
2022-04-27 | PNA Oligo ( 肽核酸 ) 協助你的分子生物實驗更加穩定 |
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PNA | DNA | |
Binding Affinity | At Least 1°C Higher Tm per Base | - |
Hybridization rate | 100-5000 Times Faster | - |
Salt concentration in hybridization | Independent | Dependent |
ΔTm for single nucleotide mismatch | <10°C | <15°C |
ChemicalStability | Stable | Unstable in Acidic or Basic condition |
BiologicalStability | Enzyme-Resistant | Degradable by Nuclease |
PNA FISH probe | Cat. No. | Product Name | Size |
C-rich probe (repeats of CCCTAA) | F1001 | TelC-FAM | 5 nmole |
F1002 | TelC-Cy3 | 5 nmole | |
F1003 | TelC-Cy5 | 5 nmole | |
F1004 | TelC-Alexa488 | 5 nmole | |
F1009 | TelC-FITC | 5 nmole | |
F2003 | TelC-Alexa647 | 5 nmole | |
F2005 | TelC-Biotin | 5 nmole | |
F2001 | TelC-TAMRA | 5 nmole | |
G-rich probe (repeats of TTAGGG) | F1005 | TelG-FAM | 5 nmole |
F1006 | TelG-Cy3 | 5 nmole | |
F1007 | TelG-Cy5 | 5 nmole | |
F1008 | TelG-Alexa488 | 5 nmole | |
F1010 | TelG-FITC | 5 nmole | |
F2002 | TelG-TAMRA | 5 nmole | |
F2004 | TelG-Alexa647 | 5 nmole | |
F2006 | TelG-Biotin | 5 nmole | |
Pan-centromere probe | F3003 | Cent-Cy3 | 5 nmole |
F3006 | Cent-FAM | 5 nmole | |
F3011 | Cent-Cy5 | 5 nmole | |
F3012 | Cent-Alexa488 | 5 nmole | |
F3013 | Cent-FITC | 5 nmole | |
F3014 | Cent-TAMRA | 5 nmole | |
F3015 | Cent-Alexa647 | 5 nmole | |
F3016 | Cent-Biotin | 5 nmole | |
CENPB probe | F3001 | CENPB-FAM | 5 nmole |
F3002 | CENPB-Cy3 | 5 nmole | |
F3004 | CENPB-Cy5 | 5 nmole | |
F3005 | CENPB-Alexa488 | 5 nmole | |
F3007 | CENPB-FITC | 5 nmole | |
F3008 | CENPB-TAMRA | 5 nmole | |
F3009 | CENPB-Alexa647 | 5 nmole | |
F3010 | CENPB-Biotin | 5 nmole |