TY - JOUR
AU1 - Hokkanen, Ari P.
AB - Heated liquid cavities have been studied. Microlitre scale liquid cavities were etched to the surface of a silicon wafer. Liquid cavities were sealed with a glass cover. Integration of active components to the silicon support is also possible. A heater and a thermistor element are integrated into the silicon support. A pole structure was used within the wells for thermal optimization and self-feeding. The pole structure increases the surface area between silicon and liquid, which enhances thermal transport between silicon and liquid. The temperature of the water is also more uniform. The pole structure also makes the liquid cavity semiporous, enabling the self-feeding of samples due to capillary force. Active silicon support could be used in diagnostics and in biotechnology. Silicon supports were tested in PCR (Polymerace Chain Reaction). The construction of the temperature controlling setup for the silicon support is described. Temperature controlling setup is an independent measuring setup. Interface to the silicon support is made with a printed board to a microscope glass slide format. It is possible to use the printed board interface in a microarray reader. The contruction of a fluorescence measurement setup based on a microarray reader is described.
TI - Active silicon support for DNA diagnostics
JF - Proceedings of SPIE
DO - 10.1117/12.472735
DA - 2003-01-25
UR - https://www.deepdyve.com/lp/spie/active-silicon-support-for-dna-diagnostics-jitzXluzV2
SP - 310
EP - 318
VL - 4982
IS - 1
DP - DeepDyve
ER -