Table 5.
Summary of aptasensors applied in virus detection.
| Virus | Recognition sites | Detection techniques | Limit of detection (LOD) | Linear ranges | Detection Time | Refs. |
|---|---|---|---|---|---|---|
| Hepatitis B virus | HBsAg | Field-effect transistor | 10 aM | 10 aM-0.1 μM | 5 s | [79] |
| Cyclic voltammetry | 0.0014 fg/mL | 0.125–2.0 fg/mL | – | [78] | ||
| Chemiluminescent | 0.05 ng/mL | 1–225 ng/mL | – | [77] | ||
| Chemiluminescent | 0.1 ng/mL | 1–200 ng/mL | – | [76] | ||
| FRET | 2.5 pM | 50–250 pM | – | [41] | ||
| SARS-CoV-2 | Spike protein | FET | 10 fM | 10 fM-10 pM | – | [201] |
| Electrochemical detection | 1 ag/mL | 1 ag/mL-1 pg/mL | – | [110] | ||
| Nanoparticle surface energy transfer (NSET) | 130 fg/mL | 100 fg/mL-10 pg/ml | 10 min | [117] | ||
| SERS | 1 fM | 1 fM-1μM | – | [111] | ||
| Glucometer | 4.38 pM | 1–500 pM | 60 min | [119] | ||
| SARS-CoV | Nucleocapsid | Colorimetry | 1 ng/mL | – | 15 min | [36] |
| Glucometer | 5.76 pM | 1–500 pM | – | [119] | ||
| Proximity ligation assay (PLA) | 37.5 pg/mL | 50–5000 pg/mL | 120 min | [162] | ||
| Fluorescence detection | 2 pg/mL | – | – | [187] | ||
| Fluorescence detection | 0.1 pg/mL | 60 min | [202] | |||
| Hepatitis C virus | HCVcoreAg | Electrochemical detection | 2 fM | 0.2 fM-0.2 pM | 17 min | [139] |
| Colorimetry | 0.1 fg/mL | 0.1–10 pg/mL | – | [37] | ||
| Electrochemical detection | 1.67 fg/mL | 5.0 fg/mL-1.0 pg/mL | – | [143] | ||
| Impedance | 3.3 pg/mL | 10–70 pg/mL and 10–70 pg/mL | – | [144] | ||
| AFM | 0.1 pM | 0.1–100 pM | – | [146] | ||
| Lateral Flow Strip | 10 pg/mL | 10–1000 pg/mL | 10 min | [203] | ||
| Norovirus | Capsid | Colorimetry | 30 viruses/mL | 200-10000 viruses/mL | 10 min | [38] |
| Square wave voltammetry | 10 aM | 20–120 aM | 60 min | [130] | ||
| SPR | 70 aM | 70–200 aM | – | [34] | ||
| Fluorescence detection | 3.3 ng/mL | 13 ng/mL-13 μg/mL | 10 min | [134] | ||
| 4.4 ng/mL | ||||||
| Differential pulse voltammograms | 100 pM | 100 pM-3.5 nM | 35 min | [133] | ||
| Intra chemiluminescent resonance transfer (Intra-CRET) | 80 ng/mL | 0.16–10 μg/mL | – | [135] | ||
| Electrochemical detection | 1.44 μg/mL | 0.01–1000 μg/mL | – | [131] | ||
| HPV | L1 capsid | laser desorption ionization mass spectrometry (LDI MS) | 58.8 pg/mL | 2–80 ng/mL | – | [152] |
| Differential pulse voltammetry | 0.1 ng/mL | 0.2–2 ng/mL | – | [151] | ||
| Cyclic voltammetry | 490 pM | 10–80 nM | – | [204] | ||
| HIV | Tat portein | SPRe-TIRE | 1.11 pM | 1.0–500 nM | – | [171] |
| Spectroscopic ellipsometry (SE) | 115 pM | 1.0–500 nM | ||||
| Colorimetry | 10 nM | 10–150 nM | – | [173] | ||
| FET | 0.6 nM | 0.6 nM-1.0 uM | – | [175] | ||
| Dengue virus | NS1 protein | Cyclic voltammetry | 0.3 ng/mL | 3–160 ng/mL | – | [176] |
| Envelop protein domain III (ED3) | Fluorescence detection | 1 × 102 p.f.u.ml−1 | 1 × 102–1 × 106 p.f.u.ml−1 | – | [124] | |
| Ebola virus | Type I transmembrane protein | Fluorescence detection | 4.2 ng/mL | 5–150 ng/mL | – | [120] |
| Zika virus | NS1 protein | ELISA | 0.1 ng/mL | 0.1–1 ng/mL | – | [177] |
| Envelop protein | Colorimetry | 1 pM | 1pM-1 nM | – | [121] |