Recent Publications

• 1. Kiliushik D
  2. Goenner C
  3. Law M
  4. Schroeder GM
  5. Srivastava Y
  6. Jenkins JL
  7. Wedekind JE
  Knotty is nice: metabolite binding and RNA-mediated gene regulation by the preQ1 riboswitch family.; The Journal of biological chemistry. 2024 Oct 30.
• 1. Srivastava Y
  2. Akinyemi O
  3. Rohe TC
  4. Pritchett EM
  5. Baker CD
  6. Sharma A
  7. Jenkins JL
  8. Mathews DH
  9. Wedekind JE
  Two riboswitch classes that share a common ligand-binding fold show major differences in the ability to accommodate mutations.; Nucleic acids research. 2024 Oct 16.
• 1. Martinez JC
  2. Morandini F
  3. Fitzgibbons L
  4. Sieczkiewicz N
  5. Bae SJ
  6. Meadow ME
  7. Hillpot E
  8. Cutting J
  9. Paige V
  10. Biashad SA
  11. Simon M
  12. Sedivy J
  13. Seluanov A
  14. Gorbunova V
  cGAS deficient mice display premature aging associated with de-repression of LINE1 elements and inflammation.; bioRxiv : the preprint server for biology. 2024 Oct 11.
• 1. Das D
  2. Khor ES
  3. Jiang F
  4. He J
  5. Kawakami Y
  6. Wainwright L
  7. Hollinger J
  8. Geiger J
  9. Liu H
  10. Meng F
  11. Porter GA
  12. Jin Z
  13. Murphy P
  14. Yao P
  Loss-of-function of RNA-binding protein PRRC2B causes translational defects and congenital cardiovascular malformation.; medRxiv : the preprint server for health sciences. 2024 Sep 27.
• 1. Lin MH
  2. Jensen MK
  3. Elrod ND
  4. Chu HF
  5. Haseley M
  6. Beam AC
  7. Huang KL
  8. Chiang W
  9. Russell WK
  10. Williams K
  11. Pröschel C
  12. Wagner EJ
  13. Tong L
  Cytoplasmic binding partners of the Integrator endonuclease INTS11 and its paralog CPSF73 are required for their nuclear function.; Molecular cell. 2024 Jul 08.
• 1. Pan Y
  2. Adachi H
  3. He X
  4. Chen JL
  5. Yu YT
  6. Boutz PL
  Updated Pseudo-seq Protocol for Transcriptome-Wide Detection of Pseudouridines.; Bio-protocol; Vol 14(9), pp. e4985. 2024 May 05.
• 1. Haugen RJ
  2. Barnier C
  3. Elrod ND
  4. Luo H
  5. Jensen MK
  6. Ji P
  7. Smibert CA
  8. Lipshitz HD
  9. Wagner EJ
  10. Freddolino PL
  11. Goldstrohm AC
  Regulation of the Drosophila transcriptome by Pumilio and the CCR4-NOT deadenylase complex.; RNA (New York, N.Y.). 2024 Apr 16.
• 1. Tabata Fukushima C
  2. Dancil IS
  3. Clary H
  4. Shah N
  5. Nadtochiy SM
  6. Brookes PS
  Reactive oxygen species generation by reverse electron transfer at mitochondrial complex I under simulated early reperfusion conditions.; Redox biology; Vol 70, pp. 103047. 2024 Jan 27.
• 1. Zhao Y
  2. Zheng Z
  3. Zhang Z
  4. Xu Y
  5. Hillpot E
  6. Lin YS
  7. Zakusilo FT
  8. Lu JY
  9. Ablaeva J
  10. Biashad SA
  11. Miller RA
  12. Nevo E
  13. Seluanov A
  14. Gorbunova V
  Evolution of high-molecular-mass hyaluronic acid is associated with subterranean lifestyle.; Nature communications; Vol 14(1), pp. 8054. 2023 Dec 05.
• 1. Schroeder GM
  2. Kiliushik D
  3. Jenkins JL
  4. Wedekind JE
  Structure and function analysis of a type III preQ1-I riboswitch from E. coli reveals direct metabolite-sensing by the Shine-Dalgarno sequence.; The Journal of biological chemistry. 2023 Sep 01.
