Molecular dynamics of hemoglobin reveals structural alterations and explains the interactions driving sickle cell fibrillation

D Maity, D Pal - The Journal of Physical Chemistry B, 2021 - ACS Publications
In sickle cell anemia, deoxyhemoglobin deforms RBCs by forming fibrils inside that
disintegrate on oxygenation. We studied 100 ns long all-atom molecular dynamics (MD) for …
被引用次数：6 相关文章

Molecular Dynamics of Hemoglobin Reveals Structural Alterations and Explains the Interactions Driving Sickle Cell Fibrillation

D Maity, D Pal - Journal of Physical Chemistry B, 2021 - eprints.iisc.ac.in
In sickle cell anemia, deoxyhemoglobin deforms RBCs by forming fibrils inside that
disintegrate on oxygenation. We studied 100 ns long all-atom molecular dynamics (MD) for …

Molecular Dynamics of Hemoglobin Reveals Structural Alterations and Explains the Interactions Driving Sickle Cell Fibrillation

D Maity, D Pal - The journal of physical chemistry. B, 2021 - pubmed.ncbi.nlm.nih.gov
In sickle cell anemia, deoxyhemoglobin deforms RBCs by forming fibrils inside that
disintegrate on oxygenation. We studied 100 ns long all-atom molecular dynamics (MD) for …

Molecular Dynamics of Hemoglobin Reveals Structural Alterations and Explains the Interactions Driving Sickle Cell Fibrillation.

D Maity, D Pal - The Journal of Physical chemistry. B, 2021 - europepmc.org
In sickle cell anemia, deoxyhemoglobin deforms RBCs by forming fibrils inside that
disintegrate on oxygenation. We studied 100 ns long all-atom molecular dynamics (MD) for …

Molecular Dynamics of Hemoglobin Reveals Structural Alterations and Explains the Interactions Driving Sickle Cell Fibrillation

D Maity, D Pal - Journal of Physical Chemistry B, 2021 - eprints.iisc.ac.in
In sickle cell anemia, deoxyhemoglobin deforms RBCs by forming fibrils inside that
disintegrate on oxygenation. We studied 100 ns long all-atom molecular dynamics (MD) for …

[引用][C] Molecular Dynamics of Hemoglobin Reveals Structural Alterations and Explains the Interactions Driving Sickle Cell Fibrillation

D Maity, D Pal - 2021