhivya et al., (2022)
|
42 |
RGO-ZnO |
Ocimum basilicum
|
RhB |
Raouf Malik et al., (2022)
|
43 |
SnO2-ZnO |
Aloe vera
|
MO |
Sudhaparimala and Vaishnavi, (2016)
|
44 |
SnO2-ZnO |
Urtica dioica
|
RhB |
Ebrahimian et al., (2021)
|
45 |
ZnO-Co3O4
|
Abies pindrow royle
|
MO |
Shaheen et al., (2022)
|
46 |
SnWO4/ZnO |
Muntingia calabura
|
MB |
Elviera et al., (2022)
|
47 |
NiO |
Tribulus terrestris
|
CR |
Khan et al., (2021)
|
48 |
Ni/NiO |
Lactuca serriola
|
CV |
Ali et al., (2022)
|
49 |
NiO |
Graviola
|
MO |
Rajan et al., (2017)
|
50 |
NiO |
Aegle marmelos
|
4-CHP |
Angel Ezhilarasi et al., (2018)
|
51 |
NiO |
Solanum trilobatum
|
4-CHP |
Angel Ezhilarasi et al., (2020)
|
52 |
NiO, CuO, ZnO |
Centella asiatica
|
AR88 |
Alam et al., (2021)
|
53 |
Cu doped NiO |
Okra
|
MB |
Ghazal et al., (2021)
|
54 |
CuO and NiO |
Capparis decidua
|
L-CHT |
Iqbal et al., (2021c)
|
55 |
CdS |
Dicliptera Roxburghiana
|
MB |
Ullah et al., (2021)
|
56 |
Cu-Co-Ni |
Origanum vulgare
|
MB |
Alshehri and Malik, (2020)
|
57 |
CoO2
|
Taraxacum officinale
|
Direct yellow-142 and MO |
Rasheed et al., (2019a)
|
58 |
α-Fe2O3
|
Carica papaya
|
Remazol yellow RR dye |
Bhuiyan et al., (2020)
|
59 |
IO |
Teucrium polium
|
MO |
Kouhbanani et al., (2019)
|
60 |
FO |
Peltophorum pterocarpum
|
MB |
Anchan et al., (2019)
|
61 |
FeO |
Ruellia tuberosa
|
CV |
Vasantharaj et al., (2019b)
|
62 |
Fe-P |
Eucalyptus tereticornis, Melaleuca nesophila, and Rosemarinus officinalis
|
AB 194 |
Wang et al., (2014b)
|
63 |
Fe3O4
|
Mentha pulegium, Artemisia herba-alba
|
MB, CR |
Meneceur et al., (2022)
|
64 |
Iron oxide |
Peltophorum pteerocarpum
|
RhB |
Shah et al., (2022)
|
65 |
Pd |
Pimpinella tirupatiensis
|
CR |
Narasaiah et al., (2017)
|
66 |
TiO2
|
Acorus calamus
|
RhB |
Ansari et al., (2022)
|
67 |
Cu@TiO2
|
Cedrous deodara
|
MB |
Ramzan et al., (2021)
|
68 |
TiO2
|
Lemon peel
|
RhB |
Nabi et al. (2022)
|
69 |
TiO2
|
Pulicaria undulate
|
MB, MO |
Al-hamoud et al., (2022)
|
70 |
Au/TiO2
|
Averrhoa bilimbi and Pandanus amaryllifolius
|
MB |
Yulizar et al. (2019)
|
71 |
MgO |
Texas sage
|
MB |
Ahmad et al. (2022)
|
72 |
CeO2
|
Banana peel
|
AO7 |
Miri et al. (2021)
|
73 |
CeO2
|
Phoenix dactylifera, Coriandrum sativum, Ocimum tenuiflorum, Camellia sinensis, and Hibiscus flower
|
Amido black |
Iqbal et al. (2021)
|
74 |
Co-CeO2
|
Salvadoral persica
|
AO7 |
Hamidian et al. (2021)
|
75 |
ZnS |
Acalypha indica, Tridax procumbens
|
MB |
Kannan et al. (2020)
|
76 |
Au |
Tea
|
MB |
Singh et al. (2021)
|
77 |
WO3
|
Basil
|
MB |
Bayahia (2022)
|
78 |
CuI |
Hibiscus rosa-sinesis
|
RR |
Archana et al. (2022)
|
79 |
ZrO2
|
Wrightia tinctoria
|
RY160 |
Al-Zaqri et al. (2021)
|
80 |
Pt |
Salix tetrasperma
|
MB |
Ramachandiran et al. (2021)
|
81 |
CoFe2O4
|
Torajabin
|
AO7 |
Miri et al. (2022)
|
82 |
Ni-CuO, Cu-Cr2O4, Ni-Cr oxide |
Aegle marmelos
|
Phenol, 2,4-dinitrophenol, 3-amino phenol |
Rani and Shanker (2018)
|