• 1. Haugen RJ
  2. Barnier C
  3. Elrod ND
  4. Luo H
  5. Jensen MK
  6. Ji P
  7. Smibert CA
  8. Lipshitz HD
  9. Wagner EJ
  10. Freddolino PL
  11. Goldstrohm AC
  Regulation of the Drosophila transcriptome by Pumilio and CCR4-NOT deadenylase.; bioRxiv : the preprint server for biology. 2023 Aug 30.
• 1. Haghani A
  2. Li CZ
  3. Robeck TR
  4. Zhang J
  5. Lu AT
  6. Ablaeva J
  7. Acosta-Rodríguez VA
  8. Adams DM
  9. Alagaili AN
  10. Almunia J
  11. Aloysius A
  12. Amor NMS
  13. Ardehali R
  14. Arneson A
  15. Baker CS
  16. Banks G
  17. Belov K
  18. Bennett NC
  19. Black P
  20. Blumstein DT
  21. Bors EK
  22. Breeze CE
  23. Brooke RT
  24. Brown JL
  25. Carter G
  26. Caulton A
  27. Cavin JM
  28. Chakrabarti L
  29. Chatzistamou I
  30. Chavez AS
  31. Chen H
  32. Cheng K
  33. Chiavellini P
  34. Choi OW
  35. Clarke S
  36. Cook JA
  37. Cooper LN
  38. Cossette ML
  39. Day J
  40. DeYoung J
  41. Dirocco S
  42. Dold C
  43. Dunnum JL
  44. Ehmke EE
  45. Emmons CK
  46. Emmrich S
  47. Erbay E
  48. Erlacher-Reid C
  49. Faulkes CG
  50. Fei Z
  51. Ferguson SH
  52. Finno CJ
  53. Flower JE
  54. Gaillard JM
  55. Garde E
  56. Gerber L
  57. Gladyshev VN
  58. Goya RG
  59. Grant MJ
  60. Green CB
  61. Hanson MB
  62. Hart DW
  63. Haulena M
  64. Herrick K
  65. Hogan AN
  66. Hogg CJ
  67. Hore TA
  68. Huang T
  69. Izpisua Belmonte JC
  70. Jasinska AJ
  71. Jones G
  72. Jourdain E
  73. Kashpur O
  74. Katcher H
  75. Katsumata E
  76. Kaza V
  77. Kiaris H
  78. Kobor MS
  79. Kordowitzki P
  80. Koski WR
  81. Krützen M
  82. Kwon SB
  83. Larison B
  84. Lee SG
  85. Lehmann M
  86. Lemaître JF
  87. Levine AJ
  88. Li X
  89. Li C
  90. Lim AR
  91. Lin DTS
  92. Lindemann DM
  93. Liphardt SW
  94. Little TJ
  95. Macoretta N
  96. Maddox D
  97. Matkin CO
  98. Mattison JA
  99. McClure M
  100. Mergl J
  101. Meudt JJ
  102. Montano GA
  103. Mozhui K
  104. Munshi-South J
  105. Murphy WJ
  106. Naderi A
  107. Nagy M
  108. Narayan P
  109. Nathanielsz PW
  110. Nguyen NB
  111. Niehrs C
  112. Nyamsuren B
  113. O'Brien JK
  114. Ginn PO
  115. Odom DT
  116. Ophir AG
  117. Osborn S
  118. Ostrander EA
  119. Parsons KM
  120. Paul KC
  121. Pedersen AB
  122. Pellegrini M
  123. Peters KJ
  124. Petersen JL
  125. Pietersen DW
  126. Pinho GM
  127. Plassais J
  128. Poganik JR
  129. Prado NA
  130. Reddy P
  131. Rey B
  132. Ritz BR
  133. Robbins J
  134. Rodriguez M
  135. Russell J
  136. Rydkina E
  137. Sailer LL
  138. Salmon AB
  139. Sanghavi A
  140. Schachtschneider KM
  141. Schmitt D
  142. Schmitt T
  143. Schomacher L
  144. Schook LB
  145. Sears KE
  146. Seifert AW
  147. Shafer ABA
  148. Shindyapina AV
  149. Simmons M
  150. Singh K
  151. Sinha I
  152. Slone J
  153. Snell RG
  154. Soltanmohammadi E
  155. Spangler ML
  156. Spriggs M
  157. Staggs L
  158. Stedman N
  159. Steinman KJ
  160. Stewart DT
  161. Sugrue VJ
  162. Szladovits B
  163. Takahashi JS
  164. Takasugi M
  165. Teeling EC
  166. Thompson MJ
  167. Van Bonn B
  168. Vernes SC
  169. Villar D
  170. Vinters HV
  171. Vu H
  172. Wallingford MC
  173. Wang N
  174. Wilkinson GS
  175. Williams RW
  176. Yan Q
  177. Yao M
  178. Young BG
  179. Zhang B
  180. Zhang Z
  181. Zhao Y
  182. Zhao P
  183. Zhou W
  184. Zoller JA
  185. Ernst J
  186. Seluanov A
  187. Gorbunova V
  188. Yang XW
  189. Raj K
  190. Horvath S
  DNA methylation networks underlying mammalian traits.; Science (New York, N.Y.); Vol 381(6658), pp. eabq5693. 2023 Aug 11.
