'Nmr data' presentation slideshows

What is the NMR Assignment Issue?

NMR Assignments. What is the NMR Assignment Issue? Each observable NMR resonance needs to be assigned or associated with the atom in the protein structure. NMR spectra of proteins are complex, where the complexity increases with the size or number of residues of the protein

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1.67k views • 79 slides

Worldwide Protein Data Bank wwpdb

Worldwide Protein Data Bank www.wwpdb.org. Agenda. Welcome and Introductions Overview of recent wwPDB progress Introduction to the BMRB Theoretical model policy Issues for discussion and advice Break wwPDB group interactions wwPDB plans for 2007

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Protein crystals have different symmetry forms. They are hardly visible by eye.

Crystals are made from very large numbers of small units: Unit cells. The unit cell may contain more than one protein. The packing of the unit cells gives rise to a 3D structure with clear symmetry: a protein crystal.

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www.wwpdb.org

www.wwpdb.org. September 7, 2007. Agenda. Welcome and introductions Accomplishments Remediation rollout summary Toward the future Break Matters arising Incorrect structures Executive session Feedback to wwPDB Set next meeting date.

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V5: Exploring energy landscapes for protein folding: by all-atom MD simulations

V5: Exploring energy landscapes for protein folding: by all-atom MD simulations. The folded state. How do you characterize the folded state of a protein?. Combining experiment with simulations.

551 views • 47 slides

Seminar series 2

Protein structure validation. Seminar series 2. Structure validation. Everything that can go wrong, will go wrong, especially with things as complicated as protein structures. What is real?. What is real?. ATOM 1 N LEU 1 -15.159 11.595 27.068 1.00 18.46

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SPECIAL TOPICS IN ANALYTICAL CHEMISTRY Introduction to NMR CHEM 921, Fall 2005

SPECIAL TOPICS IN ANALYTICAL CHEMISTRY Introduction to NMR CHEM 921, Fall 2005 MWF 11:30-12:20pm, Rm 548 Hamilton Hall COURSE OUTLINE Instructor: Dr. Robert Powers Office Labs Address: 722 HaH 720 HaH Phone: 472-3039 472-5316

728 views • 43 slides

ECCB 2020 Gent Introduction to protein structure validation (and improvement) Gert Vriend

Protein structure validation. ECCB 2020 Gent Introduction to protein structure validation (and improvement) Gert Vriend. Protein structure validation.

480 views • 36 slides

ECCB 2020 Gent Introduction to protein structure validation (and improvement) Gert Vriend

Protein structure validation. ECCB 2020 Gent Introduction to protein structure validation (and improvement) Gert Vriend. Protein structure validation.

367 views • 36 slides

SPECIAL TOPICS IN ANALYTICAL CHEMISTRY Introduction to NMR CHEM 991A, Fall 2014

SPECIAL TOPICS IN ANALYTICAL CHEMISTRY Introduction to NMR CHEM 991A, Fall 2014 MWF 11:30-12:20pm, Rm 133/134 Hamilton Hall COURSE OUTLINE Instructor: Dr. Robert Powers Office Labs Address: 722 HaH 720 HaH Phone: 472-3039 472-5316 e-mail:rpowers3@unl.edu

432 views • 20 slides

Pyridine Ligands

Pyridine Ligands. and the Stability of. Birju Patel Johns Hopkins University December 19, 2007. Cyclam-Chelated. Advanced Inorganic Chemistry Lab Professor Justine Roth TAs Ankur Gupta and Simone Novaes-Card. Ruthenium(II) Complexes. Hypothesis.

277 views • 19 slides

Pyridine Ligands

Pyridine Ligands. and the Stability of. Birju Patel Johns Hopkins University December 19, 2007. Cyclam-Chelated. Advanced Inorganic Chemistry Lab Professor Justine Roth TAs Ankur Gupta and Simone Novaes-Card. Ruthenium(II) Complexes. Hypothesis.

335 views • 19 slides

Chemistry Metadata Initiatives

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Chemical Constituents from the Roots of Hydrangea chinensis

Chemical Constituents from the Roots of Hydrangea chinensis. Yue-Han Lee 1 ( ??? ) , Fang-Rong Chang 1 ( ??? ) , Ramesh Patnam 1 , Yuh-Chwen Chang 1,2 ( ??? ) , Yang-Chang Wu 1,* ( ??? ). 1 Graduate Institute of Natural Products, Kaohsiung Medical University

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Determine Structure of Compound with Molecular Formula C 5 H 8 O

Determine Structure of Compound with Molecular Formula C 5 H 8 O Using IR, 1 H NMR, 13 C NMR Data. Determine Structure of Compound with Molecular Formula C 5 H 8 O Using IR, 1 H NMR, 13 C NMR Data. Determine Structure of Compound with Molecular Formula C 5 H 8 O

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Alexandre Bonvin , Mikael Trellet (UU)

Alexandre Bonvin , Mikael Trellet (UU) Marco Verlato , Paolo Andreetto , Sergio Traldi (INFN) Andrea Giachetti (CIRMMP ) ANTONIO ROSATO (CIRMMP) rosato@cerm.unifi.it. WeNMR activities in the EOSC-Hub. What WeNMR is about.

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Synthesis and antimicrobial activity of 4-substituted phenyl (11H,16H-5,6- dioxa-11a, 15b-diaza-5aλ 5 -phosphabenzo[b]n

Synthesis of 4-substituted phenyl (11H,16H-5,6-dioxa-11a,15b-diaza-5aλ 5 -phosphabenzo[b] naphtha-[2, 3-l] fluoren-5-yl) ether (4a-j) were accomplished via two step process. It involves the prior preparation of monochloride intermediate (2) and its subsequent reaction with various phenols in dry tetrahydrofuran in the presence of TEA under reflux condition. These compounds were characterized by IR, 1H, 13C and 31P NMR and were found to exhibit potent antimicrobial activity.

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Synthesis and antimicrobial activity of 4-substituted phenyl (11H,16H-5,6- dioxa-11a, 15b-diaza-5a? 5 -phosphabenzo[b]na

Synthesis of 4-substituted phenyl (11H,16H-5,6-dioxa-11a,15b-diaza-5au03bb 5 -phosphabenzo[b] naphtha-[2, 3-l] fluoren-5-yl) ether (4a-j) were accomplished via two step process.

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Synthesis and antimicrobial activity of 4-substituted phenyl (11H,16H-5,6- dioxa-11a, 15b-diaza-5a? 5 -phosphabenzo[b]na

Synthesis of 4-substituted phenyl (11H,16H-5,6-dioxa-11a,15b-diaza-5au03bb 5 -phosphabenzo[b] naphtha-[2, 3-l] fluoren-5-yl) ether (4a-j) were accomplished via two step process

69 views • 6 slides