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animals (1) 1
codon (1) 1
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drosophila - genetics (1) 1
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1. Full Text Drosophila Muller F elements maintain a distinct set of genomic properties over 40 million years of evolution
by Leung, Wilson and Shaffer, Christopher D and Reed, Laura K and Smith, Sheryl T and Barshop, William and Dirkes, William and Dothager, Matthew and Lee, Paul and Wong, Jeannette and Xiong, David and Yuan, Han and Bedard, James E.J and Machone, Joshua F and Patterson, Seantay D and Price, Amber L and Turner, Bryce A and Robic, Srebrenka and Luippold, Erin K and McCartha, Shannon R and Walji, Tezin A and Walker, Chelsea A and Saville, Kenneth and Abrams, Marita K and Armstrong, Andrew R and Armstrong, William and Bailey, Robert J and Barberi, Chelsea R and Beck, Lauren R and Blaker, Amanda L and Blunden, Christopher E and Brand, Jordan P and Brock, Ethan J and Brooks, Dana W and Brown, Marie and Butzler, Sarah C and Clark, Eric M and Clark, Nicole B and Collins, Ashley A and Cotteleer, Rebecca J and Cullimore, Peterson R and Dawson, Seth G and Docking, Carter T and Dorsett, Sasha L and Dougherty, Grace A and Downey, Kaitlyn A and Drake, Andrew P and Earl, Erica K and Floyd, Trevor G and Forsyth, Joshua D and Foust, Jonathan D and Franchi, Spencer L and Geary, James F and Hanson, Cynthia K and Harding, Taylor S and Harris, Cameron B and Heckman, Jonathan M and Holderness, Heather L and Howey, Nicole A and Jacobs, Dontae A and Jewell, Elizabeth S and Kaisler, Maria and Karaska, Elizabeth A and Kehoe, James L and Koaches, Hannah C and Koehler, Jessica and Koenig, Dana and Kujawski, Alexander J and Kus, Jordan E and Lammers, Jennifer A and Leads, Rachel R and Leatherman, Emily C and Lippert, Rachel N and Messenger, Gregory S and Morrow, Adam T and NewcombVictoria, Haley J and Plasman, Plasman and Potocny, Stephanie J and Powers, Michelle K and Reem, Rachel M and Rennhack, Jonathan P and Reynolds, Katherine R and Reynolds, Lyndsey A and Rhee, Dong K and Rivard, Allyson B and Ronk, Adam J and Rooney, Meghan B and Rubin, Lainey S and Salbert, Luke R and Saluja, Rasleen K and Schauder, Taylor and Schneiter, Allison R and Schulz, Robert W and Smith, Karl E and Spencer, Sarah and Swanson, Bryant R and Tache, Melissa A and Tewilliager, Ashley A and Tilot, Amanda K and VanEck, Eve and Villerot, Matthew M and ... and Participating Students Fac Genomic
G3: Genes, Genomes, Genetics, ISSN 2160-1836, 2015, Volume 5, Issue 5, pp. 719 - 740
The Muller F element (4.2 Mb, similar to 80 protein-coding genes) is an unusual autosome of Drosophila melanogaster; it is mostly heterochromatic with a low... 
Melting characteristics | Evolution of heterochromatin | Transposons | Gene size | Codon bias | codon bias | RNA INTERFERENCE | DINE-1 TRANSPOSABLE ELEMENTS | melting characteristics | transposons | CODON USAGE BIAS | DOT CHROMOSOME | evolution of heterochromatin | gene size | TANDEM REPEATS | HIGHLY ABUNDANT | GENETICS & HEREDITY | SEQUENCED GENOMES | MELANOGASTER CHROMOSOME-4 | HETEROCHROMATIN FORMATION | ROLLING-CIRCLE TRANSPOSONS | Polytene Chromosomes | Species Specificity | Exons | Introns | Genomics | Molecular Sequence Annotation | Computational Biology | Selection, Genetic | Drosophila melanogaster - genetics | DNA Transposable Elements | Heterochromatin | Animals | Codon | Gene Rearrangement | Repetitive Sequences, Nucleic Acid | Drosophila Proteins - genetics | Genome | Drosophila - genetics | Evolution, Molecular
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2. Full Text DrosophilaMuller F Elements Maintain a Distinct Set of Genomic Properties Over 40 Million Years of Evolution
by Leung, Wilson and Shaffer, Christopher D and Reed, Laura K and Smith, Sheryl T and Barshop, William and Dirkes, William and Dothager, Matthew and Lee, Paul and Wong, Jeannette and Xiong, David and Yuan, Han and Bedard, James E. J and Machone, Joshua F and Patterson, Seantay D and Price, Amber L and Turner, Bryce A and Robic, Srebrenka and Luippold, Erin K and McCartha, Shannon R and Walji, Tezin A and Walker, Chelsea A and Saville, Kenneth and Abrams, Marita K and Armstrong, Andrew R and Armstrong, William and Bailey, Robert J and Barberi, Chelsea R and Beck, Lauren R and Blaker, Amanda L and Blunden, Christopher E and Brand, Jordan P and Brock, Ethan J and Brooks, Dana W and Brown, Marie and Butzler, Sarah C and Clark, Eric M and Clark, Nicole B and Collins, Ashley A and Cotteleer, Rebecca J and Cullimore, Peterson R and Dawson, Seth G and Docking, Carter T and Dorsett, Sasha L and Dougherty, Grace A and Downey, Kaitlyn A and Drake, Andrew P and Earl, Erica K and Floyd, Trevor G and Forsyth, Joshua D and Foust, Jonathan D and Franchi, Spencer L and Geary, James F and Hanson, Cynthia K and Harding, Taylor S and Harris, Cameron B and Heckman, Jonathan M and Holderness, Heather L and Howey, Nicole A and Jacobs, Dontae A and Jewell, Elizabeth S and Kaisler, Maria and Karaska, Elizabeth A and Kehoe, James L and Koaches, Hannah C and Koehler, Jessica and Koenig, Dana and Kujawski, Alexander J and Kus, Jordan E and Lammers, Jennifer A and Leads, Rachel R and Leatherman, Emily C and Lippert, Rachel N and Messenger, Gregory S and Morrow, Adam T and Newcomb, Victoria and Plasman, Haley J and Potocny, Stephanie J and Powers, Michelle K and Reem, Rachel M and Rennhack, Jonathan P and Reynolds, Katherine R and Reynolds, Lyndsey A and Rhee, Dong K and Rivard, Allyson B and Ronk, Adam J and Rooney, Meghan B and Rubin, Lainey S and Salbert, Luke R and Saluja, Rasleen K and Schauder, Taylor and Schneiter, Allison R and Schulz, Robert W and Smith, Karl E and Spencer, Sarah and Swanson, Bryant R and Tache, Melissa A and Tewilliager, Ashley A and Tilot, Amanda K and VanEck, Eve and Villerot, Matthew M and ...
G3: Genes|Genomes|Genetics, ISSN 2160-1836, 05/2015, Volume 5, Issue 5, pp. 719 - 740
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3. Full Text the puzzles of planethood.(Astronomers wrestle with what to call those faint things they're finding around and among other suns)
by Kaisler, Denise
08/2002, Volume 104, Issue 2, 7
Research | Orion Nebula
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