초록 ▼

A system for filling a substrate having at least one chamber with a liquid sample is provided. The system in one embodiment includes a substrate defining a network of passageways including at least one chamber for the liquid sample, and an adapter. The adapter includes a fill reservoir for the liqui

A system for filling a substrate having at least one chamber with a liquid sample is provided. The system in one embodiment includes a substrate defining a network of passageways including at least one chamber for the liquid sample, and an adapter. The adapter includes a fill reservoir for the liquid sample, a vacuum port for attachment to a vacuum source, and at least two channels. One channel allows a vacuum to be imparted to the network, and the other channel allows the liquid sample to be introduced into the network. The system also includes a mechanism that sequentially closes and opens at least one of the channels so that a vacuum can first be introduced to the substrate and thereafter the liquid sample introduced to the substrate for permitting the vacuum to urge the liquid sample to flow from the fill reservoir into the substrate. An apparatus for positioning a substrate with a plurality of sample detection chambers in a detection unit is also provided.

대표청구항 ▼

1. An apparatus for positioning a plurality of sample detection chambers in a detection unit and a thermal cycling device, comprising:a substrate positionable in a thermal cycling device having temperature control for heating and cooling the substrate, the substrate comprising a plurality of sample

1. An apparatus for positioning a plurality of sample detection chambers in a detection unit and a thermal cycling device, comprising:a substrate positionable in a thermal cycling device having temperature control for heating and cooling the substrate, the substrate comprising a plurality of sample detection chambers, wherein the thermal cycling device is configured to subject the substrate to cycles of heating and cooling, and wherein the detection unit is configured to monitor nucleic acid amplification in the sample detection chambers; and a plate comprising: a plurality of contacts with the substrate, wherein the plurality of contacts are positioned on a lower surface of the plate to provide uniform pressure across the substrate; and a plurality of through holes, wherein the plurality of through holes permit light to pass to and from each sample detection chamber of the substrate to the detection unit and wherein the through holes are aligned between the sample detection chambers and the detection unit. 2. The apparatus of claim 1, wherein the plurality of contacts do not provide substantial thermal transfer between the substrate and the plate relative to the thermal transfer at a bottom surface of the substrate.3. The apparatus of claim 1, wherein the substrate comprises a microcard.