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1. KRas, in addition to Tp53 is a driver for early carcinogenesis and a molecular target in a mouse model of invasive gastro-esophageal adenocarcinoma

2. Supplementary figure 1 from CXCR4 Is a Potential Target for Diagnostic PET/CT Imaging in Barrett's Dysplasia and Esophageal Adenocarcinoma

3. Supplementary figure 2 from CXCR4 Is a Potential Target for Diagnostic PET/CT Imaging in Barrett's Dysplasia and Esophageal Adenocarcinoma

4. Supplementary figure 3 from CXCR4 Is a Potential Target for Diagnostic PET/CT Imaging in Barrett's Dysplasia and Esophageal Adenocarcinoma

5. Supplementary figure 3 from CXCR4 Is a Potential Target for Diagnostic PET/CT Imaging in Barrett's Dysplasia and Esophageal Adenocarcinoma

6. Supplementary Figure 2 from Use of Macrophages to Target Therapeutic Adenovirus to Human Prostate Tumors

7. Supplementary Figure 4 from Use of Macrophages to Target Therapeutic Adenovirus to Human Prostate Tumors

8. Supplementary Figure 1 from Use of Macrophages to Target Therapeutic Adenovirus to Human Prostate Tumors

9. Supplementary Figure 2 from Use of Macrophages to Target Therapeutic Adenovirus to Human Prostate Tumors

10. Supplementary Figure 3 from Use of Macrophages to Target Therapeutic Adenovirus to Human Prostate Tumors

11. Supplementary Figure 5 from Use of Macrophages to Target Therapeutic Adenovirus to Human Prostate Tumors

12. Data from Use of Macrophages to Target Therapeutic Adenovirus to Human Prostate Tumors

13. Supplementary Figure 3 from Use of Macrophages to Target Therapeutic Adenovirus to Human Prostate Tumors

14. Data from Use of Macrophages to Target Therapeutic Adenovirus to Human Prostate Tumors

15. Supplementary Figure 1 from Use of Macrophages to Target Therapeutic Adenovirus to Human Prostate Tumors

16. Supplementary Figure 4 from Use of Macrophages to Target Therapeutic Adenovirus to Human Prostate Tumors

17. Supplementary Figure 5 from Use of Macrophages to Target Therapeutic Adenovirus to Human Prostate Tumors

20. Targeted Hsp70 fluorescence molecular endoscopy detects dysplasia in Barrett’s esophagus

21. Early resistance training‐mediated stimulation of daily muscle protein synthetic responses to higher habitual protein intake in middle‐aged adults

22. Dileucine ingestion is more effective than leucine in stimulating muscle protein turnover in young males: a double blind randomized controlled trial

24. Anti-inflammatory chemoprevention attenuates the phenotype in a mouse model of esophageal adenocarcinoma

25. Notch signaling drives development of Barrett’s metaplasia from Dclk1-positive epithelial tuft cells in the murine gastric mucosa

32. Notch Signaling Mediates Differentiation in Barrett’s Esophagus and Promotes Progression to Adenocarcinoma

37. 1149 THE DIETARY-SHAPED GUT MICROBIOME ACCELERATES THE PROGRESSION FROM BARRETT ESOPHAGUS TO ADENOCARCINOMA VIA SYSTEMIC BILE ACID SIGNALING

40. Resistance Exercise–induced Regulation of Muscle Protein Synthesis to Intraset Rest

41. High-Fat Diet Accelerates Carcinogenesis in a Mouse Model of Barrett’s Esophagus via Interleukin 8 and Alterations to the Gut Microbiome

42. Dysregulated Handling of Dietary Protein and Muscle Protein Synthesis After Mixed-Meal Ingestion in Maintenance Hemodialysis Patients

44. CXCR4 Is a Potential Target for Diagnostic PET/CT Imaging in Barrett's Dysplasia and Esophageal Adenocarcinoma

47. CXCR4 Labels Immune Cells in Esophageal Adenocarcinoma and Could Serve as a Pet Tracer for Diagnostics and to Monitor Therapy Response

48. High Fat Diet Accelerates Esophageal Carcinogenesis in a Mouse Model of Barrett Esophagus

50. Inhibitory effect of trans-ferulic acid on proliferation and migration of human lung cancer cells accompanied with increased endogenous reactive oxygen species and β-catenin instability

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