Publications

• 1. Faust HJ
  2. Cheng TY
  3. Korsunsky I
  4. Watts GFM
  5. Gal-Oz ST
  6. Trim WV
  7. Kongthong S
  8. Jonsson AH
  9. Simmons DP
  10. Zhang F
  11. Padera R
  12. Chubinskaya S
  13. Wei K
  14. Raychaudhuri S
  15. Lynch L
  16. Moody DB
  17. Brenner MB
  Adipocyte associated glucocorticoid signaling regulates normal fibroblast function which is lost in inflammatory arthritis.; Nature communications; Vol 15(1), pp. 9859. 2024 Nov 14.
• 1. Suresh V
  2. Crow MK
  3. Anolik JH
  4. Bridges SL
  5. Pisetsky DS
  Highlights from the 2024 Rheumatoid Arthritis Research Summit.; Seminars in arthritis and rheumatism. 2024 Nov 08.
• 1. Bell RD
  2. Brendel M
  3. Konnaris MA
  4. Xiang J
  5. Otero M
  6. Fontana MA
  7. Bai Z
  8. Krenitsky DM
  9. Meednu N
  10. Rangel-Moreno J
  11. Scheel-Toellner D
  12. Carr H
  13. Nayar S
  14. McMurray J
  15. DiCarlo E
  16. Anolik JH
  17. Donlin LT
  18. Orange DE
  19. Kenney HM
  20. Schwarz EM
  21. Filer A
  22. Ivashkiv LB
  23. Wang F
  Automated multi-scale computational pathotyping (AMSCP) of inflamed synovial tissue.; Nature communications; Vol 15(1), pp. 7503. 2024 Aug 29.
• 1. Law C
  2. Wacleche VS
  3. Cao Y
  4. Pillai A
  5. Sowerby J
  6. Hancock B
  7. Horisberger A
  8. Bracero S
  9. Skidanova V
  10. Li Z
  11. Adejoorin I
  12. Dillon E
  13. Benque IJ
  14. Nunez DP
  15. Simmons DP
  16. Keegan J
  17. Chen L
  18. Baker T
  19. Brohawn PZ
  20. Al-Mossawi H
  21. Hao LY
  22. Jones B
  23. Rao N
  24. Qu Y
  25. Alves SE
  26. Jonsson AH
  27. Shaw KS
  28. Vleugels RA
  29. Massarotti E
  30. Costenbader KH
  31. Brenner MB
  32. Lederer JA
  33. Hultquist JF
  34. Choi J
  35. Rao DA
  Publisher Correction: Interferon subverts an AHR-JUN axis to promote CXCL13+ T cells in lupus.; Nature. 2024 Jul 26.
• 1. Law C
  2. Wacleche VS
  3. Cao Y
  4. Pillai A
  5. Sowerby J
  6. Hancock B
  7. Horisberger A
  8. Bracero S
  9. Skidanova V
  10. Li Z
  11. Adejoorin I
  12. Dillon E
  13. Benque IJ
  14. Nunez DP
  15. Simmons DP
  16. Keegan J
  17. Chen L
  18. Baker T
  19. Brohawn PZ
  20. Al-Mossawi H
  21. Hao LY
  22. Jones B
  23. Rao N
  24. Qu Y
  25. Alves SE
  26. Jonsson AH
  27. Shaw KS
  28. Vleugels RA
  29. Massarotti E
  30. Costenbader KH
  31. Brenner MB
  32. Lederer JA
  33. Hultquist JF
  34. Choi J
  35. Rao DA
  Interferon subverts an AHR-JUN axis to promote CXCL13+ T cells in lupus.; Nature. 2024 Jul 10.
• 1. Dunlap G
  2. Wagner A
  3. Meednu N
  4. Wang R
  5. Zhang F
  6. Ekabe JC
  7. Jonsson AH
  8. Wei K
  9. Sakaue S
  10. Nathan A
  11. Bykerk VP
  12. Donlin LT
  13. Goodman SM
  14. Firestein GS
  15. Boyle DL
  16. Holers VM
  17. Moreland LW
  18. Tabechian D
  19. Pitzalis C
  20. Filer A
  21. Raychaudhuri S
  22. Brenner MB
  23. Thakar J
  24. McDavid A
  25. Rao DA
  26. Anolik JH
  Clonal associations between lymphocyte subsets and functional states in rheumatoid arthritis synovium.; Nature communications; Vol 15(1), pp. 4991. 2024 Jun 11.