• 1. Lazaro-Pena MI
  2. Cornwell AB
  3. Diaz-Balzac CA
  4. Das R
  5. Ward ZC
  6. Macoretta N
  7. Thakar J
  8. Samuelson AV
  Homeodomain-interacting protein kinase maintains neuronal homeostasis during normal Caenorhabditis elegans aging and systemically regulates longevity from serotonergic and GABAergic neurons.; eLife; Vol 12. 2023 Jun 20.
• 1. Lindström S
  2. Wang L
  3. Feng H
  4. Majumdar A
  5. Huo S
  6. Macdonald J
  7. Harrison T
  8. Turman C
  9. Chen H
  10. Mancuso N
  11. Bammler T
  12. Gallinger S
  13. Gruber SB
  14. Gunter MJ
  15. Le Marchand L
  16. Moreno V
  17. Offit K
  18. De Vivo I
  19. O'Mara TA
  20. Spurdle AB
  21. Tomlinson I
  22. Fitzgerald R
  23. Gharahkhani P
  24. Gockel I
  25. Jankowski J
  26. Macgregor S
  27. Schumacher J
  28. Barnholtz-Sloan J
  29. Bondy ML
  30. Houlston RS
  31. Jenkins RB
  32. Melin B
  33. Wrensch M
  34. Brennan P
  35. Christiani DC
  36. Johansson M
  37. Mckay J
  38. Aldrich MC
  39. Amos CI
  40. Landi MT
  41. Tardon A
  42. Bishop DT
  43. Demenais F
  44. Goldstein AM
  45. Iles MM
  46. Kanetsky PA
  47. Law MH
  48. Amundadottir LT
  49. Stolzenberg-Solomon R
  50. Wolpin BM
  51. Klein A
  52. Petersen G
  53. Risch H
  54. Chanock SJ
  55. Purdue MP
  56. Scelo G
  57. Pharoah P
  58. Kar S
  59. Hung RJ
  60. Pasaniuc B
  61. Kraft P
  Genome-wide analyses characterize shared heritability among cancers and identify novel cancer susceptibility regions.; Journal of the National Cancer Institute; Vol 115(6), pp. 712-732. 2023 Jun 08.
• 1. Rizig M
  2. Bandres-Ciga S
  3. Makarious MB
  4. Ojo O
  5. Crea PW
  6. Abiodun O
  7. Levine KS
  8. Abubakar S
  9. Achoru C
  10. Vitale D
  11. Adeniji O
  12. Agabi O
  13. Koretsky MJ
  14. Agulanna U
  15. Hall DA
  16. Akinyemi R
  17. Xie T
  18. Ali M
  19. Shamim EA
  20. Ani-Osheku I
  21. Padmanaban M
  22. Arigbodi O
  23. Standaert DG
  24. Bello A
  25. Dean M
  26. Erameh C
  27. Elsayed I
  28. Farombi T
  29. Okunoye O
  30. Fawale M
  31. Billingsley KJ
  32. Imarhiagbe F
  33. Jerez PA
  34. Iwuozo E
  35. Baker B
  36. Komolafe M
  37. Malik L
  38. Nwani P
  39. Daida K
  40. Nwazor E
  41. Miano-Burkhardt A
  42. Nyandaiti Y
  43. Fang ZH
  44. Obiabo Y
  45. Kluss JH
  46. Odeniyi O
  47. Hernandez D
  48. Odiase F
  49. Tayebi N
  50. Ojini F
  51. Sidranksy E
  52. Onwuegbuzie G
  53. D'Souza AM
  54. Osaigbovo G
  55. Berhe B
  56. Osemwegie N
  57. Reed X
  58. Oshinaike O
  59. Leonard H
  60. Otubogun F
  61. Alvarado CX
  62. Oyakhire S
  63. Ozomma S
  64. Samuel S
  65. Taiwo F
  66. Wahab K
  67. Zubair Y
  68. Iwaki H
  69. Kim JJ
  70. Morris HR
  71. Hardy J
  72. Nalls M
  73. Heilbron K
  74. Norcliffe-Kaufmann L
  75. Blauwendraat C
  76. Houlden H
  77. Singleton A
  78. Okubadejo N
  Genome-wide Association Identifies Novel Etiological Insights Associated with Parkinson's Disease in African and African Admixed Populations.; medRxiv : the preprint server for health sciences. 2023 May 07.
