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<p>Configured for stable performance in synthesis settings, the 3'-Bznppoc-Dg(Ibu)-5'-Pa, 5 G is an essential component of photolithographic DNA microarray synthesis. Its molar mass of approximately 848,8378 g/mol and empirical formula C40H49N8O11P make it suitable for precise manipulation within this specialized field. Storing this compound at -20 °C ensures its longevity and maintains its effectiveness during use.</p> <ul> <li><strong>Category:</strong> Photolithographic DNA microarray synthesis</li> <li><strong>Empirical formula:</strong> C40H49N8O11P</li> <li><strong>Storage temp.:</strong> -20 °C</li> <li><strong>Molar mass (M):</strong> 848,8378 g/mol</li> </ul>
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<p>Produced to ensure dependable processing results, the 3'-Bznppoc-Da(Bz)-5'-Pa is designed for use in photolithographic DNA microarray synthesis. With an empirical formula of C43H49N8O10P and a molar mass of approximately 868.87 kDa, this compound plays a crucial role in the creation of complex DNA structures on a microscale. Its storage at -20°C helps maintain its integrity and efficacy over time, making it a reliable choice for researchers working in this specialized field.</p> <ul> <li><strong>Category:</strong> Photolithographic DNA microarray synthesis</li> <li><strong>Molar mass (M):</strong> 868,8705 g/mol</li> <li><strong>Empirical formula:</strong> C43H49N8O10P</li> <li><strong>Storage temp.:</strong> -20 °C</li> </ul>
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<p>Intended for structured formulation workflows, the 1 gram container of 3'-Bznppoc-Dg(Ibu)-5'-Pa is a crucial component in photolithographic DNA microarray synthesis. With an empirical formula of C40H49N8O11P and a molar mass of 848,8378 g/mol, this organic compound is stored at -20°C to preserve its integrity. Its unique structure contributes significantly to the creation of complex DNA sequences essential for various research applications.</p> <ul> <li><strong>Category:</strong> Photolithographic DNA microarray synthesis</li> <li><strong>Molar mass (M):</strong> 848,8378 g/mol</li> <li><strong>Storage temp.:</strong> -20 °C</li> <li><strong>Empirical formula:</strong> C40H49N8O11P</li> </ul>
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<p>Suitable for laboratory and industrial environments, the 3'-Bznppoc-Du-5'-Pa, available in a 0.5g package, is an essential component in photolithographic DNA microarray synthesis. With a molar mass of 739.71 g/mol and empirical formula C35H42N5O11P, this compound plays a crucial role in the precise construction of DNA arrays used in various research applications. Proper storage at -20°C ensures its stability and longevity, making it a reliable choice for your DNA synthesis needs.</p> <ul> <li><strong>Category:</strong> Photolithographic DNA microarray synthesis</li> <li><strong>Storage temp.:</strong> -20 °C</li> <li><strong>Empirical formula:</strong> C35H42N5O11P</li> <li><strong>Molar mass (M):</strong> 739,7086 g/mol</li> </ul>
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<p>Engineered to maintain reliability in process-driven workflows, the 5'-Bznppoc-Da(Tac)-3'-Pa, 5 G is an essential component for photolithographic DNA microarray synthesis. This organic and bioorganic chemical boasts a molar mass of 952.99 g/mol and an empirical formula of C48H57N8O11P. Its storage temperature is -20°C, ensuring its longevity and consistent performance within your laboratory environment.</p> <ul> <li><strong>Category:</strong> Photolithographic DNA microarray synthesis</li> <li><strong>Molar mass (M):</strong> 952,99 g/mol</li> <li><strong>Storage temp.:</strong> -20 °C</li> <li><strong>Empirical formula:</strong> C48H57N8O11P</li> </ul>
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<p>Adapted for use across diverse chemical handling environments, the 5'-Bznppoc-Dt-3'-Pa, 5 G is a crucial component in photolithographic DNA microarray synthesis. With an empirical formula of C36H44N5O11P and a molar mass of 753.74 g/mol, this organic compound plays a vital role in the construction of complex DNA structures. Its storage temperature of -20°C ensures its stability during long-term preservation, making it a reliable choice for researchers working on various DNA-related projects. This versatile chemical can be found within the broader category of Organic & Bioorganic Chemicals under DNA Synthesis, specifically Photolithographic DNA microarray synthesis.</p> <ul> <li><strong>Category:</strong> Photolithographic DNA microarray synthesis</li> <li><strong>Molar mass (M):</strong> 753,74 g/mol</li> <li><strong>Empirical formula:</strong> C36H44N5O11P</li> <li><strong>Storage temp.:</strong> -20 °C</li> </ul>
