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karasi

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Posts posted by karasi

  1. I've got numeric indicators in my block diagram. The numeric indicators show the temperature and the graph is supposed to show the numbers running. Like for example when I put Annealing-90 degrees, Denature-60 degrees and Extension-55 degrees, the graph is supposed to plot those temperatures in order of Annealing, Denature & Extension. Anyone can help out here on what I can use to make this work?

    KarasiChandramogan.vi

  2. I'm trying to make the graph show a temperature from 95 degrees to 55 to 72 and back to 95 degrees and the cycle as follows. With a time cycle of 10 seconds for each temperature change. How do I start with the plotting and the gradual change in the temperature?

    Here is how its supposed to look like. But I need help in the plotting.

    post-18179-047722800 1286757092_thumb.jp

  3. I have this question to start off on my basic interface. I need 4 graphs and 4 buttons to connect. Lets say, I would want to just bring out 4 graphs and connect them to 4 different buttons. How do I go about connecting them, so that they'll overlap each other as their respective buttons are clicked. Eg. if Button 1 is clicked, the graph 1 should come out. & if Button 2 is clicked after that, graph 2 should over lap it. Thanks.

  4. Could you explain me futher in detail......

    The MEMS Chip comes with an integrated heater and sensor element to control the environment.

    Temperature readings are collected by the sensor on the MEMS chip, send through the DAQ Card to the DNAlysis Mobile Lab where it will calculate the temperature required.

    The PCR Mobile Lab displays the measured temperature, the fluorescence level, the global set point temperature and the visual for the bio-reactor chips. The program calculates the appropriate temperature adjsutment needed for the PCR process to take place.

    The data for the temperature adjustments are then sent through the DAQ Card back to the MEMS Chip where the data will drive the heater.

    • MEMS Bio-Reactor

    The DNA sample is cycled through the three stages of PCR in a MEMs bio reactor, which consist of fluidic chamber with 15-20 micro litres capacity to hold the DNA sample.

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