Table 1.

Comparison of sensitivity of the different of liposomal substrates in electrochemical biosensor.

Lipid–platforms	Materials/linker	specificity	sensitivity	reproducibility	Complicated design	Ref
Electronic Detection of MicroRNA at Attomolar Level with High Specificity	CNTs-FET-p19/PBASE as linker in bed	++	++++++	+++++	+++++++	26
Magnetobiosensors Based on Viral Protein p19 for MicroRNA Determination in Cancer Cells and Tissues	Magnetic-p19 Not attach in bed	++	+++	+++	+++	27
Three-Mode Electrochemical Sensing of Ultralow MicroRNA Levels	AuNP/P19 Not attach in bed	+++	+++++++	++	+++++++++	28
Sequential or Multiplex Electrochemical Detection of miRs Based on the p19 Function Relative to three Sandwiches of Different Structural Hybrids on The Liposomal Sensor)	DOTAP-DOPE/p19 Not attach in bed	+++	++	++	+++++++++	4
exosomal bed by using multi covalent attachment p19	Esosome/p19 Attach in bed with no linker	++	+++++	+++++	++++	4
A new insight into electrochemical microRNA detection: A molec caliper, p19 protein	P19/ Not attach in bed	++	+++	++	++	29
A New Insight of Virus-like Hallow Structure in Electrochemical Biosensor to Detect an Attommolar of miR	P19/ preserved into the hallow structure	++	+++++	++++	+	This study