• 1. VanderWal AR
  2. Park JU
  3. Polevoda B
  4. Nicosia JK
  5. Molina Vargas AM
  6. Kellogg EH
  7. O'Connell MR
  Csx28 is a membrane pore that enhances CRISPR-Cas13b-dependent antiphage defense.; Science (New York, N.Y.); Vol 380(6643), pp. 410-415. 2023 Apr 27.
• 1. Haycock PC
  2. Borges MC
  3. Burrows K
  4. Lemaitre RN
  5. Burgess S
  6. Khankari NK
  7. Tsilidis KK
  8. Gaunt TR
  9. Hemani G
  10. Zheng J
  11. Truong T
  12. Birmann BM
  13. OMara T
  14. Spurdle AB
  15. Iles MM
  16. Law MH
  17. Slager SL
  18. Saberi Hosnijeh F
  19. Mariosa D
  20. Cotterchio M
  21. Cerhan JR
  22. Peters U
  23. Enroth S
  24. Gharahkhani P
  25. Le Marchand L
  26. Williams AC
  27. Block RC
  28. Amos CI
  29. Hung RJ
  30. Zheng W
  31. Gunter MJ
  32. Smith GD
  33. Relton C
  34. Martin RM
  The association between genetically elevated polyunsaturated fatty acids and risk of cancer.; EBioMedicine; Vol 91, pp. 104510. 2023 Apr 20.
• 1. Haycock PC
  2. Borges MC
  3. Burrows K
  4. Lemaitre RN
  5. Harrison S
  6. Burgess S
  7. Chang X
  8. Westra J
  9. Khankari NK
  10. Tsilidis KK
  11. Gaunt T
  12. Hemani G
  13. Zheng J
  14. Truong T
  15. O'Mara TA
  16. Spurdle AB
  17. Law MH
  18. Slager SL
  19. Birmann BM
  20. Saberi Hosnijeh F
  21. Mariosa D
  22. Amos CI
  23. Hung RJ
  24. Zheng W
  25. Gunter MJ
  26. Davey Smith G
  27. Relton C
  28. Martin RM
  Design and quality control of large-scale two-sample Mendelian randomization studies.; International journal of epidemiology; Vol 52(5), pp. 1498-1521. 2023 Apr 12.
• 1. Adachi H
  2. Pan Y
  3. He X
  4. Chen JL
  5. Klein B
  6. Platenburg G
  7. Morais P
  8. Boutz P
  9. Yu YT
  Targeted pseudouridylation: An approach for suppressing nonsense mutations in disease genes.; Molecular cell. 2023 Feb 03.
• 1. Fukushima CT
  2. Dancil IS
  3. Clary H
  4. Shah N
  5. Nadtochiy SM
  6. Brookes PS
  Reactive Oxygen Species Generation by Reverse Electron Transfer at Mitochondrial Complex I Under Simulated Early Reperfusion Conditions.; bioRxiv : the preprint server for biology. 2023 Jan 21.
• 1. Batchelor WB
  2. Anwaruddin S
  3. Wang DD
  4. Perpetua EM
  5. Krishnaswami A
  6. Velagapudi P
  7. Wyman JF
  8. Fullerton D
  9. Keegan P
  10. Phillips A
  11. Ross L
  12. Maini B
  13. Bernacki G
  14. Panjrath GS
  15. Lee J
  16. Geske JB
  17. Welt F
  18. Thakker PD
  19. Deswal A
  20. Park K
  21. Mack MJ
  22. Leon M
  23. Lewis S
  24. Holmes D
  The Multidisciplinary Heart Team in Cardiovascular Medicine: Current Role and Future Challenges.; JACC. Advances; Vol 2(1), pp. 100160. 2023 Jan 11.