Product Detail
<p>Designed with efficiency in synthetic processes in mind, our 3'-Bznppoc-Dt-5'-Pa, 0.5 G is an essential component for photolithographic DNA microarray synthesis. With a molar mass of 753.74 g/mol and empirical formula C36H44N5O11P, this compound ensures precise nucleotide incorporation during the microarray fabrication process. Storing it at -20 °C preserves its integrity, ensuring optimal performance in your lab workflows.</p> <ul> <li><strong>Category:</strong> Photolithographic DNA microarray synthesis</li> <li><strong>Molar mass (M):</strong> 753,7352 g/mol</li> <li><strong>Storage temp.:</strong> -20 °C</li> <li><strong>Empirical formula:</strong> C36H44N5O11P</li> </ul>
Product Detail
<p>Suitable for laboratory and industrial environments, the 3'-Bznppoc-Dt-5'-Pa is designed for photolithographic DNA microarray synthesis. This organic compound, with an empirical formula of C36H44N5O11P and molar mass of approximately 753.74 kDa, requires storage at -20°C. Its unique structure makes it an essential component in the creation of complex DNA arrays used in various research applications.</p> <ul> <li><strong>Category:</strong> Photolithographic DNA microarray synthesis</li> <li><strong>Storage temp.:</strong> -20 °C</li> <li><strong>Empirical formula:</strong> C36H44N5O11P</li> <li><strong>Molar mass (M):</strong> 753,7352 g/mol</li> </ul>
Product Detail
<p>Engineered for consistent performance in photolithographic DNA microarray synthesis, our 5'-Bznppoc-Dt-3'-Pa, 0.5 G offers exceptional quality and reliability. With an empirical formula of C36H44N5O11P and a molar mass of 753.74 g/mol, this organic compound is designed to facilitate efficient DNA synthesis processes. Stored at -20 °C, it ensures long-term stability, making it a valuable addition to your lab inventory.</p> <ul> <li><strong>Category:</strong> Photolithographic DNA microarray synthesis</li> <li><strong>Empirical formula:</strong> C36H44N5O11P</li> <li><strong>Molar mass (M):</strong> 753,74 g/mol</li> <li><strong>Storage temp.:</strong> -20 °C</li> </ul>
Product Detail
<p>Recommended for applications requiring controlled solvent behavior, this photolithographic DNA microarray synthesis solution is designed to facilitate precise and efficient DNA synthesis in photolithography processes. With an empirical formula of C37H45N6O11P and a molar mass of approximately 780.76 g/mol, it offers optimal solubility and stability at storage temperatures of -20°C. This organic and bioorganic chemistry compound plays a crucial role in the production of high-quality DNA microarrays used in various research fields such as genomics, proteomics, and diagnostics.</p> <ul> <li><strong>Category:</strong> Photolithographic DNA microarray synthesis</li> <li><strong>Empirical formula:</strong> C37H45N6O11P</li> <li><strong>Molar mass (M):</strong> 780,7606 g/mol</li> <li><strong>Storage temp.:</strong> -20 °C</li> </ul>
Product Detail
<p>Manufactured to meet research and production requirements, this 3'-Bznppoc-Dg(Ibu)-5'-Pa compound is designed for use in photolithographic DNA microarray synthesis. With an empirical formula of C40H49N8O11P and a molar mass of approximately 848,8378 g/mol, it plays a crucial role in the construction of complex DNA structures on a microscale. Stored at -20 °C, this organic and bioorganic chemical ensures optimal performance and longevity within its intended application.</p> <ul> <li><strong>Category:</strong> Photolithographic DNA microarray synthesis</li> <li><strong>Empirical formula:</strong> C40H49N8O11P</li> <li><strong>Storage temp.:</strong> -20 °C</li> <li><strong>Molar mass (M):</strong> 848,8378 g/mol</li> </ul>
Product Detail
<p>Produced for stability across temperature-sensitive applications, the 5'-Bznppoc-Du-3'-Pa, available in quantities of 5 grams, is designed to excel within photolithographic DNA microarray synthesis. Its molar mass of approximately 739.71 kDa and empirical formula C35H42N5O11P ensure optimal performance under specific conditions. Storing this compound at -20°C preserves its integrity, ensuring consistent results when used in your experiments.</p> <ul> <li><strong>Category:</strong> Photolithographic DNA microarray synthesis</li> <li><strong>Molar mass (M):</strong> 739,7086 g/mol</li> <li><strong>Empirical formula:</strong> C35H42N5O11P</li> <li><strong>Storage temp.:</strong> -20 °C</li> </ul>
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© 2023 Copyright. All Rights Reserved. Unit 19, Euroway House, Roydsdale Way, Bradford, BD4 6SE, UK
