129 results on '"Feigel, Martin"'
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2. Structural characterization of racemic 1,1′-bi-(2-naphthol) monopivalate and its 6-nitro derivative
3. Complexing and self-complexing of peptide-cavitands
4. Characterization of a Peptide that Specifically Blocks the Ras Binding Domain of p75
5. Cover Feature: Mono- and Tri-Functionalization of Trimethylresorcin[4]arenes (Eur. J. Org. Chem. 1/2020)
6. Mono‐ and Tri‐Functionalization of Trimethylresorcin[4]arenes
7. Is the parallel or antiparallel β-sheet more stable? A semiempirical study
8. Mono‐ and Tri‐Functionalization of Trimethylresorcin[4]arenes.
9. Ruthenium complexes with diazadienes. I. Synthesis and crystal structure ofcis-Ru(dad)2Cl2 (dad = 2,7-dimethyl-3,6-diaza-3,5-octadiene)
10. Identification of compounds that selectively target highly chemotherapy refractory neuroblastoma cancer stem cells
11. Crystal Structure of a Peptide–Steroid Macrocycle : Intramolecular Attraction between Steroids and Peptidic β(I) Turns
12. The artificial binaphthyl amino acid 6-amino-6′-carboxyethyl-2-methoxy-2′-hydroxy-1,1′-binaphthyl (Bna): synthesis and assembly of Bna peptides
13. (R)-Di-tert-butyl 1,1′-binaphthyl-2,2′-dicarboxylate
14. Ein Kleeblattknoten aus Aminosäuren und Steroiden
15. A Trefoil Knot Made of Amino Acids and Steroids
16. Synthesis and Structure of Macrolactams of 3α‐Aminodeoxycholanic Acid
17. Differently Glycosidated 2-Amino-2-deoxy-d-glucopyranosiduronic Acids as Building Blocks in Peptide Synthesis
18. Peptide-Cavitands Based on Resorc[4]arenes — Synthesis and Structure.
19. Peptide‐Cavitands Based on Resorc[4]arenes − Synthesis and Structure
20. Complexation of Organic Dyes by Peptides Built of Lysine and Glutamic Acid Amides
21. Crystal Structure of a Peptide-Steroid Macrocycle—Intramolecular Attraction between Steroids and Peptidicβ(I) Turns
22. Kristallstruktur eines Steroid-Peptid-Makrocyclus – intramolekulare Anziehung zwischen Steroiden sowie peptidische β(I)-Schleifen
23. 2,2′-Dimethylbiphenyl-6,6′-dicarboxylic acid enforces two attached valine molecules to form up a chiral host lattice
24. β‐Loop, γ‐loop, and helical peptide conformations in cyclopeptides containing a steroidal pseudo‐amino acid
25. Phenyl rotation in diphenylether and diphenylmethane calculated with ab initio methods
26. What Do Ab Initio Calculations Predict for the Structure of Lithiated Azaenolates of Peptides?
27. The AM1 hypersurface of peptides: Ramachandran maps of unusual amino acids
28. The structures and conformations of lithium-aza-enolates of peptides: What do semiempirical and ab initio calculations predict?
29. The AM1 hypersurface of peptides: Ramachandran maps of small models
30. The AM1 hypersurface of peptides: stability of periodic structures
31. Conformational searching in complex peptide-organic compounds by quenched activated molecular dynamics
32. Antiparallel ?-Sheet Conformation in Cyclopeptides Containing a Pseudo-amino Acid with a biphenyl moiety
33. A steroidal cyclopeptide, synthesis and shape of the cavity
34. Structure of lithium isodicyclopentadienide and lithium cyclopentadienide in tetrahydrofuran solution. A combined NMR, IGLO, and MNDO study
35. Struktur von N , N ′‐(Phenoxathiin‐4,6‐dicarbonyl)bis(prolin‐methylester) ‐ Konformation im Kristall und in Lösung sowie nach semiempirischen Methoden
36. Book Review: Conformational Analysis of Medium‐Sized Heterocycles. Edited by R. S. Glass
37. Konformation von Anthranilsäurepeptiden, 3 [1]: Konformationen kleiner Anthranilsäure-Prolinpeptide im Kristall, in Lösung und eine semiempirische (AM 1) Beschreibung der Prolin-Ramachandran-Hyperflächen / Conformation of Anthranilic Acid Peptides, 3 [1]: Conformation of Small Anthranilic-Acid-Proline-Peptides in Crystal, in Solution and a Semi-empirical (AM 1) Description of the Proline-Ramachandran Maps
38. Conformational Analysis of Medium-Sized Heterocycles. Herausgegeben vonR. S. Glass. VCH Verlagsgesellschaft, Weinheim/VCH Publishers, New York 1988. 274 S., geb. DM 126.00. – ISBN 3-527-26789-1/0-89573-283-1
39. Antiparallel β-Sheet Conformation in Cyclopeptides Containing a Pseudo-amino Acid with a biphenyl moiety.
40. Sterospecific Syntheses and Spectroscopic Properties of Isomeric 2,4,6,8-Undecatetraenes. New Hydrocarbons from the Marine Brown Alga Giffordia mitchellae. Part IV.
41. Ruthenium complexes with diazadienes. I. Synthesis and crystal structure of cis-Ru(dad)Cl (dad = 2,7-dimethyl-3,6-diaza-3,5-octadiene).
42. Analysis of the lipoteichoic-acid-like macroamphiphile from <em>Bifidobacterium bifidum</em> subspecies <em>Pennsylvanicum</em> by one- and two-dimensional 1H- and 13C-NMR spectroscopy.
43. Cover Feature: Mono‐ and Tri‐Functionalization of Trimethylresorcin[4]arenes (Eur. J. Org. Chem. 1/2020).
44. Konformation von Anthranilsäurepeptiden: Kristallstruktur von tert-Butyloxycarbonyl-Anthranilsäure-Glycinmethylester und semiempirische (AM 1) Beschreibung der Ramachandran-Hyperfläche / Conformation of Anthranilic Acid Peptides: Crystal Structure of tert-Butyloxycarbonyl-Anthranilic-Acid-Glycin-Methyl-Ester and Semi-Empirical (AM 1) Description of the Ramachandran Map
45. Anwendungen der 2 D-NMR-Spektroskopie in der Organophosphorchemie Beispiel: L-Menthyldichlorphosphan / Applications of the 2D NMR Spectroscopy in the Organophosphorus Chemistry Example: L-Menthyldichlorophosphine
46. Ruthenium complexes with diazadienes. I. Synthesis and crystal structure ofcis-Ru(dad)2Cl2 (dad = 2,7-dimethyl-3,6-diaza-3,5-octadiene)
47. 2′-Aminomethylbiphenyl-2-carboxylic Acid as Component of a Cyclopeptide; Crystal Structure and Conformation in Solution.
48. Host-guest complexation. 42. Preorganization strongly enhances the tendancy of hemispherands to form hemispheraplexes
49. Host-guest complexation. 26. Cavitands composed of fluorobenzene units bonded in their 2,6-positions to form macrocycles
50. NMR spectroscopic studies on kinetics and thermodynamics of reversible dissociation reactions. 6. Ionization of tropylium azide in liquid sulfur dioxide and selective migration of the azide ligand in less polar solvents
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