Publications

• 1. Laturney M
  2. Sterne GR
  3. Scott K
  Mating activates neuroendocrine pathways signaling hunger in Drosophila females.; eLife; Vol 12. 2023 May 15.
• 1. Meissner GW
  2. Nern A
  3. Dorman Z
  4. DePasquale GM
  5. Forster K
  6. Gibney T
  7. Hausenfluck JH
  8. He Y
  9. Iyer NA
  10. Jeter J
  11. Johnson L
  12. Johnston RM
  13. Lee K
  14. Melton B
  15. Yarbrough B
  16. Zugates CT
  17. Clements J
  18. Goina C
  19. Otsuna H
  20. Rokicki K
  21. Svirskas RR
  22. Aso Y
  23. Card GM
  24. Dickson BJ
  25. Ehrhardt E
  26. Goldammer J
  27. Ito M
  28. Kainmueller D
  29. Korff W
  30. Mais L
  31. Minegishi R
  32. Namiki S
  33. Rubin GM
  34. Sterne GR
  35. Wolff T
  36. Malkesman O
  A searchable image resource of Drosophila GAL4 driver expression patterns with single neuron resolution.; eLife; Vol 12. 2023 Feb 23.
• 1. Kirk MJ
  2. Gold A
  3. Ravi A
  4. Sterne GR
  5. Scott K
  6. Miller EW
  Cell-Surface Targeting of Fluorophores in Drosophila for Rapid Neuroanatomy Visualization.; ACS chemical neuroscience; Vol 14(5), pp. 909-916. 2023 Feb 17.
• 1. Shiu PK
  2. Sterne GR
  3. Engert S
  4. Dickson BJ
  5. Scott K
  Taste quality and hunger interactions in a feeding sensorimotor circuit.; eLife; Vol 11. 2022 Jul 06.
• 1. Engert S
  2. Sterne GR
  3. Bock DD
  4. Scott K
  Drosophila gustatory projections are segregated by taste modality and connectivity.; eLife; Vol 11. 2022 May 25.
• 1. Li H
  2. Janssens J
  3. De Waegeneer M
  4. Kolluru SS
  5. Davie K
  6. Gardeux V
  7. Saelens W
  8. David FPA
  9. Brbić M
  10. Spanier K
  11. Leskovec J
  12. McLaughlin CN
  13. Xie Q
  14. Jones RC
  15. Brueckner K
  16. Shim J
  17. Tattikota SG
  18. Schnorrer F
  19. Rust K
  20. Nystul TG
  21. Carvalho-Santos Z
  22. Ribeiro C
  23. Pal S
  24. Mahadevaraju S
  25. Przytycka TM
  26. Allen AM
  27. Goodwin SF
  28. Berry CW
  29. Fuller MT
  30. White-Cooper H
  31. Matunis EL
  32. DiNardo S
  33. Galenza A
  34. O'Brien LE
  35. Dow JAT
  36. Jasper H
  37. Oliver B
  38. Perrimon N
  39. Deplancke B
  40. Quake SR
  41. Luo L
  42. Aerts S
  43. Agarwal D
  44. Ahmed-Braimah Y
  45. Arbeitman M
  46. Ariss MM
  47. Augsburger J
  48. Ayush K
  49. Baker CC
  50. Banisch T
  51. Birker K
  52. Bodmer R
  53. Bolival B
  54. Brantley SE
  55. Brill JA
  56. Brown NC
  57. Buehner NA
  58. Cai XT
  59. Cardoso-Figueiredo R
  60. Casares F
  61. Chang A
  62. Clandinin TR
  63. Crasta S
  64. Desplan C
  65. Detweiler AM
  66. Dhakan DB
  67. Donà E
  68. Engert S
  69. Floc'hlay S
  70. George N
  71. González-Segarra AJ
  72. Groves AK
  73. Gumbin S
  74. Guo Y
  75. Harris DE
  76. Heifetz Y
  77. Holtz SL
  78. Horns F
  79. Hudry B
  80. Hung RJ
  81. Jan YN
  82. Jaszczak JS
  83. Jefferis GSXE
  84. Karkanias J
  85. Karr TL
  86. Katheder NS
  87. Kezos J
  88. Kim AA
  89. Kim SK
  90. Kockel L
  91. Konstantinides N
  92. Kornberg TB
  93. Krause HM
  94. Labott AT
  95. Laturney M
  96. Lehmann R
  97. Leinwand S
  98. Li J
  99. Li JSS
  100. Li K
  101. Li K
  102. Li L
  103. Li T
  104. Litovchenko M
  105. Liu HH
  106. Liu Y
  107. Lu TC
  108. Manning J
  109. Mase A
  110. Matera-Vatnick M
  111. Matias NR
  112. McDonough-Goldstein CE
  113. McGeever A
  114. McLachlan AD
  115. Moreno-Roman P
  116. Neff N
  117. Neville M
  118. Ngo S
  119. Nielsen T
  120. O'Brien CE
  121. Osumi-Sutherland D
  122. Özel MN
  123. Papatheodorou I
  124. Petkovic M
  125. Pilgrim C
  126. Pisco AO
  127. Reisenman C
  128. Sanders EN
  129. Dos Santos G
  130. Scott K
  131. Sherlekar A
  132. Shiu P
  133. Sims D
  134. Sit RV
  135. Slaidina M
  136. Smith HE
  137. Sterne G
  138. Su YH
  139. Sutton D
  140. Tamayo M
  141. Tan M
  142. Tastekin I
  143. Treiber C
  144. Vacek D
  145. Vogler G
  146. Waddell S
  147. Wang W
  148. Wilson RI
  149. Wolfner MF
  150. Wong YE
  151. Xie A
  152. Xu J
  153. Yamamoto S
  154. Yan J
  155. Yao Z
  156. Yoda K
  157. Zhu R
  158. Zinzen RP
  Fly Cell Atlas: A single-nucleus transcriptomic atlas of the adult fruit fly.; Science (New York, N.Y.); Vol 375(6584), pp. eabk2432. 2022 Mar 04.
• 1. Sterne GR
  2. Otsuna H
  3. Dickson BJ
  4. Scott K
  Classification and genetic targeting of cell types in the primary taste and premotor center of the adult Drosophila brain.; eLife; Vol 10. 2021 Sep 02.
• 1. Wang X
  2. Zhang MW
  3. Kim JH
  4. Macara AM
  5. Sterne G
  6. Yang T
  7. Ye B
  The Krüppel-Like Factor Dar1 Determines Multipolar Neuron Morphology.; The Journal of neuroscience : the official journal of the Society for Neuroscience; Vol 35(42), pp. 14251-9. 2015 Oct 21.
• 1. Sanders J
  2. Singh A
  3. Sterne G
  4. Ye B
  5. Zhou J
  Learning-guided automatic three dimensional synapse quantification for drosophila neurons.; BMC bioinformatics; Vol 16, pp. 177. 2015 May 28.
• 1. Sterne GR
  2. Kim JH
  3. Ye B
  Dysregulated Dscam levels act through Abelson tyrosine kinase to enlarge presynaptic arbors.; eLife; Vol 4. 2015 May 19.
• 1. Wang X
  2. Sterne GR
  3. Ye B
  Regulatory mechanisms underlying the differential growth of dendrites and axons.; Neuroscience bulletin; Vol 30(4), pp. 557-68. 2014 Jul 08.
• 1. Zhou J
  2. Lamichhane S
  3. Sterne G
  4. Ye B
  5. Peng H
  BIOCAT: a pattern recognition platform for customizable biological image classification and annotation.; BMC bioinformatics; Vol 14, pp. 291. 2013 Jan 04.