F1013 – TelC-Alexa647 – 5 nmole

TelC-Alexa647 is a C-rich telomere PNA probe labeled with Alexa Fluor 647, optimized for high-resolution detection of the CCCTAA telomere repeat via fluorescence in situ hybridization (FISH). Alexa 647 offers strong far-red fluorescence, making this probe ideal for multi-color experiments with minimal spectral overlap.

Built on neutral PNA chemistry, TelC-Alexa647 offers strong target binding, low background, and enhanced photostability. It’s a perfect choice for telomere research in aging, oncology, and genome stability.

Each vial contains 5 nmole, which is usually good enough to stain more than 500 slides.

• Targets CCCTAA repeat in human telomeres
• Alexa Fluor 647 emits strong far-red signal
• Ideal for multiplex FISH with green and red channels
• PNA structure ensures superior signal clarity
• Excellent for clinical and advanced imaging
• Stable lyophilized format for reliable long-term use

• Telomere visualization in interphase/metaphase spreads
• Multi-color FISH imaging
• Chromosomal integrity and aging studies
• Cancer biomarker research
• Genomic instability detection
• High-sensitivity microscopy

• 5 nmole TelC-Alexa647 probe
• User protocol for FISH hybridization
• Expert technical support included

Need help with multi-color setup or FISH optimization? Contact our telomere imaging experts for technical support and guidance.