• 1. Weinand K
  2. Sakaue S
  3. Nathan A
  4. Jonsson AH
  5. Zhang F
  6. Watts GFM
  7. Al Suqri M
  8. Zhu Z
  9. Rao DA
  10. Anolik JH
  11. Brenner MB
  12. Donlin LT
  13. Wei K
  14. Raychaudhuri S
  The chromatin landscape of pathogenic transcriptional cell states in rheumatoid arthritis.; Nature communications; Vol 15(1), pp. 4650. 2024 May 31.
• 1. Bai Z
  2. Bartelo N
  3. Aslam M
  4. Murphy EA
  5. Hale CR
  6. Blachere NE
  7. Parveen S
  8. Spolaore E
  9. DiCarlo E
  10. Gravallese EM
  11. Smith MH
  12. Frank MO
  13. Jiang CS
  14. Zhang H
  15. Pyrgaki C
  16. Lewis MJ
  17. Sikandar S
  18. Pitzalis C
  19. Lesnak JB
  20. Mazhar K
  21. Price TJ
  22. Malfait AM
  23. Miller RE
  24. Zhang F
  25. Goodman S
  26. Darnell RB
  27. Wang F
  28. Orange DE
  Synovial fibroblast gene expression is associated with sensory nerve growth and pain in rheumatoid arthritis.; Science translational medicine; Vol 16(742), pp. eadk3506. 2024 Apr 10.
• 1. Sakaue S
  2. Weinand K
  3. Isaac S
  4. Dey KK
  5. Jagadeesh K
  6. Kanai M
  7. Watts GFM
  8. Zhu Z
  9. Brenner MB
  10. McDavid A
  11. Donlin LT
  12. Wei K
  13. Price AL
  14. Raychaudhuri S
  Tissue-specific enhancer-gene maps from multimodal single-cell data identify causal disease alleles.; Nature genetics. 2024 Apr 09.
• 1. Fava A
  2. Buyon J
  3. Magder L
  4. Hodgin J
  5. Rosenberg A
  6. Demeke DS
  7. Rao DA
  8. Arazi A
  9. Celia AI
  10. Putterman C
  11. Anolik JH
  12. Barnas J
  13. Dall'Era M
  14. Wofsy D
  15. Furie R
  16. Kamen D
  17. Kalunian K
  18. James JA
  19. Guthridge J
  20. Atta MG
  21. Monroy Trujillo J
  22. Fine D
  23. Clancy R
  24. Belmont HM
  25. Izmirly P
  26. Apruzzese W
  27. Goldman D
  28. Berthier CC
  29. Hoover P
  30. Hacohen N
  31. Raychaudhuri S
  32. Davidson A
  33. Diamond B
  34. Petri M
  Urine proteomic signatures of histological class, activity, chronicity, and treatment response in lupus nephritis.; JCI insight; Vol 9(2). 2024 Jan 23.
• 1. Horisberger A
  2. Griffith A
  3. Keegan J
  4. Arazi A
  5. Pulford J
  6. Murzin E
  7. Howard K
  8. Hancock B
  9. Fava A
  10. Sasaki T
  11. Ghosh T
  12. Inamo J
  13. Beuschel R
  14. Cao Y
  15. Preisinger K
  16. Gutierrez-Arcelus M
  17. Eisenhaure TM
  18. Guthridge J
  19. Hoover PJ
  20. Dall'Era M
  21. Wofsy D
  22. Kamen DL
  23. Kalunian KC
  24. Furie R
  25. Belmont M
  26. Izmirly P
  27. Clancy R
  28. Hildeman D
  29. Woodle ES
  30. Apruzzese W
  31. McMahon MA
  32. Grossman J
  33. Barnas JL
  34. Payan-Schober F
  35. Ishimori M
  36. Weisman M
  37. Kretzler M
  38. Berthier CC
  39. Hodgin JB
  40. Demeke DS
  41. Putterman C
  42. Brenner MB
  43. Anolik JH
  44. Raychaudhuri S
  45. Hacohen N
  46. James JA
  47. Davidson A
  48. Petri MA
  49. Buyon JP
  50. Diamond B
  51. Zhang F
  52. Lederer JA
  53. Rao DA
  Blood immunophenotyping identifies distinct kidney histopathology and outcomes in patients with lupus nephritis.; bioRxiv : the preprint server for biology. 2024 Jan 15.
