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'en:t(8;v)(p11;v)'
(id=6891253 ; fe=en:t(8;v)(p11;v) ; type=1 ; niveau=200 ; luminosité=25 ; somme entrante=1465 creation date=2017-06-25 touchdate=2025-04-24 06:22:29.000)
≈ 49 relations sortantes

  1. en:t(8;v)(p11;v) -- r_associated #0: 35 / 1 -> en:reciprocal translocation
    n1=en:t(8;v)(p11;v) | n2=en:reciprocal translocation | rel=r_associated | relid=0 | w=35
  2. en:t(8;v)(p11;v) -- r_associated #0: 35 / 1 -> en:t(11;14)(p13;q11)
    n1=en:t(8;v)(p11;v) | n2=en:t(11;14)(p13;q11) | rel=r_associated | relid=0 | w=35
  3. en:t(8;v)(p11;v) -- r_associated #0: 34 / 0.971 -> en:robertsonian translocation
    n1=en:t(8;v)(p11;v) | n2=en:robertsonian translocation | rel=r_associated | relid=0 | w=34
  4. en:t(8;v)(p11;v) -- r_associated #0: 30 / 0.857 -> en:c-myc translocation
    n1=en:t(8;v)(p11;v) | n2=en:c-myc translocation | rel=r_associated | relid=0 | w=30
  5. en:t(8;v)(p11;v) -- r_associated #0: 30 / 0.857 -> en:fgfr gene translocation
    n1=en:t(8;v)(p11;v) | n2=en:fgfr gene translocation | rel=r_associated | relid=0 | w=30
  6. en:t(8;v)(p11;v) -- r_associated #0: 29 / 0.829 -> en:balanced chromosomal translocation
    n1=en:t(8;v)(p11;v) | n2=en:balanced chromosomal translocation | rel=r_associated | relid=0 | w=29
  7. en:t(8;v)(p11;v) -- r_associated #0: 29 / 0.829 -> en:t(11;14)(q13;q32)
    n1=en:t(8;v)(p11;v) | n2=en:t(11;14)(q13;q32) | rel=r_associated | relid=0 | w=29
  8. en:t(8;v)(p11;v) -- r_associated #0: 27 / 0.771 -> en:t(10;14)(q24;q11)
    n1=en:t(8;v)(p11;v) | n2=en:t(10;14)(q24;q11) | rel=r_associated | relid=0 | w=27
  9. en:t(8;v)(p11;v) -- r_associated #0: 27 / 0.771 -> en:t(10;19)(q26;q13)
    n1=en:t(8;v)(p11;v) | n2=en:t(10;19)(q26;q13) | rel=r_associated | relid=0 | w=27
  10. en:t(8;v)(p11;v) -- r_associated #0: 26 / 0.743 -> en:ret gene translocation
    n1=en:t(8;v)(p11;v) | n2=en:ret gene translocation | rel=r_associated | relid=0 | w=26
  11. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> chromosome 8
    n1=en:t(8;v)(p11;v) | n2=chromosome 8 | rel=r_associated | relid=0 | w=20
  12. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:centric fusion translocation
    n1=en:t(8;v)(p11;v) | n2=en:centric fusion translocation | rel=r_associated | relid=0 | w=20
  13. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:chromosome 8
    n1=en:t(8;v)(p11;v) | n2=en:chromosome 8 | rel=r_associated | relid=0 | w=20
  14. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:kat6a gene
    n1=en:t(8;v)(p11;v) | n2=en:kat6a gene | rel=r_associated | relid=0 | w=20
  15. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:ros1 gene translocation
    n1=en:t(8;v)(p11;v) | n2=en:ros1 gene translocation | rel=r_associated | relid=0 | w=20
  16. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(1;3)(p36;q23-25)
    n1=en:t(8;v)(p11;v) | n2=en:t(1;3)(p36;q23-25) | rel=r_associated | relid=0 | w=20
  17. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(10;17)(q22;p13)
    n1=en:t(8;v)(p11;v) | n2=en:t(10;17)(q22;p13) | rel=r_associated | relid=0 | w=20
  18. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(11;16)(p11;p11)
    n1=en:t(8;v)(p11;v) | n2=en:t(11;16)(p11;p11) | rel=r_associated | relid=0 | w=20
  19. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(11;17)(q13;q21)
    n1=en:t(8;v)(p11;v) | n2=en:t(11;17)(q13;q21) | rel=r_associated | relid=0 | w=20
  20. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(11;18)(q21;q21)
    n1=en:t(8;v)(p11;v) | n2=en:t(11;18)(q21;q21) | rel=r_associated | relid=0 | w=20
  21. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(11;v)(q23;v)
    n1=en:t(8;v)(p11;v) | n2=en:t(11;v)(q23;v) | rel=r_associated | relid=0 | w=20
  22. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(12;21)
    n1=en:t(8;v)(p11;v) | n2=en:t(12;21) | rel=r_associated | relid=0 | w=20
  23. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(14;18)(q32;q21)
    n1=en:t(8;v)(p11;v) | n2=en:t(14;18)(q32;q21) | rel=r_associated | relid=0 | w=20
