47 Emerging NATs for malaria diagnosis seek to be appropriate for the POC through a variety of methods, including reducing the cost and difficulty of the amplification step and generating a quick and easy to use detection schemes.
The integration of POC appropriate amplification technologies such as LAMP and NASBA with low-cost and easy to use detection systems such as NALFIA will be an important next step in realizing this goal.
In summary, we constructed an HTS system with easy-to-use fluorescence detection, utilizing our selective fluorescent probe for H2S, HSip-1, and discovered several selective inhibitors of 3MST by screening a library of 174,118 compounds.
There is an increasing need to develop novel bioassay methods for low-cost, rapid, and easy-to-use multiplex detection of pathogens in various fields ranging from human infectious disease diagnosis, drinking water quality control, to food safety applications.
Novel bioassay methods for low-cost, rapid, and easy-to-use multiplex detection of pathogens are increasingly demanded in diverse fields ranging from human infectious disease diagnostics [ 1, 2], drinking water quality control [ 3– 5] to food safety applications [ 6– 8].
The recent detection of tetrodotoxins (TTXs) in European fish and shellfish has emphasized the urgent need to develop specific, selective, rapid and easy-to-use methods for their detection to assess the potential risk posed to human health.
This alone calls for the delivery of cheap, easy-to-use, and improved microbial detection methods.
Moreover, the need for a rapid and easy-to-use on-site molecular detection and quantification method is imperative.
Investments are needed to assess novel, easy-to-use methods of proteinuria detection in the laboratory and then develop advanced prototypes for evaluation in low-resource settings.
