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B and T cell monoclonalities Rearrangement of immunoglobin and TCR genes may help to establish the malignant nature of a lymphoproliferative lesion Identification of non-random chromosomal abnormalitiest(14;18) or t(11;14) translocations in FL and MCL respectively allow lymphoma subt
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1. GENETIC MARKERS IN LYMPHOMA a practical overview P. Heimann
Dpt of Medical Genetics
Erasme Hospital - Bordet Institute
2. B and T cell monoclonalities
Rearrangement of immunoglobin and TCR genes
may help to establish the malignant nature of a lymphoproliferative lesion
Identification of non-random chromosomal abnormalities
t(14;18) or t(11;14) translocations in FL and MCL respectively
allow lymphoma subtype classification
3. B and T cell monoclonalitywhat does that mean?
4. During early lymphoid development, the genes encoding antigen receptor undergo rearrangement example of the Ig heavy chain locus (IgH)
7. B and T cell monoclonalities - PCR Illustration on ethidium-bromide-stained gel
8. B and T cell monoclonalities - PCR Illustration on Genescan
9. PCR
12. PCR - Pitfalls
13. Rules to known (1)
14. Rules to known (2)
16. Chromosomal abnormalities
19. Recurrent genetic abnormalities in lymphoma
20. Follicular lymphoma (1)
21. Follicular lymphoma (2)
22. Follicular lymphoma (3) what to know
23. Follicular lymphoma (5) what to know
24. Follicular lymphoma (4) what to know
25. PCR Bcl2-JH in follicular lymphomaIllustration
26. Follicular lymphoma (5) what to know
27. Mantle Cell lymphoma
28. Mantle cell lymphoma (2)
29. Mantle cell lymphoma (3) what to know
30. Mantle cell lymphoma (3)what to know
31. Marginal cell lymphoma (1)
32. Marginal cell lymphoma (2 )MALT type
33. t(11;18)(p21;q21) / API2-MALTin gastric MALT lymphoma
34. splenic Marginal cell lymphoma (3)
35. Diffuse Large B cell lymphoma (1)
36. Diffuse Large B cell lymphoma (2)Illustration