types of deases that can b traced by DNA?
829462
This should keep you busy for hours.....\nhttp://en.wikipedia.org/wiki/List_of_genetic_disorders
837069
Generally there are different types of DNA(A,B,Z ,e.c.t)\nBut DNA occure in different shapes thats because of Major and Minor grooves of the DNA
797775
although all the answers represent components of eukaryotic genomes, e is the best answer\n\nhere is a link with some additonal info\n\nhttp://www.biologynews.net/archives/2005/05/02/scientists_track_stealth_dna_elements_in_primate_evolution.html
988094
This is about as close as I can get you. Good luck\nhttp://www.genetree.com/product/dna-test-collection.asp
393656
You have to send in a sample.  You wouldn't have to travel personally to a lab.  I'm assuming you mean some sort of DNA fingerprinting profile.  We're a long way from mail-in complete genomes.
472133
I dont know if this will help but here is a web site I found!\n\nhttp://www.biochemj.org/bj/119/0017/1190017.pdf
619371
latex gloves\nzip lock bags\nuv light\nDNA analysers
569604
It's a process where DNA is moved and separated by electrical currents bands are formed on a gel called agarose.  It shows similarities and differences between relations and non relatives.  The gel created is unique to you and therefore is how DNA testing can tell if the DNA supplied came from a certain source
851316
I think I might be qualified to answer this question.\n\nDNA is separated in an electrophoretic field based on the size of the molecules.  \n\nImagine wet spaghetti strands (all different sizes) passing through a thick block of Swiss cheese.   Agarose electrophoresis is based on the ability of the smaller molecules to pass through holes easier than the larger molecules.\nThe smaller the mass, the more nimble it is, and the quicker it can manage all those "Swiss cheese" holes that agarose gels naturally have.\n\nOnce the DNA has run through the gel for a sufficient amount of time, you can stain the gel (actually you can stain the gel as the DNA moves through the gel too).  \n\nThe stain (the classic one is ethidium bromide, but there are others) has a propensity to squeeze itself between nucleotides on both strands.  When it is exposed to a transilluminator light  with a specific wavelength, the ethidium bromide will fluoresce and can be photographed for a permanent record.  \n\nAnalysis is typically based on running controls (positive and negative controls) and a size ladder along with the "unknown" PCR amplicon.  Usually I can predict the size of my unknown amplicon before I run the reaction. \n\nI can then choose a size ladder that will at least give me a rough idea of the size of my amplicon I expect. The ladder also allows me to observe any other false amplicons created during the PCR.  Additionally, some like to estimate how much PCR amplicon was generated in the reaction by comparing the intensity of the size ladder with the intensity of the amplicon. \n\nI hope I was able to help in answering your question.  Hoping YOU spread the good Karma!
697910
what type of image what type of DNA?\n\n\nhttp://www.csulb.edu/~cohlberg/storage/dna302.jpg\nhttp://www.alzheimers.org/rmedia/IMAGES/high/DNA_HIGH.JPG\nhttp://www.altered-states.net/barry/newsletter205/dna.jpg\nhttp://cmgm.stanford.edu/biochem201/Slides/DNA%20Topoisomerase/122%20Hum%20Topo%20I%20-%20DNA%20%20sites.JPG\nhttp://www.cottonexpressions.com/images/DNA.Large.jpg\nhttp://www.foolishpeople.com/foolishpeople/images/gem-dna.jpg\nhttp://www.ks.uiuc.edu/Research/vmd/images/collections/dof/dna/dna.jpg\nhttp://cmgm.stanford.edu/biochem118/images/DNA%20Slides/10A-DNA.jpg
491229
C)gel electrophoresis. \nIn gene splicing ther's cutting of DNA At specific regions. DNA Cloning involves the magnification or production of identical copies of DNA
273698
http://search.yahoo.com/search?p=shattered+helix+dna+of+humans&ei=UTF-8&fr=FP-tab-web-t&x=wrt  read through these to see if any of them are what you need
563152
Restriction enzymes, also called restriction nucleases (EcoRI in this example) , surrounds the DNA molecule at the point it seeks(sequence GAATTC). It cuts one strand of the DNA double helix at one point and the second strand at a different, complementary point (between the G and the A base). The separated pieces have single stranded "sticky-ends," which allow the complementary pieces to combine. \n\nThe newly joined pieces are stabilized by DNA ligase.\n\nEcoRI, one of many restriction enzymes, is obtained from the bacteria Escherichia coli.
458508
ofcourse, using any other Body cell. every cell has DNA
902893
your question doesnt make sense\ni know theres such thing as a DNase, that chews up DNA, but a replication digestive enzyme is like an oxymoron, its two different processes
566382
try this \n\nhttp://en.wikipedia.org/wiki/DNA_fingerprinting
742913
Gel Electrophoresis is a biggie\nYou can take advantage of their isoelectric points\nYou can take advantage of their acid/base chemistry \nYou can selectiviely stain them (ninhydrin comes to mind)