  24. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(16;21)(p11;q22)
    n1=en:t(8;v)(p11;v) | n2=en:t(16;21)(p11;q22) | rel=r_associated | relid=0 | w=20
  25. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(17;17)(q21;q21)
    n1=en:t(8;v)(p11;v) | n2=en:t(17;17)(q21;q21) | rel=r_associated | relid=0 | w=20
  26. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(17;19)(q22;p13)
    n1=en:t(8;v)(p11;v) | n2=en:t(17;19)(q22;p13) | rel=r_associated | relid=0 | w=20
  27. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(17;22)(q21;q12)
    n1=en:t(8;v)(p11;v) | n2=en:t(17;22)(q21;q12) | rel=r_associated | relid=0 | w=20
  28. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(2;12)(p22-24;q13-15)
    n1=en:t(8;v)(p11;v) | n2=en:t(2;12)(p22-24;q13-15) | rel=r_associated | relid=0 | w=20
  29. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(21;22)
    n1=en:t(8;v)(p11;v) | n2=en:t(21;22) | rel=r_associated | relid=0 | w=20
  30. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(3;14)(q27;q32)
    n1=en:t(8;v)(p11;v) | n2=en:t(3;14)(q27;q32) | rel=r_associated | relid=0 | w=20
  31. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(3;21)(q26;q22)
    n1=en:t(8;v)(p11;v) | n2=en:t(3;21)(q26;q22) | rel=r_associated | relid=0 | w=20
  32. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(3;3)(q21;q26.2)
    n1=en:t(8;v)(p11;v) | n2=en:t(3;3)(q21;q26.2) | rel=r_associated | relid=0 | w=20
  33. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(4;14)(p16;q32)
    n1=en:t(8;v)(p11;v) | n2=en:t(4;14)(p16;q32) | rel=r_associated | relid=0 | w=20
  34. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(4;22)(q12;q11)
    n1=en:t(8;v)(p11;v) | n2=en:t(4;22)(q12;q11) | rel=r_associated | relid=0 | w=20
  35. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(5;11)(q35;p15)
    n1=en:t(8;v)(p11;v) | n2=en:t(5;11)(q35;p15) | rel=r_associated | relid=0 | w=20
  36. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(5;17)(q35;q21)
    n1=en:t(8;v)(p11;v) | n2=en:t(5;17)(q35;q21) | rel=r_associated | relid=0 | w=20
  37. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(6;8)(q27;p11)
    n1=en:t(8;v)(p11;v) | n2=en:t(6;8)(q27;p11) | rel=r_associated | relid=0 | w=20
  38. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(6;9)(p23;q34)
    n1=en:t(8;v)(p11;v) | n2=en:t(6;9)(p23;q34) | rel=r_associated | relid=0 | w=20
  39. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(7;11)(p15;p15)
    n1=en:t(8;v)(p11;v) | n2=en:t(7;11)(p15;p15) | rel=r_associated | relid=0 | w=20
  40. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(7;14)(q35;q32.1)
    n1=en:t(8;v)(p11;v) | n2=en:t(7;14)(q35;q32.1) | rel=r_associated | relid=0 | w=20
  41. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(7;16)(q33;p11)
    n1=en:t(8;v)(p11;v) | n2=en:t(7;16)(q33;p11) | rel=r_associated | relid=0 | w=20
  42. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(8;14)(q24;q11)
    n1=en:t(8;v)(p11;v) | n2=en:t(8;14)(q24;q11) | rel=r_associated | relid=0 | w=20
  43. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(8;14)(q24;q32)
    n1=en:t(8;v)(p11;v) | n2=en:t(8;14)(q24;q32) | rel=r_associated | relid=0 | w=20
  44. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(8;22)
    n1=en:t(8;v)(p11;v) | n2=en:t(8;22) | rel=r_associated | relid=0 | w=20
  45. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(8;9)(p22;p24.1)
    n1=en:t(8;v)(p11;v) | n2=en:t(8;9)(p22;p24.1) | rel=r_associated | relid=0 | w=20
  46. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(9;11)
    n1=en:t(8;v)(p11;v) | n2=en:t(9;11) | rel=r_associated | relid=0 | w=20
  47. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(9;15)(q22;q21)
    n1=en:t(8;v)(p11;v) | n2=en:t(9;15)(q22;q21) | rel=r_associated | relid=0 | w=20
  48. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(x;1)(p11.2;p34)
    n1=en:t(8;v)(p11;v) | n2=en:t(x;1)(p11.2;p34) | rel=r_associated | relid=0 | w=20
  49. en:t(8;v)(p11;v) -- r_associated #0: 20 / 0.571 -> en:t(x;20)(p11;q13)