• 1. Kang JB
  2. Shen AZ
  3. Gurajala S
  4. Nathan A
  5. Rumker L
  6. Aguiar VRC
  7. Valencia C
  8. Lagattuta KA
  9. Zhang F
  10. Jonsson AH
  11. Yazar S
  12. Alquicira-Hernandez J
  13. Khalili H
  14. Ananthakrishnan AN
  15. Jagadeesh K
  16. Dey K
  17. Daly MJ
  18. Xavier RJ
  19. Donlin LT
  20. Anolik JH
  21. Powell JE
  22. Rao DA
  23. Brenner MB
  24. Gutierrez-Arcelus M
  25. Luo Y
  26. Sakaue S
  27. Raychaudhuri S
  Mapping the dynamic genetic regulatory architecture of HLA genes at single-cell resolution.; Nature genetics; Vol 55(12), pp. 2255-2268. 2023 Nov 30.
• 1. Abeles I
  2. Palma C
  3. Meednu N
  4. Payne AS
  5. Looney RJ
  6. Anolik JH
  B Cell-Directed Therapy in Autoimmunity.; Annual review of immunology. 2023 Nov 27.
• 1. Zhang F
  2. Jonsson AH
  3. Nathan A
  4. Millard N
  5. Curtis M
  6. Xiao Q
  7. Gutierrez-Arcelus M
  8. Apruzzese W
  9. Watts GFM
  10. Weisenfeld D
  11. Nayar S
  12. Rangel-Moreno J
  13. Meednu N
  14. Marks KE
  15. Mantel I
  16. Kang JB
  17. Rumker L
  18. Mears J
  19. Slowikowski K
  20. Weinand K
  21. Orange DE
  22. Geraldino-Pardilla L
  23. Deane KD
  24. Tabechian D
  25. Ceponis A
  26. Firestein GS
  27. Maybury M
  28. Sahbudin I
  29. Ben-Artzi A
  30. Mandelin AM
  31. Nerviani A
  32. Lewis MJ
  33. Rivellese F
  34. Pitzalis C
  35. Hughes LB
  36. Horowitz D
  37. DiCarlo E
  38. Gravallese EM
  39. Boyce BF
  40. Moreland LW
  41. Goodman SM
  42. Perlman H
  43. Holers VM
  44. Liao KP
  45. Filer A
  46. Bykerk VP
  47. Wei K
  48. Rao DA
  49. Donlin LT
  50. Anolik JH
  51. Brenner MB
  52. Raychaudhuri S
  Deconstruction of rheumatoid arthritis synovium defines inflammatory subtypes.; Nature; Vol 623(7987), pp. 616-624. 2023 Nov 08.
• 1. Kenney HM
  2. Rangel-Moreno J
  3. Peng Y
  4. Chen KL
  5. Bruno J
  6. Embong A
  7. Pritchett E
  8. Fox JI
  9. Becerril-Villanueva E
  10. Gamboa-Domínguez A
  11. Quataert S
  12. Muthukrishnan G
  13. Wood RW
  14. Korman BD
  15. Anolik JH
  16. Xing L
  17. Ritchlin CT
  18. Schwarz EM
  19. Wu CL
  Multi-omics analysis identifies IgG2b class-switching with ALCAM-CD6 co-stimulation in joint-draining lymph nodes during advanced inflammatory-erosive arthritis.; Frontiers in immunology; Vol 14, pp. 1237498. 2023 Aug 25.
• 1. Inamo J
  2. Keegan J
  3. Griffith A
  4. Ghosh T
  5. Horisberger A
  6. Howard K
  7. Pulford J
  8. Murzin E
  9. Hancock B
  10. Jonsson AH
  11. Seifert J
  12. Feser ML
  13. Norris JM
  14. Cao Y
  15. Apruzzese W
  16. Louis Bridges S
  17. Bykerk V
  18. Goodman S
  19. Donlin L
  20. Firestein GS
  21. Perlman H
  22. Bathon JM
  23. Hughes LB
  24. Tabechian D
  25. Filer A
  26. Pitzalis C
  27. Anolik JH
  28. Moreland L
  29. Guthridge JM
  30. James JA
  31. Brenner MB
  32. Raychaudhuri S
  33. Sparks JA
  34. Michael Holers V
  35. Deane KD
  36. Lederer JA
  37. Rao DA
  38. Zhang F
  Deep immunophenotyping reveals circulating activated lymphocytes in individuals at risk for rheumatoid arthritis.; bioRxiv : the preprint server for biology. 2023 Jul 04.
