28 Publications (Page 1 of 2)
2022
Identification of novel split-GAL4 drivers for the characterization of enteroendocrine cells in the Drosophila melanogaster midgut
Holsopple, Jessica M⋅Cook, Kevin R and Popodi, Ellen M
G3 Genes\vertGenomes\vertGenetics. | Journal Article
2020
Identification and Characterization of Breakpoints and Mutations on Drosophila melanogaster Balancer ChromosomesMiller, Danny E.⋅Miller, Danny E.⋅Kahsai, Lily⋅Kahsai, Lily⋅Buddika, Kasun⋅Buddika, Kasun⋅Dixon, Michael J.⋅Dixon, Michael J.⋅Kim, Bernard Y.⋅Kim, Bernard Y.⋅Calvi, Brian R.⋅Calvi, Brian R.⋅Sokol, Nicholas S.⋅Sokol, Nicholas S.⋅Hawley, R. Scott⋅Hawley, R. Scott⋅Cook, Kevin R. and Cook, Kevin R.G3&\mathsemicolon#58\mathsemicolon Genes\vertGenomes\vertGenetics, pp. g3.401559.2020.
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Identification of split-GAL4 drivers and enhancers that allow regional cell type manipulations of the Drosophila melanogaster intestine
Identification of Split-GAL4 Drivers and Enhancers That Allow Regional Cell Type Manipulations of the Drosophila melanogaster Intestine
Ariyapala, Ishara S.⋅Holsopple, Jessica M.⋅Popodi, Ellen M.⋅Hartwick, Dalton G.⋅Kahsai, Lily⋅Cook, Kevin R. and Sokol, Nicholas S.
Genetics, pp. genetics.303625.2020. | Journal Article
Supplemental material for Miller et al. 2020. GSA Journals
Supplemental material for Miller et al. 2020. GSA Journals
2019
Drosophila Heterochromatin Stabilization Requires the Zinc-Finger Protein Small OvaryBenner, Leif⋅Benner, Leif⋅Castro, Elias A.⋅Castro, Elias A.⋅Whitworth, Cale⋅Whitworth, Cale⋅Venken, Koen J. T.⋅Venken, Koen J. T.⋅Yang, Haiwang⋅Yang, Haiwang⋅Fang, Junnan⋅Fang, Junnan⋅Oliver, Brian⋅Oliver, Brian⋅Cook, Kevin R.⋅Cook, Kevin R.⋅Lerit, Dorothy A. and Lerit, Dorothy A.Genetics, pp. genetics.302590.2019.
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2018
Drosophila small ovary encodes a zinc-finger repressor required for ovarian differentiationBenner, Leif⋅Benner, Leif⋅Castro, Elias A⋅Castro, Elias A⋅Whitworth, Cale⋅Whitworth, Cale⋅Venken, Koen Jt⋅Venken, Koen JT⋅Yang, Haiwang⋅Yang, Haiwang⋅Oliver, Brian⋅Oliver, Brian⋅Cook, Kevin R⋅Cook, Kevin R⋅Lerit, Dorothy A and Lerit, Dorothy ACold Spring Harbor Laboratory
Mapping Second Chromosome Mutations to Defined Genomic Regions in Drosophila melanogaster
Kahsai, Lily and Cook, Kevin R.
G3&\mathsemicolon#58\mathsemicolon Genes\vertGenomes\vertGenetics, vol. 8, pp. 9–16. | Journal Article
The Molecular and Genetic Characterization of Second Chromosome Balancers in Drosophila melanogaster
Miller, Danny E.⋅Cook, Kevin R.⋅Hemenway, Elizabeth A.⋅Fang, Vivienne⋅Miller, Angela L.⋅Hales, Karen G. and Hawley, R. Scott
G3&\mathsemicolon#58\mathsemicolon Genes\vertGenomes\vertGenetics, pp. g3.200021.2018. | Journal Article
2016
A Common Suite of Coagulation Proteins Function in Drosophila Muscle Attachment.
