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2014•Unpublished venueRequires access

Femtosecond Vibrational Spectroscopic Study on Photoexcitation Dynamics of DNO-bound Myoglobin

Taegon Lee, Seongchul Park, Manho Lim

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Abstract

Time-resolved vibrational spectra of DNO-bound myoglobin showed instantaneous bleach that decays on a picosecond time scale, suggesting that most of the photoexcited MbDNO undergoes picosecond geminate rebinding of DNO to Mb after its immediate deligation.

About this research paper

What this paper is about

Time-resolved vibrational spectra of DNO-bound myoglobin showed instantaneous bleach that decays on a picosecond time scale, suggesting that most of the photoexcited MbDNO undergoes picosecond geminate rebinding of DNO to Mb after its immediate deligation.

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Available abstract

Time-resolved vibrational spectra of DNO-bound myoglobin showed instantaneous bleach that decays on a picosecond time scale, suggesting that most of the photoexcited MbDNO undergoes picosecond geminate rebinding of DNO to Mb after its immediate deligation.

Key concepts: Photoexcitation, Picosecond, Myoglobin, Femtosecond, Photochemistry, Chemistry, Materials science, Atomic physics

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