Spectrum of Fluorescent Proteins (FPs)
QBioT's Spectrum of Fluorescent Proteins (FPs) is a comprehensive suite of molecular tools sourced from diverse aquatic species and algae, each contributing unique spectral properties to cater to a wide range of fluorescence imaging applications.
This collection encompasses a spectrum of colors, including Green Fluorescent Protein (GFP) from Chlorella, Yellow Fluorescent Protein (YFP) from Isochrysis, and Cyan Fluorescent Protein (CFP) from Nannochloropsis. This array of FPs is designed to enable researchers to perform multicolor imaging experiments with precision and flexibility. The source algae play a crucial role in shaping the distinct spectral characteristics of each FP variant. Applications of this spectrum are versatile, spanning from live-cell imaging and protein-protein interaction studies to fluorescence resonance energy transfer (FRET) experiments.
50
Institutional
tie-ups 50+
2500
Retailer 2500+
200
Clients
Algal Production Volume 550+
QBioT ensures a high purity index for each FP, minimizing spectral overlap and optimizing signal clarity in complex experimental setups. The spectral references for each FP variant provide researchers with precise information on their optimal excitation and emission wavelengths, ensuring reliable and reproducible results. In closing, QBioT's Spectrum of Fluorescent Proteins stands as a testament to the company's commitment to providing researchers with a diverse and sophisticated toolkit for unraveling the mysteries of cellular dynamics with accuracy and versatility.
Spectrum of Fluorescent Proteins: Aquatic Diversity Illuminated
Green Fluorescent Protein (GFP) - Source: Chlorella
Protein Localization Studies: GFP is an invaluable marker for studying protein localization within cells, offering insights into cellular functions and interactions.
Excitation: Optimally excited at ~ 488 nm
Explanation:
GFP from Chlorella shines as a reliable and versatile tool, allowing researchers to explore a broad range of cellular dynamics with enhanced precision.
Yellow Fluorescent Protein (YFP) - Source: Isochrysis
Dynamic Cellular Imaging: YFP enhances dynamic cellular imaging studies, providing researchers with a tool to explore real-time cellular processes with heightened clarity.
Excitation: Optimally excited at ~ 514 nm
Explanation:
YFP from Isochrysis stands out as a powerful tool for researchers delving into dynamic cellular imaging and molecular interactions. Its unique spectral properties make it an essential component of FRET experiments.
Cyan Fluorescent Protein (CFP) - Source: Nannochloropsis
Cellular Dynamics: CFP facilitates the study of cellular dynamics, providing researchers with a tool to investigate fast and dynamic processes within cells.
Excitation: Optimally excited at ~ 433 nm
Explanation:
CFP from Nannochloropsis serves as a reliable tool for researchers engaged in multicolor imaging experiments. Its high purity index ensures minimal interference,
