Development of a bench-top extra-cleanroom for DNA amplification

Area of Science:

• Biotechnology
• Environmental Science
• Nanotechnology

Background:

• Airborne contamination poses a significant challenge in biotechnology.
• Conventional laminar-airflow cabinets (LAF-cabinets) are inadequate for controlling nano-sized airborne contaminants.
• Preventing nanoparticle contamination is crucial for sensitive laboratory procedures.

Purpose of the Study:

• To develop and present a novel bench-top extra-cleanroom system.
• To achieve ISO-1 cleanroom classification for superior contamination control.
• To mitigate airborne nanoparticle contamination, including DNA, in laboratory settings.

Main Methods:

• Development of a clean-zone-creating system utilizing nanofibrous, nonwoven filters.
• Integration of an ionizer to counteract electrostatic dust attraction on plasticware.
• Classification of the system to ISO-1 standards.

Main Results:

• The bench-top extra-cleanroom effectively prevents contamination from airborne nanoparticles.
• The combination of nanofibrous filters and an ionizer significantly reduces airborne contaminants.
• Demonstrated prevention of DNA contamination derived from airborne nanoparticles.

Conclusions:

• The novel bench-top extra-cleanroom achieves ISO-1 classification, offering enhanced protection against airborne nanoparticles.
• This system provides a viable solution for preventing DNA contamination in biotechnology.
• The extra-cleanroom with ionizer is beneficial for various biotechnology applications sensitive to airborne contaminants.