Biological and nanotechnological applications using interactions between ionic liquids and nucleic acids.

Area of Science:

• Biotechnology
• Nanotechnology
• Materials Science

Background:

• Nucleic acids are vital tools in biology and nanotechnology.
• Efficient extraction, purification, and controlled behavior of nucleic acids are crucial for reproducible results and developing nucleic acid-based nanomaterials.
• A lack of suitable media hinders the advancement of nucleic acid applications.

Purpose of the Study:

• To review the behavior of nucleic acids in ionic liquids (ILs).
• To highlight the potential of ILs as versatile solvents for controlling nucleic acid properties.
• To explore the utility of ILs in enhancing nucleic acid-based biological and nanotechnological tools.

Main Methods:

• Literature review of research on nucleic acids in ionic liquids.
• Analysis of ILs' impact on nucleic acid extraction, purification, stability, and structural polymorphism.
• Investigation of ILs' influence on nucleic acid interactions and applications.

Main Results:

• Ionic liquids improve the efficiency of nucleic acid extraction and purification from biological samples.
• Nucleic acids in ILs exhibit enhanced long-term stability, structural integrity, and nuclease resistance.
• ILs facilitate direct use of nucleic acids in polymerase chain reaction and gene expression analysis with high efficiency, and influence the stability of various nucleic acid structures.

Conclusions:

• Ionic liquids offer a promising medium for advancing nucleic acid applications in biology and nanotechnology.
• The unique interactions between ILs and nucleic acids enable the development of highly sensitive DNA sensors.
• Understanding nucleic acid behavior in ILs is key to designing novel nucleic acid-based tools.