linkage map Genetics?
917176
http://www.ncbi.nlm.nih.gov/books/bv.fcgi?rid=iga.section.962\nhttp://www.ndsu.edu/ndsu/abergstr/webcourses/genetics/tpt/tpt01.htm\n\nHope this helps!
782924
genetic predisposition
580833
sex-linked genes which can still be classified into x-linked genes and y-linked genes... ;p
281681
look up Restriction Enzymes
1181866
there are databases with which you can do homology searches. best to know what genes you are looking for though as genome wide homology may be difficult to search for\ntry the ensemble database:\nhttp://www.ensembl.org/index.html\notherwise a broad literature search might be better suited. odds are someone else has already done a similar comparison.\n\nfound this old review\n\nhttp://www.sciencedirect.com/science?_ob=MImg&_imagekey=B6VS0-45765F9-2J-1&_cdi=6248&_user=911953&_orig=search&_coverDate=06%2F30%2F1997&_qd=1&_sk=999929996&view=c&wchp=dGLbVtz-zSkWA&md5=03f894feac6d92afb553850237f34bcf&ie=/sdarticle.pdf\n\nmight be of some help. if the link doesnt work, can be found using a Pubmed search.
633663
the portion of genes that determines traits are called alleles (sp).  If you want to find out which ones I am sure they are mapped out if you use a search engine\n\nAt one time scientists thought that a single gene pair, in a dominant/recessive inheritance pattern, controlled human eye color. The allele for brown eyes was considered dominant over the allele for blue eyes. The genetic basis for eye color is actually far more complex. At the present, three gene pairs controlling human eye color are known. Two of the gene pairs occur on chromosome pair 15 and one occurs on chromosome pair 19. The bey 2 gene, on chromosome 15, has a brown and a blue allele. A second gene, located on chromosome 19 (the gey gene) has a blue and a green allele. A third gene, bey 1, located on chromosome 15, is a central brown eye color gene. \n\nsaved you the trouble
786358
When Mendal observed that his 7 traits assorted independantly of each other in peas, he assumed that all traits assorted independantly of all other traits, and made that a law of inheritance.\n\nWell, we know know that's wrong.  We observe that while many pairs of traits assort independantly, many other pairs do not.  Thomas Hunt Morgan's lab first observed that fuit fly eye color was linked to fly sex.  Other people observed that other pairs of traits were not totally completely linked, but that they were not totally independant either.  When two traits were found to not assort completely independantly, the term used to describe that situation was "linkage".\n\nWe now know that linkage happens because genes aren't floating around as perfect little gene spheres, bobbing around the nucleus.  They are arranged "like pearls on a string" on chromosomes.  So genes that are on the same string will not assort independently.  Meiosis will sometimes split them, sometimes not, depending on how close the genes are to each other.  They are physically linked, and we call the dependant assortment linkage too.
410584
Are the genes linked? I don't have my book with me here.\n\nIf not, mate a male with one of them. Take the male progeny from that mating and cross with the other mutant. Select hermaphrodites from the period of egg laying when the sex ratio is 1:1 (say the second 8-hour period after they're together). Allow these hermaphrodites to self and select double mutants from the progeny. I think this should do it, but you'd better draw it out.\n\nIf they're linked I think it will just be harder to find double mutant progeny in the final stage, again draw it out to check.
614452
Genetics and groceries.
862829
Gene Allele Description\nB=black, b=brown\nC=color deposition, c= no color deposition\n\nParents cross: BbCc  x  BbCc\nGametes: BC; Bc; bC; bc  x  BC; Bc; bC; bc\n\nF1 Punnnet Square\n\n.........BC....Bc....bC....bc\nBC\n\nBc\n\nbC\n\nbc\n\nthe result of the punnet square is as follow:\n\n9/16 B_C_  Black (color deposition)\n3/16 bbCC  Brown (color deposition)\n3/16 BBcc  Yellow (no color deposition)\n1/16 bbcc   Yellow (no color deposition)\n\nratio: 9:3:4\n\ngene c is epistatic on gene B/b
372921
http://faculty.clintoncc.suny.edu/faculty/Michael.Gregory/files/Bio%20101/Bio%20101%20Lectures/DNA/dna.htm
427517
Something to do w/ genetics............\n\n-Mr. Happy-\n:o)
1166977
If you are African, the best site is: http://www.africanancestry.com.  www.genetree.com also has a kit for determining your racial and ancestral dna links.  Good luck.
824039
Not sure if this will help but try the link below\n\nhttp://www.answers.com/topic/gene
47893
That's sick....\n\nAnyway, I did my assignment on albinism, specifically OCA1-ts albanism.  Do an OMIM search on the NCBI website, that should get you started.  The one mutation I picked was R402Q.
214661
www.accesgenealogy.com
96132
There have been hundreds of thousands of such experiments done. Moreover you can easily do them yourself using some nutriemt agar and an incubator with a few hundred dollars to pay someone to do the genetic workup.\n\ntalk.origins is your one stop shop for these types of quetsions. The site is highly reputable, well refernces, cites peer reveiewed science journals and most importantly lists literally hundreds of experimenst that show exactly what you describe.\n\nI've attached a couple link to pages that list a dozenor so such mutation studies, but the site has many hundreds of others.