Collaborative Research: Supramolecular Multi-Component Peptide Nanofibrils: Bridging Understanding at Atomic and Mesoscopic Scales with Structure and Theory

Keyphrases

1. Peptide Nanofibrils 100%
2. Nanofibrils 100%
3. Mesoscopic Scale 100%
4. Beta Sheet 100%
5. Atomic Scale 100%
6. Collaborative Research 100%
7. Rippled β-sheet 60%
8. New Jersey 40%
9. Biomaterials 40%
10. Protein Misfolding 40%
11. Institutes of Technology 40%
12. Sheet Material 20%
13. Peptide Materials 20%
14. Computational Methods 20%
15. Biomedicine 20%
16. Supramolecular Assembly 20%
17. Cryogenic Electron Microscopy 20%
18. Outreach Activities 20%
19. Rochester 20%
20. Bioactive Peptides 20%
21. Peptide Self-assembly 20%
22. Predictive Computation 20%
23. High School 20%
24. Impact Review 20%
25. β-sheet Conformation 20%
26. Naturally Occurring Molecules 20%
27. Inquiry-based 20%
28. University of Rochester 20%
29. Structural Motif 20%
30. Alzheimer's Disease 20%
31. Mini 20%
32. Mirror-image Proteins 20%
33. University of Virginia 20%
34. Atomic Precision 20%
35. Insulin 20%
36. Computational Techniques 20%
37. Computational Analysis 20%
38. Self-assembly Method 20%
39. University Students 20%
40. Peptide Nanomaterials 20%
41. Slime 20%
42. Chemical Sciences 20%
43. Virginia 20%
44. Supramolecular Self-assembly 20%
45. β-sheet Peptide 20%
46. Biological Function 20%
47. Nanochemistry 20%
48. Interns 20%
49. Molecular-scale Interactions 20%
50. Oxytocin 20%
51. Functional Biomaterials 20%
52. Review Criteria 20%
53. Rational Design 20%
54. Energy Science 20%