• 1. Weinand K
  2. Sakaue S
  3. Nathan A
  4. Jonsson AH
  5. Zhang F
  6. Watts GFM
  7. Zhu Z
  8. Rao DA
  9. Anolik JH
  10. Brenner MB
  11. Donlin LT
  12. Wei K
  13. Raychaudhuri S
  The Chromatin Landscape of Pathogenic Transcriptional Cell States in Rheumatoid Arthritis.; bioRxiv : the preprint server for biology. 2023 Apr 08.
• 1. Dunlap G
  2. Wagner A
  3. Meednu N
  4. Zhang F
  5. Jonsson AH
  6. Wei K
  7. Sakaue S
  8. Nathan A
  9. Bykerk VP
  10. Donlin LT
  11. Goodman SM
  12. Firestein GS
  13. Boyle DL
  14. Holers VM
  15. Moreland LW
  16. Tabechian D
  17. Pitzalis C
  18. Filer A
  19. Raychaudhuri S
  20. Brenner MB
  21. McDavid A
  22. Rao DA
  23. Anolik JH
  Clonal associations of lymphocyte subsets and functional states revealed by single cell antigen receptor profiling of T and B cells in rheumatoid arthritis synovium.; bioRxiv : the preprint server for biology. 2023 Mar 21.
• 1. Kang JB
  2. Shen AZ
  3. Sakaue S
  4. Luo Y
  5. Gurajala S
  6. Nathan A
  7. Rumker L
  8. Aguiar VRC
  9. Valencia C
  10. Lagattuta K
  11. Zhang F
  12. Jonsson AH
  13. Yazar S
  14. Alquicira-Hernandez J
  15. Khalili H
  16. Ananthakrishnan AN
  17. Jagadeesh K
  18. Dey K
  19. Daly MJ
  20. Xavier RJ
  21. Donlin LT
  22. Anolik JH
  23. Powell JE
  24. Rao DA
  25. Brenner MB
  26. Gutierrez-Arcelus M
  27. Raychaudhuri S
  Mapping the dynamic genetic regulatory architecture of HLA genes at single-cell resolution.; medRxiv : the preprint server for health sciences. 2023 Mar 20.
• 1. Jonsson AH
  2. Zhang F
  3. Dunlap G
  4. Gomez-Rivas E
  5. Watts GFM
  6. Faust HJ
  7. Rupani KV
  8. Mears JR
  9. Meednu N
  10. Wang R
  11. Keras G
  12. Coblyn JS
  13. Massarotti EM
  14. Todd DJ
  15. Anolik JH
  16. McDavid A
  17. Wei K
  18. Rao DA
  19. Raychaudhuri S
  20. Brenner MB
  Granzyme K+ CD8 T cells form a core population in inflamed human tissue.; Science translational medicine; Vol 14(649). 2022 Jun 15.
• 1. Lerman I
  2. Bawany F
  3. Whitt W
  4. Esaa F
  5. Yon J
  6. Babkowski N
  7. Rapp MB
  8. Scott GA
  9. Anolik JH
  10. Richardson CT
  Prominent B cell signature differentiates discoid from subacute cutaneous lupus erythematosus.; The Journal of investigative dermatology. 2022 May 17.
• 1. Meednu N
  2. Rangel-Moreno J
  3. Zhang F
  4. Escalera-Rivera K
  5. Corsiero E
  6. Prediletto E
  7. DiCarlo E
  8. Goodman S
  9. Donlin LT
  10. Raychauduri S
  11. Bombardieri M
  12. Pitzalis C
  13. Orange DE
  14. McDavid A
  15. Anolik JH
  Dynamic spectrum of ectopic lymphoid B cell activation and hypermutation in the RA synovium characterized by NR4A nuclear receptor expression.; Cell reports; Vol 39(5). 2022 May 03.
• 1. Rangel-Moreno J
  2. Garcia-Hernandez ML
  3. Owen T
  4. Barnard J
  5. Becerril-Villanueva E
  6. Kashyap T
  7. Argueta C
  8. Gamboa-Dominguez A
  9. Tamir S
  10. Landesman Y
  11. Goldman BI
  12. Ritchlin CT
  13. Anolik JH
  Small molecule inhibitors of nuclear export ameliorate lupus by modulating plasma cell generation and survival.; Arthritis & rheumatology (Hoboken, N.J.). 2022 Mar 25.
