The binding of CR to amyloids CR was the first direct dye for cotton, which did not require a mordant or chemical to fix the colour to the material [ ]. Figure 1. The main hypothetical models of the binding of CR to amyloids A Dye binding mediated by hydrogen bonding between primary hydroxyl groups of the peptide chain similar to the polysaccharide chain and the amino groups of CR Puchtler et al.
Exceptions to the rules There are facts that indicate histochemical staining with CR is non-specific. Figure 2. Conclusion CR, now a classic dye, has played a role in the history of amyloid research. Competing interests The authors declare that there are no competing interests associated with the manuscript.
Funding This work was supported by the Russian Foundation for Basic Research [grant number ]; and the Russian Science Foundation [grant number ]. References 1.
Chiti F. Fowler D. PLoS Biol. Romling U. Claessen D. Genes Dev. Otzen D. Life Sci. L Hydrophobins, the fungal coat unraveled. Acta , 79—86 Iconomidou V. Slotta U. Kyle R. Scleiden M. Klassische Schriften zur Zellenlehre. Schmidt C. Friedreich N. Fonteyn N. Bennhold H. Elghetany M. Stain Technol. Astbury W. Eanes E. Bonar L. Maji S. FEBS Lett.
Cohen A. Nature , — Jimenez J. EMBO J. Petkova A. Jaroniec C. Goldsbury C. Harper J. Walsh D. Huang T. An in vitro model of preamyloid. Kumar S.
Berthelot K. Yakupova E. Prusiner S. Science , — Horwich A. Cell 89 , — Cell 93 , — Kushnirov V. Prion 1 , — Cell , — Dorta-Estremera S. Goldschmidt L. Galvin J. Methods Mol. Flodrova P. Pathology 50 , — Strege R. Report of 43 cases in an unselected autopsy series. De Genst E. Acta , — [ PubMed ] [ Google Scholar ].
Higaki J. Amyloid 23 , 86—97 Kayed R. Methods Enzymol. Murakami K. Sarsoza F. Acta Neuropathol. Dumoulin M. Biochimie 86 , — Fang X. Neuroimage , — Rasmussen J. Aslund A. ACS Chem. Psonka-Antonczyk K. Westermark G. Frid P. Brain Res.
Meehan S. Linke R. Protein Reviews Uversky V. Howie A. Amyloid 17 , — Puchtler H. Persichilli C. Lindberg D. Biochemistry 56 , — Naiki H. Cohen S.
Groenning M. Vassar P. LeVine H. Lindgren M. Maezawa I. Grudzielanek S. McCubbin W. Abe H. Scarlett G. Calero M. In Amyloid Proteins.
Smith B. Stuard B. Bouchard M. Protein Sci. Zou Y. B , — Karamanos T. Tycko R. Scheidt H. Aimoto S. Lansbury P. Jr, Costa P. Burkoth T. Balbach J. Antzutkin O. Biochemistry 41 , — Makin O. Morris K. Inouye H. Sunde M. Jacques D. Dahal E. Vestergaard B. Oliveira C. Chatani E. Gremer L. Fitzpatrick A. Cell Res. Leung N. Blood , — Merlini G. Sipe J. Markowitz G. Herrera G. Sethi S. Crespo R. Adamcik J. Colloid Interface Sci. Gosal W. Berne B.
Streets A. Hill S. Georgalis Y. Lomakin A. Tjernberg L. Sahoo B. Erlich P. Esparza T. Schuck P. Mok Y. Pham C. Jalandoni-Buan A. Philippine J. Cooksey C. Congo red. Reid T. Horobin R. Steensma D. Alturkistani H. Schulz H. Fernandez-Flores A.
Friedman M. Taran A. Lipstein S. Stemmerman M. Unger P. Alder H. Ouchi E. Tohoku J. Miura K. Recent Adv. Micron 40 , — Divry P. Belge de Neurologie et de Psychiatrie 27 , — [ Google Scholar ]. Ladewig P. Nature , 81—82 Cooper J. Taylor D. Diezel P. Wolman M. Histochemistry 4 , — Benditt E. Attwood H. Thorax 27 , — Kidney Int. Amyloid 22 , — Klunk W.