    n1=en:t(8;v)(p11;v) | n2=en:t(x;20)(p11;q13) | rel=r_associated | relid=0 | w=20
≈ 50 relations entrantes

  1. chromosome 8 --- r_associated #0: 62 --> en:t(8;v)(p11;v)
    n1=chromosome 8 | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=62
  2. en:chromosome 8 --- r_associated #0: 61 --> en:t(8;v)(p11;v)
    n1=en:chromosome 8 | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=61
  3. en:t(9;11) --- r_associated #0: 39 --> en:t(8;v)(p11;v)
    n1=en:t(9;11) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=39
  4. en:ret gene translocation --- r_associated #0: 36 --> en:t(8;v)(p11;v)
    n1=en:ret gene translocation | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=36
  5. en:t(x;1)(p11.2;p34) --- r_associated #0: 36 --> en:t(8;v)(p11;v)
    n1=en:t(x;1)(p11.2;p34) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=36
  6. en:centric fusion translocation --- r_associated #0: 35 --> en:t(8;v)(p11;v)
    n1=en:centric fusion translocation | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=35
  7. en:t(17;19)(q22;p13) --- r_associated #0: 35 --> en:t(8;v)(p11;v)
    n1=en:t(17;19)(q22;p13) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=35
  8. en:t(1;3)(p36;q23-25) --- r_associated #0: 35 --> en:t(8;v)(p11;v)
    n1=en:t(1;3)(p36;q23-25) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=35
  9. en:t(8;9)(p22;p24.1) --- r_associated #0: 35 --> en:t(8;v)(p11;v)
    n1=en:t(8;9)(p22;p24.1) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=35
  10. en:t(5;11)(q35;p15) --- r_associated #0: 34 --> en:t(8;v)(p11;v)
    n1=en:t(5;11)(q35;p15) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=34
  11. en:t(11;17)(q13;q21) --- r_associated #0: 32 --> en:t(8;v)(p11;v)
    n1=en:t(11;17)(q13;q21) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=32
  12. en:t(16;21)(p11;q22) --- r_associated #0: 32 --> en:t(8;v)(p11;v)
    n1=en:t(16;21)(p11;q22) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=32
  13. en:t(17;17)(q21;q21) --- r_associated #0: 32 --> en:t(8;v)(p11;v)
    n1=en:t(17;17)(q21;q21) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=32
  14. en:t(6;9)(p23;q34) --- r_associated #0: 32 --> en:t(8;v)(p11;v)
    n1=en:t(6;9)(p23;q34) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=32
  15. en:t(7;14)(q35;q32.1) --- r_associated #0: 32 --> en:t(8;v)(p11;v)
    n1=en:t(7;14)(q35;q32.1) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=32
  16. en:t(8;14)(q24;q32) --- r_associated #0: 32 --> en:t(8;v)(p11;v)
    n1=en:t(8;14)(q24;q32) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=32
  17. en:t(4;22)(q12;q11) --- r_associated #0: 31 --> en:t(8;v)(p11;v)
    n1=en:t(4;22)(q12;q11) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=31
  18. en:t(12;21) --- r_associated #0: 30 --> en:t(8;v)(p11;v)
    n1=en:t(12;21) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=30
  19. en:t(21;22) --- r_associated #0: 30 --> en:t(8;v)(p11;v)
    n1=en:t(21;22) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=30
  20. en:t(3;14)(q27;q32) --- r_associated #0: 30 --> en:t(8;v)(p11;v)
    n1=en:t(3;14)(q27;q32) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=30
  21. en:t(3;21)(q26;q22) --- r_associated #0: 30 --> en:t(8;v)(p11;v)
    n1=en:t(3;21)(q26;q22) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=30
  22. en:t(11;18)(q21;q21) --- r_associated #0: 29 --> en:t(8;v)(p11;v)
    n1=en:t(11;18)(q21;q21) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=29
  23. en:t(14;18)(q32;q21) --- r_associated #0: 29 --> en:t(8;v)(p11;v)
    n1=en:t(14;18)(q32;q21) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=29
  24. en:t(3;3)(q21;q26.2) --- r_associated #0: 29 --> en:t(8;v)(p11;v)
    n1=en:t(3;3)(q21;q26.2) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=29
  25. en:t(8;14)(q24;q11) --- r_associated #0: 29 --> en:t(8;v)(p11;v)
    n1=en:t(8;14)(q24;q11) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=29
  26. en:kat6a gene --- r_associated #0: 28 --> en:t(8;v)(p11;v)
    n1=en:kat6a gene | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=28