• 1. Fava A
  2. Rao DA
  3. Mohan C
  4. Zhang T
  5. Rosenberg A
  6. Fenaroli P
  7. Belmont HM
  8. Izmirly P
  9. Clancy R
  10. Monroy Trujillo J
  11. Fine D
  12. Arazi A
  13. Berthier CC
  14. Davidson A
  15. James JA
  16. Diamond B
  17. Hacohen N
  18. Wofsy D
  19. Raychaudhuri S
  20. Apruzzese W
  21. Buyon J
  22. Petri M
  Urine Proteomics and Renal Single Cell Transcriptomics Implicate IL-16 in Lupus Nephritis.; Arthritis & rheumatology (Hoboken, N.J.). 2021 Nov 16.
• 1. Barnas JL
  2. Albrecht J
  3. Meednu N
  4. Alzamareh DF
  5. Baker C
  6. McDavid A
  7. Looney RJ
  8. Anolik JH
  B Cell Activation and Plasma Cell Differentiation Are Promoted by IFN-λ in Systemic Lupus Erythematosus.; Journal of immunology (Baltimore, Md. : 1950). 2021 Oct 27.
• 1. Meednu N
  2. Barnard J
  3. Callahan K
  4. Coca A
  5. Marston B
  6. Thiele R
  7. Tabechian D
  8. Bolster M
  9. Curtis J
  10. Mackay M
  11. Graf J
  12. Keating R
  13. Smith E
  14. Boyle K
  15. Keyes-Elstein L
  16. Welch B
  17. Goldmuntz E
  18. Anolik JH
  Activated peripheral blood B cells in rheumatoid arthritis and relationship to anti-TNF treatment and response: randomized clinical trial for anti-TNF effects on B cells.; Arthritis & rheumatology (Hoboken, N.J.). 2021 Aug 04.
• 1. Zhang F
  2. Mears JR
  3. Shakib L
  4. Beynor JI
  5. Shanaj S
  6. Korsunsky I
  7. Nathan A
  8. Donlin LT
  9. Raychaudhuri S
  IFN- γ and TNF- α drive a CXCL10 + CCL2 + macrophage phenotype expanded in severe COVID-19 and other diseases with tissue inflammation.; bioRxiv : the preprint server for biology. 2020 Aug 05.
• 1. Chen JW
  2. Rice TA
  3. Bannock JM
  4. Bielecka AA
  5. Strauss JD
  6. Catanzaro JR
  7. Wang H
  8. Menard LC
  9. Anolik JH
  10. Palm NW
  11. Meffre E
  Autoreactivity in naïve human fetal B cells is associated with commensal bacteria recognition.; Science (New York, N.Y.); Vol 369(6501). 2020 Jul 17.
• 1. Wei K
  2. Korsunsky I
  3. Marshall JL
  4. Gao A
  5. Watts GFM
  6. Major T
  7. Croft AP
  8. Watts J
  9. Blazar PE
  10. Lange JK
  11. Thornhill TS
  12. Filer A
  13. Raza K
  14. Donlin LT
  15. Siebel CW
  16. Buckley CD
  17. Raychaudhuri S
  18. Brenner MB
  Notch signalling drives synovial fibroblast identity and arthritis pathology.; Nature. 2020 Apr 22.
• 1. Jenks SA
  2. Cashman KS
  3. Zumaquero E
  4. Marigorta UM
  5. Patel AV
  6. Wang X
  7. Tomar D
  8. Woodruff MC
  9. Simon Z
  10. Bugrovsky R
  11. Blalock EL
  12. Scharer CD
  13. Tipton CM
  14. Wei C
  15. Lim SS
  16. Petri M
  17. Niewold TB
  18. Anolik JH
  19. Gibson G
  20. Eun-Hyung Lee F
  21. Boss JM
  22. Lund FE
  23. Sanz I
  Distinct Effector B Cells Induced by Unregulated Toll-like Receptor 7 Contribute to Pathogenic Responses in Systemic Lupus Erythematosus.; Immunity; Vol 52(1). 2020 Jan 14.
• 1. Barnas JL
  2. Looney RJ
  3. Anolik JH
  B cell targeted therapies in autoimmune disease.; Current opinion in immunology; Vol 61. 2019 Dec.
