An electronic effect on protein structure
MP Hinderaker, RT Raines - Protein Science, 2003 - Wiley Online Library
The well‐known preference of the peptide bond for the trans conformation has been
attributed to steric effects. Here, we show that a proline residue with an N‐formyl group (Hi …
attributed to steric effects. Here, we show that a proline residue with an N‐formyl group (Hi …
[PDF][PDF] An electronic effect on protein structure
MP HINDERAKER, RT RAINES - Protein Science, 2003 - raineslab.com
The well-known preference of the peptide bond for the trans conformation has been
attributed to steric effects. Here, we show that a proline residue with an N-formyl group (Hi …
attributed to steric effects. Here, we show that a proline residue with an N-formyl group (Hi …
[PDF][PDF] An electronic effect on protein structure
MP HINDERAKER, RT RAINES - Protein Science, 2003 - Citeseer
The well-known preference of the peptide bond for the trans conformation has been
attributed to steric effects. Here, we show that a proline residue with an N-formyl group (Hi …
attributed to steric effects. Here, we show that a proline residue with an N-formyl group (Hi …
[HTML][HTML] An electronic effect on protein structure
MP Hinderaker, RT Raines - Protein Science: A Publication of the …, 2003 - ncbi.nlm.nih.gov
The well-known preference of the peptide bond for the trans conformation has been
attributed to steric effects. Here, we show that a proline residue with an N-formyl group (H i …
attributed to steric effects. Here, we show that a proline residue with an N-formyl group (H i …
[PDF][PDF] An electronic effect on protein structure
MP HINDERAKER, RT RAINES - Protein Science, 2003 - bif.wiscweb.wisc.edu
The well-known preference of the peptide bond for the trans conformation has been
attributed to steric effects. Here, we show that a proline residue with an N-formyl group (Hi …
attributed to steric effects. Here, we show that a proline residue with an N-formyl group (Hi …
[PDF][PDF] An electronic effect on protein structure
MP HINDERAKER, RT RAINES - Protein Science, 2003 - bif.wisc.edu
The well-known preference of the peptide bond for the trans conformation has been
attributed to steric effects. Here, we show that a proline residue with an N-formyl group (Hi …
attributed to steric effects. Here, we show that a proline residue with an N-formyl group (Hi …
An electronic effect on protein structure
MP Hinderaker, RT Raines - Protein science: a publication …, 2003 - pubmed.ncbi.nlm.nih.gov
The well-known preference of the peptide bond for the trans conformation has been
attributed to steric effects. Here, we show that a proline residue with an N-formyl group (H (i …
attributed to steric effects. Here, we show that a proline residue with an N-formyl group (H (i …
An electronic effect on protein structure.
MP Hinderaker, RT Raines - Protein Science: a Publication of the …, 2003 - europepmc.org
The well-known preference of the peptide bond for the trans conformation has been
attributed to steric effects. Here, we show that a proline residue with an N-formyl group (H i …
attributed to steric effects. Here, we show that a proline residue with an N-formyl group (H i …
An electronic effect on protein structure.
MP Hinderaker, RT Raines - Protein Science: a Publication of the …, 2003 - europepmc.org
The well-known preference of the peptide bond for the trans conformation has been
attributed to steric effects. Here, we show that a proline residue with an N-formyl group (H i …
attributed to steric effects. Here, we show that a proline residue with an N-formyl group (H i …
[PDF][PDF] An electronic effect on protein structure
MP HINDERAKER, RT RAINES - Protein Science, 2003 - Citeseer
The well-known preference of the peptide bond for the trans conformation has been
attributed to steric effects. Here, we show that a proline residue with an N-formyl group (Hi …
attributed to steric effects. Here, we show that a proline residue with an N-formyl group (Hi …