• 1. Galindo RJ
  2. Uppal TS
  3. McCoy RG
  4. Umpierrez GE
  5. Ali MK
  Use and continuity of weight-modifying medications among adults with diabetes and overweight/obesity: US population study.; Obesity (Silver Spring, Md.). 2023 Jan 02.
• 1. Lin MH
  2. Jensen MK
  3. Elrod ND
  4. Huang KL
  5. Welle KA
  6. Wagner EJ
  7. Tong L
  Inositol hexakisphosphate is required for Integrator function.; Nature communications; Vol 13(1), pp. 5742. 2022 Sep 30.
• 1. Anjum H
  2. Yasmin F
  3. Ali SH
  4. Sunesara S
  5. Khawaja AM
  6. Haji Datoo A
  7. Ali M
  8. Surani S
  Think Outside the Box: A Rare Presentation of Schistosomiasis in the United States.; Cureus; Vol 14(8), pp. e27970. 2022 Aug 13.
• 1. Barker M
  2. Sathananthan J
  3. Perdoncin E
  4. Devireddy C
  5. Keegan P
  6. Grubb K
  7. Pop AM
  8. Depta JP
  9. Rai D
  10. Abtahian F
  11. Spence MS
  12. Mailey J
  13. Muir DF
  14. Russo MJ
  15. Pineda-Salazar J
  16. Okoh A
  17. Smith M
  18. Dahle TG
  19. Rana M
  20. Alfadhel M
  21. Meier D
  22. Chatfield A
  23. Akodad M
  24. Chuang A
  25. Samuel R
  26. Nestelberger T
  27. McAlister C
  28. Lauck S
  29. Webb JG
  30. Wood DA
  Same-Day Discharge Post-Transcatheter Aortic Valve Replacement During the COVID-19 Pandemic: The Multicenter PROTECT TAVR Study.; JACC. Cardiovascular interventions; Vol 15(6), pp. 590-598. 2022 Mar 28.
• 1. Chandrasekar EK
  2. Ali MK
  3. Wei J
  4. Narayan KV
  5. Owens-Gary MD
  6. Bullard KM
  Trends in depression by glycemic status: Serial cross-sectional analyses of the National Health and Nutrition Examination Surveys, 2005-2016.; Primary care diabetes. 2022 Mar 07.
• 1. Horvath S
  2. Haghani A
  3. Macoretta N
  4. Ablaeva J
  5. Zoller JA
  6. Li CZ
  7. Zhang J
  8. Takasugi M
  9. Zhao Y
  10. Rydkina E
  11. Zhang Z
  12. Emmrich S
  13. Raj K
  14. Seluanov A
  15. Faulkes CG
  16. Gorbunova V
  DNA methylation clocks tick in naked mole rats but queens age more slowly than nonbreeders.; Nature aging; Vol 2(1). 2022 Jan.
• 1. Lei X
  2. Mudiyanselage TB
  3. Zhang Y
  4. Bian C
  5. Lan W
  6. Yu N
  7. Pan Y
  A comprehensive survey on computational methods of non-coding RNA and disease association prediction.; Briefings in bioinformatics; Vol 22(4). 2021 Jul 20.
• 1. Chen H
  2. Majumdar A
  3. Wang L
  4. Kar S
  5. Brown KM
  6. Feng H
  7. Turman C
  8. Dennis J
  9. Easton D
  10. Michailidou K
  11. Simard J
  12. Bishop T
  13. Cheng IC
  14. Huyghe JR
  15. Schmit SL
  16. O'Mara TA
  17. Spurdle AB
  18. Gharahkhani P
  19. Schumacher J
  20. Jankowski J
  21. Gockel I
  22. Bondy ML
  23. Houlston RS
  24. Jenkins RB
  25. Melin B
  26. Lesseur C
  27. Ness AR
  28. Diergaarde B
  29. Olshan AF
  30. Amos CI
  31. Christiani DC
  32. Landi MT
  33. McKay JD
  34. Brossard M
  35. Iles MM
  36. Law MH
  37. MacGregor S
  38. Beesley J
  39. Jones MR
  40. Tyrer J
  41. Winham SJ
  42. Klein AP
  43. Petersen G
  44. Li D
  45. Wolpin BM
  46. Eeles RA
  47. Haiman CA
  48. Kote-Jarai Z
  49. Schumacher FR
  50. Brennan P
  51. Chanock SJ
  52. Gaborieau V
  53. Purdue MP
  54. Pharoah P
  55. Hung RJ
  56. Amundadottir LT
  57. Kraft P
  58. Pasaniuc B
  59. Lindström S
  Large-scale cross-cancer fine-mapping of the 5p15.33 region reveals multiple independent signals.; HGG advances; Vol 2(3), pp. 100041. 2021 Jun 12.
