PANAGENE PNA FISH Probes
High-Sensitivity PNA FISH Probes for Reliable Fluorescence In Situ Hybridization
PANAGENE PNA FISH Probes are advanced fluorescence in situ hybridization (FISH) reagents developed using proprietary Peptide Nucleic Acid (PNA) technology. Designed for superior hybridization performance, these probes deliver exceptional specificity, brighter fluorescence signals, and minimal background noise compared to conventional DNA probes.
C-Rich PNA Probe
(Repeats of CCCTAA)
The PANAGENE C-Rich PNA Probe is specifically designed to hybridize with the complementary CCCTAA telomeric repeat sequence, enabling accurate visualization of chromosome ends. Built on advanced PNA technology, it delivers bright fluorescence signals, exceptional specificity, and minimal background, making it ideal for telomere biology and chromosome stability studies.
G-Rich PNA Probe
(Repeats of TTAGGG)
TTAGGG telomeric repeat sequence, providing high-affinity hybridization for precise fluorescence detection. Designed for reliable FISH analysis, these probes offer strong signal intensity and superior sensitivity across a wide range of cytogenetic research applications.
Pan-Centromere PNA Probe
PANAGENE Pan-Centromere PNA Probes are designed for the detection of centromeric regions across human chromosomes. They provide bright, specific fluorescence signals for chromosome identification, karyotyping, and cytogenetic analysis, making them valuable tools for chromosome enumeration and structural studies.
CENPB PNA Probe
The CENPB PNA Probe specifically targets the Centromere Protein B (CENPB) binding sequence, providing highly specific detection of centromeric DNA. It is widely used in chromosome mapping, centromere organization studies, and molecular cytogenetics research.