Abstract:
A full process control for use with a molecular assay and a method of determine the efficacy of the molecular assay. A full process control can include a fixed cell, and specifically can include a fixed vegetative cell. A method of determining the efficacy of a molecular assay can include providing an internal control, mixing the internal control with a sample, lysing the internal control and the sample, and detecting the lysis product. The full process control and/or the internal control can be Bacillus subtilis cells.
Abstract:
The present disclosure relates to methods of detecting nucleic acid hybridization by monitoring an output signal. Some advantageous embodiments include techniques which can augment the signal. One such technique involves catalytic detection, such as with a peroxidase or other enzyme. Another technique involves "on-chip" amplification to enlarge the nucleic acid after hybridization has occurred.
Abstract:
Embodiments disclosed herein relate to compositions for the detection and/or identification of microbes that carry extended spectrum beta-lactamase genes. Specifically, provided herein are oligonucleotides, probes, and kits containing the same, for the detection of bacterial CTX-M sequences. Also provided are methods for the detection and/or amplification of microbes harboring extended spectrum beta-lactamase genes, including CTX-M type extended spectrum beta-lactamase genes.
Abstract:
Provided herein are compositions and methods for enhancing the relative efficiency of hybridization between target nucleic acids and capture probes compared to target variants and capture probes.
Abstract:
The present disclosure relates to methods of quantifying nucleic acid molecules immobilized on an electrode of an electrochemical assay chip. Such quantification can be used in testing and quality control of assay chips. Materials and instrumentation useful in performing such techniques are also disclosed.
Abstract:
The present disclosure relates to methods for amplifying nucleic acids and methods for detecting the amplified nucleic products. Nucleic acid amplification and detection can occur in solution or on a solid support.
Abstract:
Provided herein are compositions and methods for enhancing the relative efficiency of hybridization between target nucleic acids and capture probes compared to target variants and capture probes.
Abstract:
A flow cell cartridge (100) for the detection of differences in nucleic acid sequences is disclosed. The flow cell cartridge has an electrode array (170) and two openings (130, 140), in which one opening (130) is for the entry and exit of sample, and the other opening (140) is for the control of the entry and exit of sample through the exertion of negative and positive pressure. The entire flow cell cartridge can be moved from sample to sample to allow different samples to be drawn into the cartridge into contact with an electrochemical electrode array, thus allowing reactions to occur in the chamber itself .
Abstract:
Disclosed herein are methods of destabilizing double-stranded nucleic acid hybridization using an enzyme comprising DNA N-glycosylase activity. Also disclosed herein is the detection of a double-stranded target DNA wherein the hybridization of duplex strands has been at least partially disrupted thereby permitting invasion of a probe strand. Also disclosed herein are methods of using an enzyme comprising DNA N-glycosylase activity to generate single-stranded circular nucleic acids.
Abstract:
A flow cell cartridge for the detection of differences in nucleic acid sequences is disclosed. The flow cell cartridge has an electrode array and two openings, in which one opening is for the entry and exit of sample, and the other opening is for the control of the entry and exit of sample through the exertion of negative and positive pressure. The entire flow cell cartridge can be moved from sample to sample to allow different samples to be drawn into the cartridge into contact with an electrochemical electrode array, thus allowing reactions to occur in the chamber itself.