Espargar, S. Saupe, C. Curutchet, F. Luque and R. Angewandte Chemistry International Edition, febrer de DOI: Skip to content. Identified the binding model of Congo Red dye to amyloid fibrils. International Journal of Molecular Sciences , 20 24 , Dyes and Pigments , , Current Pharmaceutical Biotechnology , 20 12 , Alvarez , Tania C. Hidalgo , Suzana P. Nunes , Sahika Inal. Biosensors and Bioelectronics , , Cyanine dyes derived inhibition of insulin fibrillization.
Journal of Molecular Liquids , , Yakupova , Liya G. Bobyleva , Ivan M. Vikhlyantsev , Alexander G. Congo Red and amyloids: history and relationship.
Fluorescence properties of the amyloid indicator dye thioflavin T in constrained environments. Amyloid from a histochemical perspective. A review of the structure, properties and types of amyloid, and a proposed staining mechanism for Congo red staining.
Mason , Ulyana Shimanovich. Advanced Materials , 30 41 , Amyloid , 25 3 , Global transition of human serum albumin to prefibrillar aggregates induced by temsirolimus: Insight into implications of anti-renal cancer drug. Journal of Molecular Recognition , 31 4 , e Chemical Communications , 54 63 , Elucidating the role of surface chemistry on cationic phosphorus dendrimer—siRNA complexation.
Nanoscale , 10 23 , Molecular Simulation , 43 , MRS Advances , 2 47 , Structural evaluation of an amyloid fibril model using small-angle x-ray scattering. Physical Biology , 14 4 , Advanced Materials , 29 15 , DNA intercalators as amyloid assembly modulators: mechanistic insights.
RSC Advances , 7 1 , Shirshin , N. Rovnyagina , , T. Tikhonova , , D. Molodenskiy ,. Series Physics , 17 3 , Histochemistry and Cell Biology , 5 , Journal of Biomolecular Structure and Dynamics , 34 6 , What amyloid ligands can tell us about molecular polymorphism and disease. Neurobiology of Aging , 42 , Amyloid and Amyloid Fibrils.
Computational Theory. Molecules of Congo red caught hopping between insulin fibrils: a chiroptical probe of the dye—amyloid binding dynamics.
RSC Advances , 6 99 , Molecular Neurobiology , 52 3 , In-vivo and in-vitro techniques used to investigate Alzheimer's disease. Frontiers in Life Science , 8 4 , Ferreira , Marcelo F. Marcondes , Marcelo Y. Icimoto , Thyago H. Cardoso , Aryane Tofanello , Felipe S. Pessoto , Erica G. Miranda , Tatiana Prieto , Otaciro R. Nascimento , Vitor Oliveira , Iseli L. Nantes ,. Atomistic mechanism of polyphenol amyloid aggregation inhibitors: molecular dynamics study of Curcumin, Exifone, and Myricetin interaction with the segment of tau peptide oligomer.
Journal of Biomolecular Structure and Dynamics , 33 7 , Small , 11 15 , Transition of transferrin from native to fibrillar state: An implication for amyloid-linked diseases.
Biochemical Engineering Journal , 91 , Buhimschi , Unzila A. Nayeri , Guomao Zhao , Lydia L. Shook , Anna Pensalfini , Edmund F. Funai , Ira M. Bernstein , Charles G. Glabe , Catalin S. Protein misfolding, congophilia, oligomerization, and defective amyloid processing in preeclampsia.
Journal of Fluorescence , 24 2 , Molecular dynamics study of Congo red interaction with carbon nanotubes. RSC Adv. The use of supramolecular structures as protein ligands.
Journal of Molecular Modeling , 19 11 , ChemBioChem , 14 14 ,
0コメント