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An Introduction to DNA Microarrays

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Published on Jan 21, 2014

This presentation is a brief overview of DNA microarrys - what are they and how are they used. This is the first of three presentations on DNA microarrays. This presentation is presented by the Southwest Center for Microsystems Education (SCME). Supporting materials can be downloaded from the SCME website (http://scme-nm.org).

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  1. 1

    BioMEMS Applications Overview

  2. 2

    Tutorial of 3D Viewer for Crystal Structures

  3. 3

    An Activity on Miller Index Notation

  4. 4

    Crystal Silicon Ingot Formation

  5. 5

    Breaking Silicon Wafers Activity - Demo

  6. 6

    Microcantilevers as Biosensors

  7. 7

    Cantilevers and Resonant Frequency

  8. An Introduction to DNA Microarrays

  9. 9

    DNA Microarray Fabrication

  10. 10

    How Does a DNA Microarray Work?

  11. 11

    Wet Oxidation Process

  12. 12

    Dry Thermal Oxidation Process

  13. 13

    Wet vs. Dry Oxidation Processes

  14. 14

    History of MEMS - An Introduction

  15. 15

    Weights and Measures Part III

  16. 16

    Weights and Measures Part II

  17. 17

    Weights and Measures Part I

  18. 18

    The Workings of the Retinal Prosthesis

  19. 19

    Silicon Crystal Origami

  20. 20

    MEMS Applications Overview

  21. 21

    Comparison of Scale: Macro, Micro, Nano

  22. 22

    Introduction To Transducers - Macro and Micro-size

  23. 23

    Introduction to Sensors - Macro and Micro-size

  24. 24

    Introduction to Actuators - Macro and Micro-size

  25. 25

    Etch Processes for Microsystems - Part I

  26. 26

    Etch Processes for Microsystems Fabrication - Part II

  27. 27

    Deposition Overview - Part I

  28. 28

    Deposition Overview - Part II

  29. 29

    Photolithography Overview for MEMS

  30. 30

    LIGA_Micromachining

  31. 31

    Surface Micromachining Overview

  32. 32

    Bulk Micromachining Overview

  33. 33

    MEMS Pressure Sensor Fabrication

  34. 34

    DNA Microarray

  35. 35

    DNA Hybridization

  36. 36

    Hydrophobic MP4.mov

  37. 37

    LIGA Micromachining Process Overview

  38. 38

    Ps_backside_etch_3loops.mov

  39. 39

    MEMS Pressure Sensor Operation

  40. 40

    (100) Crystal Plane of Silicon

  41. 41

    MEMS Cantilevers - Sacrificial Layer Removal

  42. 42

    MEMS Pressure Sensor Backside Etch

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