Table 1.
Summary of the main review articles published in the last three years on applications of direct and indirect NTAPPs.
| Approach | NTAPP Modalities | Publication Year/Reference |
|---|---|---|
| Molecular Mechanisms of the Efficacy of NTAPP in Cancer Treatment | Direct | 2020 [38] |
| A Powerful Tool for Modern Medicine | Direct | 2020 [11] |
| The New Frontier in Low Temperature Plasma Applications | Direct | 2020 [39] |
| Atmospheric Cold Plasma Treatment in Fruit Juices | Direct | 2020 [40] |
| Chemical, Physical and Physiological Quality Attributes of Fruit and Vegetables Induced by Cold Plasma Treatment | Direct | 2020 [41] |
| Cold Plasma as a New Hope in the Field of Virus Inactivation | Direct | 2020 [42] |
| The Effects of Plasma on Plant Growth, Development and Sustainability | Direct | 2020 [43] |
| Cold Plasma for the Control of Biofilms in Food Industry | Direct | 2020 [44] |
| Potential of Cold Plasma Technology in Ensuring the Safety of Foods and Agricultural Produce | Direct | 2020 [45] |
| Plasma Agriculture from Laboratory to Farm | Direct | 2020 [46] |
| Aurora Borealis in Dentistry | Direct | 2021 [47] |
| Applications of Cold Atmospheric Pressure Plasma in Dentistry | Direct | 2021 [20] |
| Cold Atmospheric Pressure Plasma Technology in Medicine, Agriculture and Food Industry | Direct | 2021 [48] |
| The Antimicrobial Effect of Cold Atmospheric Plasma against Dental Pathogens | Direct | 2021 [49] |
| Influence of Atmospheric Cold Plasma on Spore Inactivation | Direct | 2021 [50] |
| Plasma-Assisted Agriculture: History, Presence and Prospects | Direct | 2021 [51] |
| Improving Seed Germination by Cold Atmospheric Plasma | Direct | 2022 [52] |
| Reactive Nitrogen Species in Plasma-Activated Water | Indirect | 2020 [53] |
| Recent Advances in Plasma-Activated Water for Food Safety | Indirect | 2022 [54] |
| Influence of Plasma-Activated Water on Physical and Physical–Chemical Soil Properties | Indirect | 2020 [55] |
| PAW Triggers Plant Defense Responses | Indirect | 2020 [56] |
| PAW Generation, Origin of Reactive Species and Biological Applications | Indirect | 2020 [36] |
| Interactions of Plasma-Activated Water with Biofilms | Indirect | 2020 [57] |
| A Comprehensive Review of PAW for Enhanced Food Safety and Quality | Indirect | 2021 [58] |
| Applications of PAW in the Food Industry | Indirect | 2020 [59] |
| PAW for Cancer Treatment: Positives, Potentials and Problems of Clinical Translation | Indirect | 2020 [60] |
| Review on Discharge Plasma for Water Treatment | Indirect | 2020 [61] |
| PAW on Microbial Growth and Storage Quality of Fresh-cut Apple | Indirect | 2020 [62] |
| PAW Production and its Application in Agriculture | Indirect | 2021 [63] |
| Diagnostic Analysis of Reactive Species in PAW: Current Advances and Outlooks | Indirect | 2021 [64] |
| PAW from DBD as a source of Nitrogen for Agriculture | Indirect | 2021 [65] |
| PAW, Hydrogen Peroxide and Nitrates on Lettuce Growth | Indirect | 2021 [66] |