Part+2

-moving DNA -long and short molecules || -nucleic acids move towards positive charge -longer molecules don't move as far -shorter one move farther -separates DNA into size || -This process is used in -forensics -molecular biology -genetics -biochemistry || This process is like a magnet. You can determine how powerful a charge is by the distance it travels. || I think this process is a good thing because forensics use it to determine evidence from a case || media type="custom" key="12234828"
 * **Procedure** || **Describe** || **Analyze** || **Apply** || **Synthesize** || **Argue** || **Media** || **Resource** ||
 * Gel Electrophoresis || -Small DNA

media type="custom" key="12234894" || http://upload.wikimedia.org/wikipedia/commons/a/a6/Gel_electrophoresis_apparatus.JPG AP Edition 7th Edition || - Nucleic Acid Hybridization - beta globin gene || It Combine Gel electrophoresis and nucleic acid hybridization so they can detect those bands that include parts of the beta globin gene || Can be used to identify hetero-zygote carriers of mutant alleles associated with genetic disease || I have no problem with it because they use it to find mutant alleles in genetics || This reminds me of a Punnet square || || http://missinglink.ucsf.edu/lm/molecularmethods/images/blotting_clip_image001.gif AP Edition 7th Edition || -fluorophore -silver -chemiluminescence -abundant nucleic acid sequence || -sample -purification -RT -coupling -hybridization and washes -scanning -normalization and analysis || -GeneID -gene expression profiling -alternative splicing detection || It reminds me of brick laying because when the brick are pasted to together it is like the complementary bases bonded together. The washing away of non-specific bonding sequences is like the acid being sprayed on the brick structure. || I think this process is good because it allows for scientist to determine if something is pathogenic or can cause diseases. || || http://upload.wikimedia.org/wikipedia/en/5/57/Microarray.svg
 * Southern Blotting || - Gel Electrophoresis
 * Microarrays || -large number of genes

http://en.wikipedia.org/wiki/DNA_microarray ||