Figure 1. a) Excitation and emission spectrum of GFP (Source: Biotium). Image Credit: Analytik Jena US Figure 1. b) Excitation and emission spectrum of RFP (Source: Biotium). The mouse model which ...

Figure 2: FSRS spectra of wild-type GFP in D 2 O from -100 fs to 1 ps following 396-nm excitation. Figure 3: Time-dependent vibrational structural features of the excited wild-type GFP ...

As a result of the variety of applications several variants form the original wild type green fluorescent protein (wtGFP) have been developed. Several of these variants have different excitation and ...

Green fluorescent protein (GFP) is widely used in molecular ... nm and 508 nm respectively (Figure 1). Figure 1. Excitation and emission spectra of EGFP. Image credit: DeNovix Employing a ...

Spectral scans of media were performed to measure relative fluorescence units (RFU) emitted between 450 and 650 nm in response to a wide spectrum ... excitation wavelengths outside of the FITC/GFP ...

This allows us to identify fluorophores by absorption and emission. More precisely, as each fluorophore has a unique excitation spectrum and a unique emission spectrum, each peaking at a specific ...