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Effects of Gene Dose, Chromatin, and Network Topology on Expression in Drosophila melanogaster.Lee, Hangnoh⋅Cho, Dong-Yeon⋅Whitworth, Cale⋅Eisman, Robert⋅Phelps, Melissa⋅Roote, John⋅Kaufman, Thomas⋅Cook, Kevin⋅Russell, Steven⋅Przytycka, Teresa and Oliver, Brian.
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Phenotypes Associated with Second Chromosome P Element Insertions in Drosophila melanogaster
Kahsai, Lily⋅Millburn, Gillian H. and Cook, Kevin R.
G3&\mathsemicolon#58\mathsemicolon Genes\vertGenomes\vertGenetics, vol. 6, pp. 2665–2670. | Journal Article
Rare recombination events generate sequence diversity among balancer chromosomes in Drosophila melanogaster.Miller, Danny E⋅Miller, Danny E⋅Cook, Kevin R⋅Cook, Kevin R⋅Yeganeh Kazemi, Nazanin⋅Yeganeh Kazemi, Nazanin⋅Smith, Clarissa B⋅Smith, Clarissa B⋅Cockrell, Alexandria J⋅Cockrell, Alexandria J⋅Hawley, R Scott⋅Hawley, R. Scott⋅Bergman, Casey M and Bergman, Casey M.
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Third Chromosome Balancer Inversions Disrupt Protein-Coding Genes and Influence Distal Recombination Events in Drosophila melanogaster.
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2015
Safeguarding gene drive experiments in the laboratory: Multiple stringent confinement strategies should be used whenever possibleAkbari, Omar⋅Akbari, Omar S⋅Akbari, OS⋅Akbari, Omar S⋅Akbari, Omar S⋅Akbari, Omar S⋅Akbari, O.S.⋅Bellen, Hugo⋅Bellen, H.J.⋅Bellen, Hugo J⋅Bellen, Hugo J⋅Bellen, HJ⋅Bellen, Hugo J⋅Bellen, Hugo J⋅Bier, Ethan⋅Bier, Ethan⋅Bier, Ethan⋅Bier, E.⋅Bier, Ethan⋅Bier, E⋅Bier, Ethan⋅Bullock, Simon⋅Bullock, Simon L⋅Bullock, Simon L⋅Bullock, S.L.⋅Bullock, Simon L⋅Bullock, Simon L⋅Bullock, SL⋅Burt, Austin⋅Burt, Austin⋅Burt, A⋅Burt, Austin⋅Burt, Austin⋅Burt, Austin⋅Burt, A.⋅Church, George M⋅Church, George⋅Church, G.M.⋅Church, George M⋅Church, George M⋅Church, GM⋅Church, George M⋅Cook, Kevin R⋅Cook, Kevin R⋅Cook, Kevin R⋅Cook, KR⋅Cook, Kevin⋅Cook, Kevin R⋅Cook, K.R.⋅Duchek, Peter⋅Duchek, P.⋅Duchek, Peter⋅Duchek, Peter⋅Duchek, P⋅Duchek, Peter⋅Duchek, Peter⋅Edwards, Owain R⋅Edwards, O.R.⋅Edwards, Owain R⋅Edwards, Owain⋅Edwards, Owain R⋅Edwards, Owain R⋅Edwards, OR⋅Esvelt, Kevin M⋅Esvelt, Kevin M⋅Esvelt, Kevin⋅Esvelt, Kevin M⋅Esvelt, Kevin M⋅Esvelt, K.M.⋅Esvelt, KM⋅Gantz, VM⋅Gantz, V.M.⋅Gantz, Valentino⋅Gantz, Valentino M⋅Gantz, Valentino M⋅Gantz, Valentino M⋅Gantz, Valentino M⋅Golic, Kent G⋅Golic, Kent G⋅Golic, Kent G⋅Golic, K.G.