'Fluorescence spectra' diaporamas de présentation

Abstract:

Abstract:

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Laser Group of Department of Physics

Laser Group of Department of Physics. Prof. Raj K. Thareja. Prof. Asima Pradhan. Laser Plasma Interaction. Biophotonics. Fiber Optics, Photonic Band Gap Materials. Quantum Optics. Prof. HarshvardhanWanare. Prof. R. Vijaya. Department Day,

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Laser Group of Department of Physics

Laser Group of Department of Physics. Prof. Raj K. Thareja. Prof. Asima Pradhan. Laser Plasma Interaction. Biophotonics. Fiber Optics, Photonic Band Gap Materials. Quantum Optics. Prof. HarshvardhanWanare. Prof. R. Vijaya. Department Day,

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Spectroscopic evidence for binding of benzylidene piperidone with bovine serum albumin

The interaction between benzylidene piperidone (BzP) and bovine serum albumin (BSA) was investigated by spectroscopic techniques. It was observed that BzP has a strong ability to quench the intrinsic fluorescence of BSA through static quenching. The binding constant ‘K’ and number of binding sites ‘n’ were calculated, and Gibbs free energy [∆G 0 ] change was found to be negative. The negative ∆G 0 values confirmed that the binding process is spontaneous. The conformation changes of BSA investigated by synchronous, and circular dichroism spectra revealed the changes in the secondary structure of BSA upon interaction with BzP. Synchronous fluorescence spectra showed a change from red to blue shift which is an indication of increasing hydrophobicity.

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How do I get experimental information on bond lengths in simple Molecules? (A) Vibrational spectra

How do I get experimental information on bond lengths in simple Molecules? (A) Vibrational spectra (B) UV/vis spectra (C) Microwave spectra (D) Fluorescence spectra. How do I get experimental information on bond lengths in simple Molecules?

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Energy

1. Experimental. Objectives. We studied the photo-induced I ntramolecular C harge T ransfer (ICT) of PP (N- P henyl p yrrol) [1] and PBN (4-(1H- p yrrol-1-yl) b enzo n itrile) [2] in cryogenic matrices by spectroscopic research of the D ual F luorescence (DF) phenomenon.

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