• 1. Mensah KA
  2. Chen JW
  3. Schickel JN
  4. Isnardi I
  5. Yamakawa N
  6. Vega-Loza A
  7. Anolik JH
  8. Gatti RA
  9. Gelfand EW
  10. Montgomery RR
  11. Horowitz MC
  12. Craft JE
  13. Meffre E
  Impaired ATM activation in B cells is associated with bone resorption in rheumatoid arthritis.; Science translational medicine; Vol 11(519). 2019 Nov 20.
• 1. Bocharnikov AV
  2. Keegan J
  3. Wacleche VS
  4. Cao Y
  5. Fonseka CY
  6. Wang G
  7. Muise ES
  8. Zhang KX
  9. Arazi A
  10. Keras G
  11. Li ZJ
  12. Qu Y
  13. Gurish MF
  14. Petri M
  15. Buyon JP
  16. Putterman C
  17. Wofsy D
  18. James JA
  19. Guthridge JM
  20. Diamond B
  21. Anolik JH
  22. Mackey MF
  23. Alves SE
  24. Nigrovic PA
  25. Costenbader KH
  26. Brenner MB
  27. Lederer JA
  28. Rao DA
  PD-1hiCXCR5- T peripheral helper cells promote B cell responses in lupus via MAF and IL-21.; JCI insight; Vol 4(20). 2019 Oct 17.
• 1. Arazi A
  2. Rao DA
  3. Berthier CC
  4. Davidson A
  5. Liu Y
  6. Hoover PJ
  7. Chicoine A
  8. Eisenhaure TM
  9. Jonsson AH
  10. Li S
  11. Lieb DJ
  12. Zhang F
  13. Slowikowski K
  14. Browne EP
  15. Noma A
  16. Sutherby D
  17. Steelman S
  18. Smilek DE
  19. Tosta P
  20. Apruzzese W
  21. Massarotti E
  22. Dall'Era M
  23. Park M
  24. Kamen DL
  25. Furie RA
  26. Payan-Schober F
  27. Pendergraft WF
  28. McInnis EA
  29. Buyon JP
  30. Petri MA
  31. Putterman C
  32. Kalunian KC
  33. Woodle ES
  34. Lederer JA
  35. Hildeman DA
  36. Nusbaum C
  37. Raychaudhuri S
  38. Kretzler M
  39. Anolik JH
  40. Brenner MB
  41. Wofsy D
  42. Hacohen N
  43. Diamond B
  Publisher Correction: The immune cell landscape in kidneys of patients with lupus nephritis.; Nature immunology; Vol 20(10). 2019 Oct.
• 1. Dieudonné Y
  2. Gies V
  3. Guffroy A
  4. Keime C
  5. Bird AK
  6. Liesveld J
  7. Barnas JL
  8. Poindron V
  9. Douiri N
  10. Soulas-Sprauel P
  11. Martin T
  12. Meffre E
  13. Anolik JH
  14. Korganow AS
  Transitional B cells in quiescent SLE: An early checkpoint imprinted by IFN.; Journal of autoimmunity; Vol 102. 2019 Aug.
• 1. Arazi A
  2. Rao DA
  3. Berthier CC
  4. Davidson A
  5. Liu Y
  6. Hoover PJ
  7. Chicoine A
  8. Eisenhaure TM
  9. Jonsson AH
  10. Li S
  11. Lieb DJ
  12. Zhang F
  13. Slowikowski K
  14. Browne EP
  15. Noma A
  16. Sutherby D
  17. Steelman S
  18. Smilek DE
  19. Tosta P
  20. Apruzzese W
  21. Massarotti E
  22. Dall'Era M
  23. Park M
  24. Kamen DL
  25. Furie RA
  26. Payan-Schober F
  27. Pendergraft WF
  28. McInnis EA
  29. Buyon JP
  30. Petri MA
  31. Putterman C
  32. Kalunian KC
  33. Woodle ES
  34. Lederer JA
  35. Hildeman DA
  36. Nusbaum C
  37. Raychaudhuri S
  38. Kretzler M
  39. Anolik JH
  40. Brenner MB
  41. Wofsy D
  42. Hacohen N
  43. Diamond B
  The immune cell landscape in kidneys of patients with lupus nephritis.; Nature immunology; Vol 20(7). 2019 Jul.
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