Topics · Biology and medicine · Disease areas

Immunity and inflammation

Work on the immune system, infection and inflammatory disease, such as immune cells, cytokines, autoimmunity, allergy, asthma, chronic lung disease or inflammatory skin disease. Not for immune cells that only appear among other cell types.

In Biology and medicine › Disease areas142 works2 people2 tools

The map of publications with the 142 works under Immunity and inflammation drawn large in the colour of their first topic's group.142 of 743 works marked · data synced 7 Nov 2026

People2

  • Fabian Theis

    Principal investigator

    Single-cell genomics · Perturbation responses · Bulk omics and genetics

  • Kemal Inecik

    PhD student

    Deep learning and generative models · Cell atlases · Single-cell genomics

  1. Topic: Cell atlases
  2. Topic: Clinical and cohort data
  3. Topic: Immunity and inflammation
  4. Topic: Deep learning and generative models
  5. Topic: Immunity and inflammation
  6. Topic: Brain and mental health
  7. Topic: Spatial omics
  8. Topic: Immunity and inflammation
  9. Topic: Brain and mental health
  10. Topic: Bulk omics and genetics
  11. Topic: Immunity and inflammation
  12. Topic: Immunity and inflammation
  13. Topic: Immunity and inflammation
  14. Topic: Single-cell genomics
  15. Topic: Cell atlases
  16. Topic: Immunity and inflammation
  17. Topic: Deep learning and generative models
  18. Topic: Gene regulation
  19. Topic: Single-cell genomics
  20. Topic: Data integration
  21. Topic: Immunity and inflammation
  22. Topic: Immunity and inflammation
  23. Topic: Perturbation responses
  24. Topic: Clinical and cohort data
  25. Topic: Immunity and inflammation
  26. Topic: Data integration
  27. Topic: Data integration
  28. Topic: Brain and mental health
  29. Topic: Single-cell genomics
  30. Topic: Cell fate and dynamics
  31. Topic: Cell fate and dynamics
  32. Topic: Clinical and cohort data
  33. Topic: Perturbation responses
  34. Topic: Imaging
  35. Topic: Perturbation responses
  36. Topic: Single-cell genomics
  37. Topic: Perturbation responses
  38. Topic: Immunity and inflammation
  39. Topic: Immunity and inflammation
  40. Topic: Immunity and inflammation
  41. Topic: Bulk omics and genetics
  42. Topic: Immunity and inflammation
  43. Topic: Cell atlases
  44. Topic: Immunity and inflammation
  45. Topic: Immunity and inflammation
  46. Topic: Bulk omics and genetics
  47. Topic: Perturbation responses
  48. Topic: Immunity and inflammation
  49. Topic: Immunity and inflammation
  50. Topic: Spatial omics
  51. Topic: Immunity and inflammation
  52. Topic: Perturbation responses
  53. Topic: Immunity and inflammation
  54. Topic: Bulk omics and genetics
  55. Topic: Immunity and inflammation
  56. Topic: Immunity and inflammation
  57. Topic: Cell fate and dynamics
  58. Topic: Immunity and inflammation
  59. Topic: Immunity and inflammation
  60. Topic: Perturbation responses
  61. Topic: Cell atlases
  62. Topic: Perturbation responses
  63. Topic: Immunity and inflammation
  64. Topic: Immunity and inflammation
  65. Topic: Gene regulation
  66. Topic: Bulk omics and genetics
  67. Topic: Immunity and inflammation
  68. Topic: Perturbation responses
  69. Topic: Immunity and inflammation
  70. Topic: Immunity and inflammation
  71. Topic: Immunity and inflammation
  72. Topic: Bulk omics and genetics
  73. Topic: Bulk omics and genetics
  74. Topic: Data integration
  75. Topic: Open-source software
  76. Topic: Immunity and inflammation
  77. Topic: Immunity and inflammation
  78. Topic: Immunity and inflammation
  79. Topic: Clinical and cohort data
  80. Topic: Immunity and inflammation
  81. Topic: Cell fate and dynamics
  82. Topic: Deep learning and generative models
  83. Topic: Immunity and inflammation
  84. Topic: Immunity and inflammation
  85. Topic: Immunity and inflammation
  86. Topic: Cell fate and dynamics
  87. Topic: Single-cell genomics
  88. Topic: Single-cell genomics
  89. Topic: Single-cell genomics
  90. Topic: Imaging
  91. Topic: Immunity and inflammation
  92. Topic: Cell fate and dynamics
  93. Topic: Immunity and inflammation
  94. Topic: Immunity and inflammation
  95. Topic: Immunity and inflammation
  96. Topic: Mechanistic modelling
  97. Topic: Immunity and inflammation
  98. Topic: Immunity and inflammation
  99. Topic: Immunity and inflammation
  100. Topic: Immunity and inflammation
  101. Topic: Immunity and inflammation
  102. Topic: Immunity and inflammation
  103. Topic: Networks and graphs
  104. Topic: Mechanistic modelling
  105. Topic: Immunity and inflammation
  106. Topic: Immunity and inflammation
  107. Topic: Immunity and inflammation
  108. Topic: Immunity and inflammation
  109. Topic: Immunity and inflammation
  110. Topic: Imaging
  111. Topic: Metabolism and diabetes
  112. Topic: Immunity and inflammation
  113. Topic: Immunity and inflammation
  114. Topic: Immunity and inflammation
  115. Topic: Gene regulation
  116. Topic: Immunity and inflammation
  117. Topic: Bulk omics and genetics
  118. Topic: Bulk omics and genetics
  119. Topic: Clinical and cohort data
  120. Topic: Immunity and inflammation
  121. Topic: Immunity and inflammation
  122. Topic: Bulk omics and genetics
  123. Topic: Mechanistic modelling
  124. Topic: Clinical and cohort data
  125. Topic: Bulk omics and genetics
  126. Topic: Single-cell genomics
  127. Topic: Immunity and inflammation
  128. Topic: Immunity and inflammation
  129. Topic: Cell fate and dynamics
  130. Topic: Metabolism and diabetes
  131. Topic: Bulk omics and genetics
  132. Topic: Bulk omics and genetics
  133. Topic: Immunity and inflammation
  134. Topic: Metabolism and diabetes
  135. Topic: Immunity and inflammation
  136. Topic: Mechanistic modelling
  137. Topic: Mechanistic modelling
  138. Topic: Component analysis and signal separation
  139. Topic: Component analysis and signal separation
  140. Topic: Bulk omics and genetics
  141. Topic: Immunity and inflammation
  142. Topic: Immunity and inflammation

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