Results 291 to 300 of about 83,797 (319)
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Origins of Life, 1974
The mechanism of the condensation of dilute aqueous solutions of HCN and the products formed by these reactions have been investigated. The initial HCN condensation reactions yield3, a compound which is readily oxidized to4. A similar oxidation of5 to6 was also observed. Urea is formed on hydrolysis of4. The oxidation-reduction products formed from HCN
J P, Ferris +4 more
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The mechanism of the condensation of dilute aqueous solutions of HCN and the products formed by these reactions have been investigated. The initial HCN condensation reactions yield3, a compound which is readily oxidized to4. A similar oxidation of5 to6 was also observed. Urea is formed on hydrolysis of4. The oxidation-reduction products formed from HCN
J P, Ferris +4 more
openaire +2 more sources
Biomolecule-sensitive hydrogels
Advanced Drug Delivery Reviews, 2002Stimuli-sensitive hydrogels have attracted considerable attention as intelligent materials in the biochemical and biomedical fields, since they can sense environmental changes and induce structural changes by themselves. In particular, biomolecule-sensitive hydrogels that undergo swelling changes in response to specific biomolecules have become ...
Takashi, Miyata +2 more
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Templated xerogels as platforms for biomolecule-less biomolecule sensors
Analytica Chimica Acta, 2006We report on a new sensor strategy that we have termed protein imprinted xerogels with integrated emission sites (PIXIES). The PIXIES platform is completely self-contained, and it achieves analyte recognition without a biorecognition element (e.g., antibody).
Zunyu, Tao +8 more
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1995
This chapter focuses on methods for modelling protein structures. In many circumstances it is now possible to make a reasonable prediction of the structure of a protein from its sequence. Multiple sequence data also allow the identification of the most likely mutations at particular positions across a family of homologous proteins.
H. Grant Guy, Richards W. Graham
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This chapter focuses on methods for modelling protein structures. In many circumstances it is now possible to make a reasonable prediction of the structure of a protein from its sequence. Multiple sequence data also allow the identification of the most likely mutations at particular positions across a family of homologous proteins.
H. Grant Guy, Richards W. Graham
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Editorial: Synthetic biomolecules
Current Opinion in Chemical Biology, 2020Lei, Liu, Xuechen, Li
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