Immunity Networks in Early Detection and Diagnosis of Lung Cancer

1. Immunity Networks in Early Detection and Diagnosis of Lung Cancer Oleg Kshivets, MD, PhD Department of Surgery, Siauliai Cancer Center Lithuania The 4 th International Congress on Lung Cancer Halkidiki, Greece, 2001

5. Immune Testing

6. Table 1. Factors of T-, B- and K-cell Circuit between LCP (n=95) and NMP (n=282) in terms of Early Detection

7. Table 2. Factors of T-, B- and K-cell Circuit between LCP and NMP in terms of Diagnosis

8. Table 3. Results of Logistic Regression Modeling in Early Detection of Lung Cancer (n=95) from NMP (n=282)

9. Table 4. Results of Logistic Regression Modeling in Diagnosis of LC (n=533) from NMP (n=282)

10. Results of Multi-Factor Clustering in Early Detection of Lung Cancer

11. Results of Multi-Factor Clustering in Diagnosis of Lung Cancer

12. SEPATH-models in Early Detection of Lung Cancer

13. SEPATH-models in Diagnosis of Lung Cancer

14. Results of Monte Carlo Simulation in Early Detection and Diagnosis of Lung Cancer

15. T-, B-Cell Circuit in Early Detection of Lung Cancer

16. T-, B-Cell Circuit in Diagnosis of Lung Cancer

17. CD8, CD4 Cell Circuit in Diagnosis of Lung Cancer

18. Lymphocytes, Monocytes Circuit in Early Detection of Lung Cancer

19. Lymphocytes, Monocytes Circuit in Diagnosis of Lung Cancer

20. Neutrophils Circuit in Early Detection of Lung Cancer

21. Neutrophils Circuit in Diagnosis of Lung Cancer

22. Humoral Immunity in Early Detection of Lung Cancer

23. Humoral Immunity in Diagnosis of Lung Cancer

24. Lotka-Volterra Models of Lung Cancer Cell Population and Cytotoxic Cell Population Dynamics

25. Holling-Tenner Models of Lung Cancer Cell Population and Cytotoxic Cell Population Dynamics

26. Immunity Networks in Early Detection of Lung Cancer

27. Immunity Networks in Diagnosis of Lung Cancer

28. Lung Cancer Dynamics

29. Networks between Immune System and Recognition of Lung Cancer