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en:aree:proteomica:biacore:metodica [2022/02/24 17:37] Gianluca Frustagli [The Sensogram] |
en:aree:proteomica:biacore:metodica [2022/02/24 20:04] Gianluca Frustagli [Surface Plasmon Resonance (SPR - Biacore)] |
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| <WRAP tabs> | <WRAP tabs> | ||
| * [[en:aree:proteomica:biacore:start|Abstract]] | * [[en:aree:proteomica:biacore:start|Abstract]] | ||
| - | * [[en:aree:proteomica:biacore:metodica|Methodology]] | + | * [[en:aree:proteomica:biacore:metodica|Method]] |
| * [[en:aree:proteomica:biacore:applicazioni|Applications]] | * [[en:aree:proteomica:biacore:applicazioni|Applications]] | ||
| </WRAP> | </WRAP> | ||
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| {{ :aree:proteomica:biacore:il_sensogramma.png?400 |}} | {{ :aree:proteomica:biacore:il_sensogramma.png?400 |}} | ||
| - | From the Sensogram it is possible to obtain kinetics information such as association and dissociation by fitting experimental data with specific models as well as thermodynamic information (enthalpy, entropy and Free Gibbs energy) since the device can control the temperature from 4 to 45 °C. Amongst the //[[en:aree:proteomica:biacore:applicazioni|applications]]// are presented some explanatory approaches to catch these parameters. | + | From the Sensogram it is possible to obtain kinetics information such as association and dissociation by fitting experimental data with specific models as well as thermodynamic information (enthalpy, entropy and Free Gibbs energy) since the device can control the temperature from 4 to 45 °C. \\ |
| + | Amongst the //[[en:aree:proteomica:biacore:applicazioni|applications]]// are presented some explanatory approaches to catch these parameters. | ||
