L-Methionine

Formula: C5H11NO2S

KEGG ID: C00073

BiGG ID: met-L

SEED ID: cpd00060

Chebi ID(s): 16643

Pubchem ID(s): 6137

1 Alternate name(s):

  • L-2-Amino-4methylthiobutyric acid
64 Media:
  1. Bl medium
  2. Bl medium + arg
  3. Bl medium + arg + ser + trp
  4. Bl medium + asp
  5. Bl medium, low mops
  6. Cdm/lp
  7. Cdm; teusink et al
  8. Deshpande medium with met, asp, gly, arg; fang et al
  9. Deshpande medium with met, asp; fang et al
  10. Glucose minimal media; shehata et al
  11. Medium with met, asp, gly, arg; fang et al
  12. Medium with met, asp; fang et al
  13. Mic-cit; herriott et al
  14. Mic; herriott et al
  15. Minimal medium w/amino acids (tang et al 2009)
  16. Minimal medium w/amino acids and salt stress (tang et al 2009)
  17. Minimal medium; teusink et al
  18. Mops medium
  19. Pa-5052
  20. Rdm
  21. Rdm - 10 mm nacl
  22. Rdm - 20 mm nacl
  23. Rdm - 50 mm nacl
  24. Sa medium
  25. Song optimal cdm
  26. Song cdm
  27. Spizizen's medium + trace elements + amino acids sln + 1% glucose + 0.2% kno3; nakano et al
  28. Spizizen's medium + trace elements + amino acids sln + 1% glucose + 1% pyruvate; nakano et al
  29. Spizizen's medium + trace elements + amino acids sln + 1% glucose; nakano et al
  30. Spizizen's medium + trace elements + amino acids sln + 1% glycerol + 0.2% kno3; nakano et al
  31. Spizizen's medium + trace elements + amino acids sln + 1% glycerol + 0.2% fumarate; nakano et al
  32. Spizizen's medium + trace elements + amino acids sln + 1% glycerol; nakano et al
  33. Synthetic medium with 15 amino acids
  34. Zahorchak et al medium; 1.25 mm exogenous atp, 1.25 mm mg^2+
  35. Zahorchak et al medium; 1.25 mm exogenous atp, 10 mm mg^2+
  36. Zahorchak et al medium; 1.25 mm exogenous atp, 2.5 mm mg^2+
  37. Zahorchak et al medium; 1.25 mm exogenous atp, 20 mm mg^2+
  38. Zahorchak et al medium; 1.25 mm exogenous atp, 5.0 mm mg^2+
  39. Zahorchak et al medium; 10 mm exogenous atp, 1.25 mm mg^2+
  40. Zahorchak et al medium; 10 mm exogenous atp, 10 mm mg^2+
  41. Zahorchak et al medium; 10 mm exogenous atp, 2.5 mm mg^2+
  42. Zahorchak et al medium; 10 mm exogenous atp, 20 mm mg^2+
  43. Zahorchak et al medium; 10 mm exogenous atp, 5.0 mm mg^2+
  44. Zahorchak et al medium; 2.5 mm ca2+, 2.5 mm mg2+
  45. Zahorchak et al medium; 2.5 mm exogenous atp, 1.25 mm mg^2+
  46. Zahorchak et al medium; 2.5 mm exogenous atp, 10 mm mg^2+
  47. Zahorchak et al medium; 2.5 mm exogenous atp, 2.5 mm mg^2+
  48. Zahorchak et al medium; 2.5 mm exogenous atp, 20 mm mg^2+
  49. Zahorchak et al medium; 2.5 mm exogenous atp, 5.0 mm mg^2+
  50. Zahorchak et al medium; 20 mm exogenous atp, 1.25 mm mg^2+
  51. Zahorchak et al medium; 20 mm exogenous atp, 10 mm mg^2+
  52. Zahorchak et al medium; 20 mm exogenous atp, 2.5 mm mg^2+
  53. Zahorchak et al medium; 20 mm exogenous atp, 20 mm mg^2+
  54. Zahorchak et al medium; 20 mm exogenous atp, 5.0 mm mg^2+
  55. Zahorchak et al medium; 5.0 mm exogenous atp, 1.25 mm mg^2+
  56. Zahorchak et al medium; 5.0 mm exogenous atp, 10 mm mg^2+
  57. Zahorchak et al medium; 5.0 mm exogenous atp, 2.5 mm mg^2+
  58. Zahorchak et al medium; 5.0 mm exogenous atp, 20 mm mg^2+
  59. Zahorchak et al medium; 5.0 mm exogenous atp, 5.0 mm mg^2+
  60. Zahorchak et al medium; no exogenous atp, 1.25 mm mg^2+
  61. Zahorchak et al medium; no exogenous atp, 10 mm mg^2+
  62. Zahorchak et al medium; no exogenous atp, 2.5 mm mg^2+
  63. Zahorchak et al medium; no exogenous atp, 20 mm mg^2+
  64. Zahorchak et al medium; no exogenous atp, 5.0 mm mg^2+
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