A Two-Input Fluorescent Logic Gate for Glutamate and Zinc

The direct visualization of neurotransmitters is a continuing problem in neuroscience; however, functional fluorescent sensors for organic analytes are still rare. Herein, we describe a fluorescent sensor for glutamate and zinc ions. The sensor acts as a fluorescent logic gate, giving a turn-off response to glutamate or zinc ion alone. The combination of analytes produces a large increase in fluorescence. This type of sensor will aid in the study of neurotransmission, in this case, for neurons that copackage high concentrations of zinc and glutamate

MOESM1 of Predictors of switch to and early outcomes on third-line antiretroviral therapy at a large public-sector clinic in Johannesburg, South Africa

Additional file 1: Table S1. Summary of third-line patients transferred in from clinical trials (n=10)

File_S1_Celegans_N2_to_CB4856_lastz_alignment.txt

LASTZ alignments between C. elegans N2 (WormBase version WS230) and C. elegans Hawaiian CB4856 (Genbank accession: JZEW00000000