  27. en:t(11;v)(q23;v) --- r_associated #0: 28 --> en:t(8;v)(p11;v)
    n1=en:t(11;v)(q23;v) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=28
  28. en:t(2;12)(p22-24;q13-15) --- r_associated #0: 28 --> en:t(8;v)(p11;v)
    n1=en:t(2;12)(p22-24;q13-15) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=28
  29. en:t(5;17)(q35;q21) --- r_associated #0: 28 --> en:t(8;v)(p11;v)
    n1=en:t(5;17)(q35;q21) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=28
  30. en:t(6;8)(q27;p11) --- r_associated #0: 28 --> en:t(8;v)(p11;v)
    n1=en:t(6;8)(q27;p11) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=28
  31. en:t(7;16)(q33;p11) --- r_associated #0: 28 --> en:t(8;v)(p11;v)
    n1=en:t(7;16)(q33;p11) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=28
  32. en:t(8;22) --- r_associated #0: 28 --> en:t(8;v)(p11;v)
    n1=en:t(8;22) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=28
  33. en:ros1 gene translocation --- r_associated #0: 27 --> en:t(8;v)(p11;v)
    n1=en:ros1 gene translocation | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=27
  34. en:t(11;16)(p11;p11) --- r_associated #0: 27 --> en:t(8;v)(p11;v)
    n1=en:t(11;16)(p11;p11) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=27
  35. en:t(17;22)(q21;q12) --- r_associated #0: 27 --> en:t(8;v)(p11;v)
    n1=en:t(17;22)(q21;q12) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=27
  36. en:t(x;20)(p11;q13) --- r_associated #0: 27 --> en:t(8;v)(p11;v)
    n1=en:t(x;20)(p11;q13) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=27
  37. en:t(10;17)(q22;p13) --- r_associated #0: 26 --> en:t(8;v)(p11;v)
    n1=en:t(10;17)(q22;p13) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=26
  38. en:t(4;14)(p16;q32) --- r_associated #0: 26 --> en:t(8;v)(p11;v)
    n1=en:t(4;14)(p16;q32) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=26
  39. en:t(7;11)(p15;p15) --- r_associated #0: 26 --> en:t(8;v)(p11;v)
    n1=en:t(7;11)(p15;p15) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=26
  40. en:t(9;15)(q22;q21) --- r_associated #0: 26 --> en:t(8;v)(p11;v)
    n1=en:t(9;15)(q22;q21) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=26
  41. en:balanced chromosomal translocation --- r_associated #0: 20 --> en:t(8;v)(p11;v)
    n1=en:balanced chromosomal translocation | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=20
  42. en:c-myc translocation --- r_associated #0: 20 --> en:t(8;v)(p11;v)
    n1=en:c-myc translocation | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=20
  43. en:fgfr gene translocation --- r_associated #0: 20 --> en:t(8;v)(p11;v)
    n1=en:fgfr gene translocation | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=20
  44. en:reciprocal translocation --- r_associated #0: 20 --> en:t(8;v)(p11;v)
    n1=en:reciprocal translocation | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=20
  45. en:robertsonian translocation --- r_associated #0: 20 --> en:t(8;v)(p11;v)
    n1=en:robertsonian translocation | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=20
  46. en:t(10;14)(q24;q11) --- r_associated #0: 20 --> en:t(8;v)(p11;v)
    n1=en:t(10;14)(q24;q11) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=20
  47. en:t(10;19)(q26;q13) --- r_associated #0: 20 --> en:t(8;v)(p11;v)
    n1=en:t(10;19)(q26;q13) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=20
  48. en:t(11;14)(p13;q11) --- r_associated #0: 20 --> en:t(8;v)(p11;v)
    n1=en:t(11;14)(p13;q11) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=20
  49. en:t(11;14)(q13;q32) --- r_associated #0: 20 --> en:t(8;v)(p11;v)
    n1=en:t(11;14)(q13;q32) | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=20
  50. translocation robertsonienne --- r_associated #0: 10 --> en:t(8;v)(p11;v)
    n1=translocation robertsonienne | n2=en:t(8;v)(p11;v) | rel=r_associated | relid=0 | w=10
Le service Rézo permet d'énumérer les relations existant pour un terme. Ce service est interrogeable par programme.
Projet JeuxDeMots - url: http://www.jeuxdemots.org
contact: mathieu.lafourcade@lirmm.fr