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| 100 mg | $239 | In stock |
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| 5 g | $4980 | In stock |
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| 1 g | $319 | In stock |
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| 1 g | $319 | In stock |
Fmoc-PNA-A(Bhoc)-OH is an Fmoc PNA monomer containing an Fmoc (9-fluorenylmethoxycarbonyl) group for solid phase peptide synthesis and a Bhoc (benzhydryloxycarbonyl) protecting group for specific applications.
1. Solid Phase Peptide Synthesis (SPPS): The solid phase synthesis of PNA oligomers is one of the primary uses of Fmoc-PNA-A(Bhoc)-OH. Stepwise assembly of PNA sequences on a solid support is made possible by the potent approach known as SPPS, which usually makes use of Fmoc chemistry. PNA monomers can be controlled when introduced to the expanding chain while shielding reactive functional groups to avoid unwanted side reactions by using Fmoc-PNA-A(Bhoc)-OH as a building block. PNA oligomers may be synthesized efficiently with high yield and purity using this approach, which is crucial for researching PNA's interactions with other biomolecules and nucleic acids.
2. Antisense therapy: PNA oligomers have demonstrated significant promise as antisense agents for controlling gene expression, particularly those made with Fmoc-PNA-A(Bhoc)-OH. Complementary base pairing allows PNA oligomers to bind particular mRNA sequences, which in turn prevent translation and, eventually, the expression of genes. Using Fmoc-PNA-A(Bhoc)-OH to synthesize antisense PNA oligomers guarantees the stability and specificity of the targeted mRNA, making it a potentially effective molecular treatment for hereditary and other illnesses.
3. Diagnostic instruments: Fmoc-PNA-A(Bhoc)-OH can also be employed to create instruments for the detection of proteins and nucleic acids. PNA can identify target sequences in biological materials with strong binding affinity for complementary DNA/RNA sequences. Researchers can develop extremely sensitive and selective instruments to identify gene mutations, viral infections, and biomarkers linked to a variety of diseases by integrating Fmoc-PNA-A(Bhoc)-OH into probes or biosensors. This application has significant effects on tracking patient response to treatment and enhancing disease diagnosis.
4. Nanotechnology: PNA is a desirable option for nanotechnology applications due to its special qualities, which include stability and hybridization ability. Fmoc-PNA-A(Bhoc)-OH can be conjugated to nanoparticles or other nanostructures to create functional materials for gene editing, targeted drug administration, and imaging applications. The adaptability and programmability of PNA-based nanodevices are improved by the ability to accurately change PNA sequences through solid-phase synthesis techniques, creating new avenues for innovation in nanomedicine and biotechnology.
5. Pharmacogenomics: As personalized medicine continues to advance, PNA oligomers synthesized using Fmoc-PNA-A(Bhoc)-OH may play a key role in pharmacogenomics. By targeting specific genetic variants associated with drug metabolism or disease susceptibility, PNA-based therapies can be tailored to individual patients to improve efficacy and safety.
| Size | Price | Stock | Quantity |
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| 1 g | $319 | In stock |
| Size | Price | Stock | Quantity |
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| 1 g | $319 | In stock |
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| 1 g | $699 | In stock |
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| 25 g | $785 | In stock |
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| 5 g | $239 | In stock |
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| 25 g | $498 | In stock |
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| 25 g | $598 | In stock |
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| 5 g | $259 | In stock |
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| 25 g | $399 | In stock |
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| 5 g | $239 | In stock |
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| 5 g | $239 | In stock |
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| 1 g | $285 | In stock |
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| 1 g | $259 | In stock |
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| 500 mg | $198 | In stock |
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| 1 g | $299 | In stock | |
| 5 g | $599 | In stock |
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| 10 g | $1449 | In stock |
Phosphoramidites are activated monomers used in solid-phase DNA and RNA oligonucleotide synthesis.
RNA phosphoramidites include additional 2′-hydroxyl protecting groups, making them more sensitive to moisture and handling conditions.
Moisture can cause premature hydrolysis of phosphoramidites, reducing coupling efficiency and synthesis yield.
Yes, high-quality phosphoramidites are essential for achieving good yields in long and complex oligonucleotide sequences.
Modified and specialty phosphoramidites are commonly used to introduce functional groups or labels into oligonucleotides.

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