266 results on '"Winkeler, A"'
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2. 25 Development and Basic Conceptualization of Digital Decision Support Tools to Promote Participation Processes in Energy Transition
3. 9 Leadership in Transitions: The Case of Hydrogen
4. Optimized APEX2 peroxidase-mediated proximity labeling in fast- and slow-growing mycobacteria
5. From the Editor
6. Mechanisms and Preventative Strategies for Persistent Pain following Knee and Hip Joint Replacement Surgery: A Narrative Review
7. Imaging quantitative changes in blood-brain barrier permeability using [18F]2-fluoro-2-deoxy-sorbitol ([18F]FDS) PET in relation to glial cell recruitment in a mouse model of endotoxemia
8. CAPILARIOSE EM ARARA-AZUL-GRANDE (Anodorhynchus hyacinthinus, LATHAM, 1790) CATIVA DO PARQUE ZOOBOTÂNICO ARRUDA CÂMARA, JOÃO PESSOA, PARAÍBA, BRASIL: RELATO DE CASO
9. Imaging of Gene and Cell-Based Therapies: Basis and Clinical Trials
10. AVALIAÇÃO DE TRÊS TÉCNICAS DE ENRIQUECIMENTO AMBIENTAL PARA CACHORROS-DO-MATO (Cerdocyon thous, Linnaeus, 1766) EM CATIVEIRO
11. Contributors
12. PARASITISMO POR Bertiella spp. EM BUGIO-PRETO (Alouatta caraya, Humboldt, 1812) DE CATIVEIRO EM JOÃO PESSOA, PB
13. PROLAPSO DE CÓLON E ENFISEMA SUBCUTÂNEO DECORRENTE DE RUPTURA TRAQUEAL TRAUMÁTICA EM IGUANA-VERDE (Iguana iguana, Linnaeus, 1758)
14. Neuroinflammation: From Target Selection to Preclinical and Clinical Studies
15. Multimodal Molecular Imaging of the Tumour Microenvironment
16. Correction to: Multimodal Molecular Imaging of the Tumour Microenvironment
17. Overexpression of REDUCED WALL ACETYLATION C increases xylan acetylation and biomass recalcitrance in Populus
18. Editorial
19. Supplementary Figure Legends from Combined PET Imaging of the Inflammatory Tumor Microenvironment Identifies Margins of Unique Radiotracer Uptake
20. Suppl. Fig. 3: Illustration of the applied thresholding. from Combined PET Imaging of the Inflammatory Tumor Microenvironment Identifies Margins of Unique Radiotracer Uptake
21. Suppl. Fig. 1: Experimental design. from Combined PET Imaging of the Inflammatory Tumor Microenvironment Identifies Margins of Unique Radiotracer Uptake
22. Suppl. Fig. 2: Workflow of imaging data co-registration. from Combined PET Imaging of the Inflammatory Tumor Microenvironment Identifies Margins of Unique Radiotracer Uptake
23. Data from Combined PET Imaging of the Inflammatory Tumor Microenvironment Identifies Margins of Unique Radiotracer Uptake
24. Suppl. Fig. 1: Experimental design. from Combined PET Imaging of the Inflammatory Tumor Microenvironment Identifies Margins of Unique Radiotracer Uptake
25. Supplementary Figure Legends from Combined PET Imaging of the Inflammatory Tumor Microenvironment Identifies Margins of Unique Radiotracer Uptake
26. Suppl. Fig. 4: Influence of imaging sequence. from Combined PET Imaging of the Inflammatory Tumor Microenvironment Identifies Margins of Unique Radiotracer Uptake
27. Suppl. Fig. 5: Assessment of intra-rater reproducibility of the volumetric relation of [18F]DPA-714 and [18F]FET. from Combined PET Imaging of the Inflammatory Tumor Microenvironment Identifies Margins of Unique Radiotracer Uptake
28. Suppl. Fig. 4: Influence of imaging sequence. from Combined PET Imaging of the Inflammatory Tumor Microenvironment Identifies Margins of Unique Radiotracer Uptake
29. Suppl. Fig. 5: Assessment of intra-rater reproducibility of the volumetric relation of [18F]DPA-714 and [18F]FET. from Combined PET Imaging of the Inflammatory Tumor Microenvironment Identifies Margins of Unique Radiotracer Uptake
30. Suppl. Fig. 3: Illustration of the applied thresholding. from Combined PET Imaging of the Inflammatory Tumor Microenvironment Identifies Margins of Unique Radiotracer Uptake
31. Data from Combined PET Imaging of the Inflammatory Tumor Microenvironment Identifies Margins of Unique Radiotracer Uptake
32. Data from RNA Helicase DDX5 Is a p53-Independent Target of ARF That Participates in Ribosome Biogenesis
33. Supplementary Figure 1 from RNA Helicase DDX5 Is a p53-Independent Target of ARF That Participates in Ribosome Biogenesis
34. Supplementary Figure 2 from RNA Helicase DDX5 Is a p53-Independent Target of ARF That Participates in Ribosome Biogenesis
35. Data from RNA Helicase DDX5 Is a p53-Independent Target of ARF That Participates in Ribosome Biogenesis
36. Supplementary Figure 3 from RNA Helicase DDX5 Is a p53-Independent Target of ARF That Participates in Ribosome Biogenesis
37. Supplementary Table 1 from RNA Helicase DDX5 Is a p53-Independent Target of ARF That Participates in Ribosome Biogenesis
38. Supplementary Figure 3 from RNA Helicase DDX5 Is a p53-Independent Target of ARF That Participates in Ribosome Biogenesis
39. Supplementary Table 1 from RNA Helicase DDX5 Is a p53-Independent Target of ARF That Participates in Ribosome Biogenesis
40. Supplementary Figure 1 from RNA Helicase DDX5 Is a p53-Independent Target of ARF That Participates in Ribosome Biogenesis
41. Supplementary Figure 2 from RNA Helicase DDX5 Is a p53-Independent Target of ARF That Participates in Ribosome Biogenesis
42. Supplementary Methods from RNA Helicase DDX5 Is a p53-Independent Target of ARF That Participates in Ribosome Biogenesis
43. Supplementary Methods from RNA Helicase DDX5 Is a p53-Independent Target of ARF That Participates in Ribosome Biogenesis
44. Détermination quantitative de la perméabilité de la barrière hémato-encéphalique évaluée par le [18F]2-fluoro-2-deoxy-sorbitol comme caractéristique de la neuroinflammation dans un modèle murin d’endotoxémie
45. How the volatile organic compounds emitted by corpse plant change through flowering
46. Khovanov Homology for Links in Thickened Multipunctured Disks
47. Infra-Low Frequency Neurofeedback in the Treatment of Patients With Chronic Eating Disorder and Comorbid Post-Traumatic Stress Disorder
48. TSPO PET Imaging as a Potent Non-Invasive Biomarker for Diffuse Intrinsic Pontine Glioma in a Patient-Derived Orthotopic Rat Model
49. THE KIND OF FAT YOU DO NOT WANT RUNNING: ARRHYTHMOGENIC RIGHT VENTRICULAR CARDIOMYOPATHY AS A CAUSE OF SYNCOPE IN AN OTHERWISE HEALTHY ACTIVE MALE
50. Imaging in Neurooncology
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