• 1. Zhang YD
  2. Hurson AN
  3. Zhang H
  4. Choudhury PP
  5. Easton DF
  6. Milne RL
  7. Simard J
  8. Hall P
  9. Michailidou K
  10. Dennis J
  11. Schmidt MK
  12. Chang-Claude J
  13. Gharahkhani P
  14. Whiteman D
  15. Campbell PT
  16. Hoffmeister M
  17. Jenkins M
  18. Peters U
  19. Hsu L
  20. Gruber SB
  21. Casey G
  22. Schmit SL
  23. O'Mara TA
  24. Spurdle AB
  25. Thompson DJ
  26. Tomlinson I
  27. De Vivo I
  28. Landi MT
  29. Law MH
  30. Iles MM
  31. Demenais F
  32. Kumar R
  33. MacGregor S
  34. Bishop DT
  35. Ward SV
  36. Bondy ML
  37. Houlston R
  38. Wiencke JK
  39. Melin B
  40. Barnholtz-Sloan J
  41. Kinnersley B
  42. Wrensch MR
  43. Amos CI
  44. Hung RJ
  45. Brennan P
  46. McKay J
  47. Caporaso NE
  48. Berndt SI
  49. Birmann BM
  50. Camp NJ
  51. Kraft P
  52. Rothman N
  53. Slager SL
  54. Berchuck A
  55. Pharoah PDP
  56. Sellers TA
  57. Gayther SA
  58. Pearce CL
  59. Goode EL
  60. Schildkraut JM
  61. Moysich KB
  62. Amundadottir LT
  63. Jacobs EJ
  64. Klein AP
  65. Petersen GM
  66. Risch HA
  67. Stolzenberg-Solomon RZ
  68. Wolpin BM
  69. Li D
  70. Eeles RA
  71. Haiman CA
  72. Kote-Jarai Z
  73. Schumacher FR
  74. Al Olama AA
  75. Purdue MP
  76. Scelo G
  77. Dalgaard MD
  78. Greene MH
  79. Grotmol T
  80. Kanetsky PA
  81. McGlynn KA
  82. Nathanson KL
  83. Turnbull C
  84. Wiklund F
  85. Chanock SJ
  86. Chatterjee N
  87. Garcia-Closas M
  Assessment of polygenic architecture and risk prediction based on common variants across fourteen cancers.; Nature communications; Vol 11(1), pp. 3353. 2020 Jul 03.
• 1. Hulver MJ
  2. Trautman JP
  3. Goodwin AP
  4. Roszczenko SK
  5. Fogarty KH
  6. Miller HB
  Human Tat-specific factor 1 binds the HIV-1 genome and selectively transports HIV-1 RNAs.; Molecular biology reports; Vol 47(3). 2020 Mar.
• 1. Tombline G
  2. Gigas J
  3. Macoretta N
  4. Zacher M
  5. Emmrich S
  6. Zhao Y
  7. Seluanov A
  8. Gorbunova V
  Proteomics of Long-Lived Mammals.; Proteomics. 2019 Nov 18.
• 1. Tan L
  2. Ke Z
  3. Tombline G
  4. Macoretta N
  5. Hayes K
  6. Tian X
  7. Lv R
  8. Ablaeva J
  9. Gilbert M
  10. Bhanu NV
  11. Yuan ZF
  12. Garcia BA
  13. Shi YG
  14. Shi Y
  15. Seluanov A
  16. Gorbunova V
  Naked Mole Rat Cells Have a Stable Epigenome that Resists iPSC Reprogramming.; Stem cell reports; Vol 9(5). 2017 Nov 14.
• 1. Haycock PC
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