⋅Golic, Kent G⋅Golic, KG⋅Golic, Kent⋅Gratz, Scott J⋅Gratz, Scott J⋅Gratz, S.J.⋅Gratz, Scott J⋅Gratz, Scott J⋅Gratz, Scott⋅Gratz, SJ⋅Harrison, MM⋅Harrison, Melissa M⋅Harrison, Melissa M⋅Harrison, Melissa M⋅Harrison, M.M.⋅Harrison, Melissa M⋅Harrison, Melissa⋅Hayes, Keith R⋅Hayes, KR⋅Hayes, Keith R⋅Hayes, Keith⋅Hayes, K.R.⋅Hayes, Keith R⋅Hayes, Keith R⋅James, Anthony A⋅James, Aa⋅James, Anthony A⋅James, Anthony A⋅James, A.A.⋅James, Anthony⋅James, Anthony A⋅Kaufman, Thomas C⋅Kaufman, Thomas C⋅Kaufman, Thomas C⋅Kaufman, T.C.⋅Kaufman, Thomas C⋅Kaufman, TC⋅Knoblich, Juergen⋅Knoblich, J⋅Knoblich, Juergen⋅Knoblich, J.⋅Knoblich, Juergen⋅Knoblich, Juergen⋅Malik, Harmit S⋅Malik, H.S.⋅Malik, HS⋅Malik, Harmit S⋅Malik, Harmit S⋅Malik, Harmit S⋅Matthews, Kathy A⋅Matthews, Kathy A⋅Matthews, Kathy A⋅Matthews, K.A.⋅Matthews, Kathy A⋅Matthews, KA⋅O’Connor-Giles, KM⋅O'Connor-Giles, Kate M⋅O'Connor-Giles, Kate M⋅O Connor-Giles, Kate M⋅O’Connor-Giles, K.M.⋅O Connor-Giles, Kate M⋅Parks, Annette L⋅Parks, Annette L⋅Parks, AL⋅Parks, A.L.⋅Parks, Annette L⋅Parks, Annette L⋅Perrimon, Norbert⋅Perrimon, Norbert⋅Perrimon, N⋅Perrimon, Norbert⋅Perrimon, Norbert⋅Perrimon, N.⋅Port, Fillip⋅Port, Fillip⋅Port, Fillip⋅Port, F.⋅Port, Fillip⋅Port, F⋅Russell, S⋅Russell, Steven⋅Russell, Steven⋅Russell, S.⋅Russell, Steven⋅Russell, Steven⋅Ueda, Ryu⋅Ueda, Ryu⋅Ueda, R⋅Ueda, Ryu⋅Ueda, Ryu⋅Ueda, R.⋅Wildonger, J.⋅Wildonger, Jill⋅Wildonger, Jill⋅Wildonger, Jill⋅Wildonger, Jill and Wildonger, JScience, vol. 349, pp. 927-929.
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2012
The generation of chromosomal deletions to provide extensive coverage and subdivision of the Drosophila melanogaster genomeCook, R K⋅Cook, R Kimberley⋅Christensen, Stacey J⋅Christensen, Stacey J⋅Deal, Jennifer A⋅Deal, Jennifer A⋅Coburn, Rachel A⋅Coburn, Rachel A⋅Deal, Megan E⋅Deal, Megan E⋅Gresens, Jill M⋅Gresens, Jill M⋅Kaufman, Thomas C⋅Kaufman, Thomas C⋅Cook, Kevin R and Cook, Kevin RGenome Biol, vol. 13, pp. R21.
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2010
A New Resource for Characterizing X-Linked Genes in Drosophila melanogaster: Systematic Coverage and Subdivision of the X Chromosome With Nested, Y-Linked DuplicationsCook, R K⋅Cook, R. K.⋅Deal, Megan E⋅Deal, M. E.⋅Deal, Jennifer A⋅Deal, J. A.⋅Garton, Russell D⋅Garton, R. D.⋅Brown, C. A.⋅Brown, C A⋅Ward, M. E.⋅Ward, Megan E⋅Andrade, R. S.⋅Andrade, Rachel S⋅Spana, Eric⋅Spana, E. P.⋅Kaufman, Thomas C⋅Kaufman, T. C.⋅Cook, Kevin R and Cook, K. R.Genetics, vol. 186, pp. 1095–1109.
