Firstly, the RT-LAMP demonstrates high efficiency under isothermal conditions without a significant influence of non-target DNA and demonstrates sensitivity identical to that of real-time RT-PCR assays.
Conversion from incandescent and standard fluorescent lamps to high-efficiency fluorescent lamps.
Unlike off-the-shelf lamps, the ultra high efficiency E-TORL design provides optimum light uniformity and is rated at 200 watts (compared to 170 watts with earlier models).
LAMP amplifies DNA with high efficiency under isothermal conditions without a significant influence from the copresence of nontarget DNA.
bIRs, isolation rooms; AHU, air handling units; BP, HEPA, high efficiency particle aerosol; UV, ultraviolet germicidal irradiation lamps; blue print or engineering designs plans available for review; Y, yes; N, no; CDC, Centers for Disease Control and Prevention; SARS, severe acute respiratory syndrome.
* E-TORL® (Epson Twin Optics Reflection Lamp): Exclusive and newly-updated 200 watt high efficiency light source delivers optimum light uniformity and increased white and color light output for larger screen sizes (more than ten feet diagonal); both models come equipped with a spare lamp.
In addition, LAMP was shown to amplify DNA with high efficiency, amplifying a few copies of DNA to 109 in less than 1 hour [6].
In terms of COD removal, the MWEUV/Fenton process showed high efficiency comparing with the conventional Fenton process assisted by commercial mercury lamps.
The MWEUV lamp would lead to a further development of simple and high efficiency photochemical reactor owing to its unique advantages [ 17– 19]: high UV radiant power, long lifetime, and being immersed into reaction solution with adaptable lamp shapes.
They offer significant advantages compared to conventional mercury lamps due to their compact form factor, low power requirements, high efficiency, non-toxicity, and overall robustness.
