A spatially resolved human glioblastoma atlas reveals distinct cellular and molecular patterns of anatomical niches

Related articles

1. A Targeted Spatial Transcriptomics Framework for a High-Resolution Human Skin Cell Atlas

   This article has 13 authors:

   1. Michael Peake
   2. Abigail Langton
   3. Mark Farrar
   4. Bezaleel Mambwe
   5. Orsolya Kiss
   6. Wen Duan
   7. Anne Chandidzura
   8. Lindsay Cotterell
   9. Poonam Halai
   10. Dafydd Thomas
   11. Catherine O'Neill
   12. Clare O'Connor
   13. Mike Bell

2. Profiling colon cancer architecture with spatial transcriptomics identifies clinically relevant stromal ecotypes

   This article has 21 authors:

   1. Sophie Mouillet-Richard
   2. Antoine Cazelles
   3. Camilla Pilati
   4. Delphine Le Corre
   5. Gadea Cabrejas
   6. Marine Sroussi
   7. Claire Mulot
   8. Claire Gallois
   9. Gilles Manceau
   10. Mehdi Karoui
   11. Isaias Hernandez
   12. Antoine Bougouin
   13. Wolf-Hervé Fridman
   14. Lucie Poupel
   15. Aurelien de Reynies
   16. Come Lepage
   17. Thierry André
   18. Jean-François Emile
   19. Théo Hirsch
   20. Julien Taieb
   21. Pierre Laurent-Puig

3. A molecular map of the living human brain from quantitative MRI

   This article has 25 authors:

   1. Mina Ryten
   2. Melissa Grant-Peters
   3. George Thomas
   4. Daan van Kruining
   5. Louise Huuki-Myers
   6. Ruth Zhang
   7. Jonathan Brenton
   8. Hemanth Nelvagal
   9. Angeliki Zarkali Zarkali
   10. James Evans
   11. Christina Toomey
   12. Aine Fairbrother-Browne
   13. Ivelina Dobreva
   14. Kelsey Montgomery
   15. Joanne Lachica
   16. Naomi Hannaway
   17. Nicholas Wood
   18. Sonia Gandhi
   19. Martina Callaghan
   20. Frances Platt
   21. Zane Jaunmuktane
   22. Karin Shmueli
   23. Leonardo Collado-Torres
   24. Kristen Maynard
   25. Rimona Weil