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A spinosyn-sensitive Drosophila melanogaster nicotinic acetylcholine receptor identified through chemically induced target site resistance, resistance gene identification, and heterologous expressionWatson, Gerald B.⋅Watson, Gerald B⋅Chouinard, Scott W⋅Chouinard, Scott W.⋅Cook, Kevin R.⋅Cook, Kevin R⋅Geng, Chaoxian⋅Geng, Chaoxian⋅Gifford, Jim M.⋅Gifford, Jim M⋅Gustafson, Gary D.⋅Gustafson, Gary D⋅Hasler, James M.⋅Hasler, James M⋅Larrinua, Ignacio M.⋅Larrinua, Ignacio M⋅Letherer, Ted J.⋅Letherer, Ted J⋅Mitchell, Jon C.⋅Mitchell, Jon C⋅Pak, William L⋅Salgado, Vincent L⋅Sparks, Thomas C and Stilwell, Geoff EInsect Biochemistry and Molecular Biology, vol. 40, pp. 376–384.
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New research resources at the Bloomington Drosophila Stock Center.Cook, Kevin⋅Cook, Kevin R⋅Parks, Annette L⋅Parks, Annette L⋅Jacobus, Luke M⋅Jacobus, Luke M⋅Kaufman, Thomas C⋅Kaufman, Thomas C⋅Matthews, Kathleen A and Matthews, KathyFly, vol. 4, (no. 1), pp. 88-91, 2010 Jan-Mar.
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2007
The ribosomal protein genes and Minute loci of Drosophila melanogaster.Marygold, Steven J⋅Roote, John⋅Reuter, Gunter⋅Lambertsson, Gøran Andrew⋅Ashburner, Michael⋅Millburn, Gillian H⋅Harrison, Paul M⋅Yu, Zhan⋅Kenmochi, Naoya⋅Kaufman, Thomas C⋅Leevers, Sally J and Cook, KevinGenome Biology [NLM - MEDLINE], vol. 8, (no. 10), pp. R216, 2007.
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2004
A high proportion of genes involved in position effect variegation also affect chromosome inheritanceLe, Hiep D⋅Le, Hiep D.⋅Donaldson, Kathryn M.⋅Donaldson, Kathryn M⋅Cook, Kevin R⋅Cook, Kevin R.⋅Karpen, Gary H and Karpen, Gary H.Chromosoma, vol. 112, pp. 269–276.
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Systematic generation of high-resolution deletion coverage of the Drosophila melanogaster genome.Parks, Annette L⋅Cook, Kevin⋅Belvin, Marcia⋅Dompe, Nicholas A⋅Fawcett, Robert⋅Huppert, Kari⋅Tan, Lory R⋅Winter, Christopher G⋅Bogart, Kevin P⋅Deal, Jennifer E⋅Deal-Herr, Megan E⋅Grant, Deanna⋅Marcinko, Marie⋅Miyazaki, Wesley Y⋅Robertson, Stephanie⋅Shaw, Kenneth J⋅Tabios, Mariano⋅Vysotskaia, Valentina⋅Zhao, Lora⋅Andrade, Rachel S⋅Edgar, Kyle A⋅Howie, Elizabeth⋅Killpack, Keith⋅Milash, Brett⋅Norton, Amanda⋅Thao, Doua⋅Whittaker, Kellie⋅Winner, Millicent A⋅Friedman, Lori⋅Margolis, Jonathan⋅Singer, Matthew A⋅Kopczynski, Casey⋅Curtis, Daniel⋅Kaufman, Thomas C⋅Plowman, Gregory D⋅Duyk, Geoffrey and Francis-Lang, Helen LNature genetics, vol. 36, (no. 3), pp. 288-92, 2004/Mar.
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2001
The Drosophila Su(var)2-10 locus regulates chromosome structure and function and encodes a member of the PIAS protein family.Hari, K L⋅Cook, K R and Karpen, Gary H.
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1997
Identification of trans-acting genes necessary for centromere function in Drosophila melanogaster using centromere-defective minichromosomesCook, K R⋅Cook, K.R.⋅Murphy, T.D.⋅Murphy, T D⋅Nguyen, T C⋅Nguyen, T.C.⋅Karpen, Gary H and Karpen, G.H.Genetics, vol. 145, pp. 737-747.
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