Advertisement

What's in a name? TE nomenclature

PhD in Evolutionary Biology, expertise in Molecular Biology and Transposable Elements at Barcode of Life Data Systems
Apr. 27, 2022
Advertisement

More Related Content

Advertisement

What's in a name? TE nomenclature

  1. What’s in a name? TE Nomenclature Tyler A. Elliott Research Associate, Adamowicz Lab
  2. In the beginning…
  3. 1936 – Dt (Dotted)
  4. 1945 – Ac/Ds (Activator/Dissociation)
  5. 1972 – IS1, IS2 (Insertion Sequence)
  6. 1976
  7. 2008
  8. 1979 – Ty1 (Transposon of yeast 1)
  9. 1979 – Alu
  10. 1986 – mariner
  11. 1996
  12. 2005
  13. Copia = RLC
  14. RLC + Barbara family
  15. RLC + Barbara + AF32378-1
  16. RLC_Barbara_ AF32378-1
  17. RLC_Tmon_Barbara_ AF32378-1
  18. Wicker-like • DTO_uuu_Gm7-1 (SoyTEdb) • DHH_Hvul_Mothra_NA_1H-12 (TREP) • DHH_Helios_3B_018_H13-1 (mips) • RLC_egAngela_1 (Marcon et al., 2015) • RLGy_42738 (Liu et al., 2018) • RLCopia_1_5_cpa (DPTEdb) • DMMITE_60_1_mnt (SPTEdb)
  19. Copia
  20. Copia-1
  21. Copia-1 + Triticum monococcum
  22. Copia-1_TM
  23. BARBARA_TM
  24. Repbase-like • CopiaPr-1 (Jiang and Gover, 2006) • Copia-4_10 (Solovyeva et al., 2021) • CoCACTA1 (Suga et al., 2013) • Ginger2_NA_RP (Zhang et al., 2013) • penelope-1_dple (Baril and Hayward, 2022) • ApoJockey (Glushkov et al., 2006) • Cm-SINE-1 (Sormin et al., 2021)
  25. Eponymous names
  26. Eponymous names
  27. Eponymous names
  28. Eponymous names
  29. Duplicates • Odin – LINE and novel LTR Superfamily • Samurai –L2 LINE and Ty3-like • Hermes – Mutator and hAT • Surcouf – Copia and Bel/Pao • Enterprise – Crypton and Ty3-like • Hydra – Copia and Penelope-like
  30. Suggestions • Check where your elements fit in the existing phylogeny of that group of elements
  31. Suggestions
  32. Suggestions
  33. Suggestions • Check where your elements fit in the existing phylogeny of that group of elements • Code-based name in the very least, do a search to see if your eponymous name is taken already
  34. Suggestions • Check where your elements fit in the existing phylogeny of that group of elements • Code-based name in the very least, do a search to see if your eponymous name is taken already • History of proposed name, context in other languages, cultures, etc.
  35. Suggestions • Check where your elements fit in the existing phylogeny of that group of elements • Code-based name in the very least, do a search to see if your eponymous name is taken already • History of proposed name, context in other languages, cultures, etc. • Deposit elements into open resource like Dfam
  36. Suggestions • Check where your elements fit in the existing phylogeny of that group of elements • Code-based name in the very least, do a search to see if your eponymous name is taken already • History of proposed name, context in other languages, cultures, etc. • Deposit elements into open resource like Dfam • Would be nice to have a resource of existing names…..
  37. Suggestions • Check where your elements fit in the existing phylogeny of that group of elements • Code-based name in the very least, do a search to see if your eponymous name is taken already • History of proposed name, context in other languages, cultures, etc. • Deposit elements into open resource like Dfam • Would be nice to have a resource of existing names….. • In the works!
Advertisement