TCP-Resins

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Part no.: PC-01-0102-XX Weight: 1g | 5g | 25g TCP-resins are excellent supports for the synthesis of fully protected and deprotected peptides by Fmoc synthesis. The deactivating effect of the p-carboxamide group on the trityl system of TCP-resin causes a higher stability of the anchoring bond (compared to 2- chlorotrityl- / Barlos-resin), thus leading to […]

Part no.: PC-01-0101-XX Weight: 1g | 5g | 25g TCP-resins are excellent supports for the synthesis of fully protected and deprotected peptides by Fmoc synthesis. The deactivating effect of the p-carboxamide group on the trityl system of TCP-resin causes a higher stability of the anchoring bond (compared to 2- chlorotrityl- / Barlos-resin), thus leading to long […]

Part no.: PC-01-0126-XX Weight: 1g | 5g | 25g TCP-resins are excellent supports for the synthesis of fully protected and deprotected peptides by Fmoc synthesis. The deactivating effect of the p-carboxamide group on the trityl system of TCP-resin causes a higher stability of the anchoring bond (compared to 2- chlorotrityl- / Barlos-resin), thus leading to long […]

Part no.: PC-01-0110-XX Weight: 1g | 5g | 25g TCP-resins are excellent supports for the synthesis of fully protected and deprotected peptides by Fmoc synthesis. The deactivating effect of the p-carboxamide group on the trityl system of TCP-resin causes a higher stability of the anchoring bond (compared to 2- chlorotrityl- / Barlos-resin), thus leading to long […]

Part no.: PC-01-0111-XX Weight: 1g | 5g | 25g TCP-resins are excellent supports for the synthesis of fully protected and deprotected peptides by Fmoc synthesis. The deactivating effect of the p-carboxamide group on the trityl system of TCP-resin causes a higher stability of the anchoring bond (compared to 2- chlorotrityl- / Barlos-resin), thus leading to long […]

Part no.: PC-01-0114-XX Weight: 1g | 5g | 25g TCP-resins are excellent supports for the synthesis of fully protected and deprotected peptides by Fmoc synthesis. The deactivating effect of the p-carboxamide group on the trityl system of TCP-resin causes a higher stability of the anchoring bond (compared to 2- chlorotrityl- / Barlos-resin), thus leading to long […]

Part no.: PC-01-0115-XX Weight: 1g | 5g | 25g TCP-resins are excellent supports for the synthesis of fully protected and deprotected peptides by Fmoc synthesis. The deactivating effect of the p-carboxamide group on the trityl system of TCP-resin causes a higher stability of the anchoring bond (compared to 2- chlorotrityl- / Barlos-resin), thus leading to long […]

Part no.: PC-01-0116-XX Weight: 1g | 5g | 25g TCP-resins are excellent supports for the synthesis of fully protected and deprotected peptides by Fmoc synthesis. The deactivating effect of the p-carboxamide group on the trityl system of TCP-resin causes a higher stability of the anchoring bond (compared to 2- chlorotrityl- / Barlos-resin), thus leading to long […]

Part no.: PC-01-0117-XX Weight: 1g | 5g | 25g TCP-resins are excellent supports for the synthesis of fully protected and deprotected peptides by Fmoc synthesis. The deactivating effect of the p-carboxamide group on the trityl system of TCP-resin causes a higher stability of the anchoring bond (compared to 2- chlorotrityl- / Barlos-resin), thus leading to long […]

Part no.: PC-01-0104-XX Weight: 1g | 5g | 25g TCP-resins are excellent supports for the synthesis of fully protected and deprotected peptides by Fmoc synthesis. The deactivating effect of the p-carboxamide group on the trityl system of TCP-resin causes a higher stability of the anchoring bond (compared to 2- chlorotrityl- / Barlos-resin), thus leading to long […]

Part no.: PC-01-0103-XX Weight: 1g | 5g | 25g TCP-resins are excellent supports for the synthesis of fully protected and deprotected peptides by Fmoc synthesis. The deactivating effect of the p-carboxamide group on the trityl system of TCP-resin causes a higher stability of the anchoring bond (compared to 2- chlorotrityl- / Barlos-resin), thus leading to long […]

Part no.: PC-01-0118-XX Weight: 1g | 5g | 25g TCP-resins are excellent supports for the synthesis of fully protected and deprotected peptides by Fmoc synthesis. The deactivating effect of the p-carboxamide group on the trityl system of TCP-resin causes a higher stability of the anchoring bond (compared to 2- chlorotrityl- / Barlos-resin), thus leading to long […]

Part no.: PC-01-0105-XX Weight: 1g | 5g | 25g TCP-resins are excellent supports for the synthesis of fully protected and deprotected peptides by Fmoc synthesis. The deactivating effect of the p-carboxamide group on the trityl system of TCP-resin causes a higher stability of the anchoring bond (compared to 2- chlorotrityl- / Barlos-resin), thus leading to […]

Part no.: PC-01-0106-XX Weight: 1g | 5g | 25g TCP-resins are excellent supports for the synthesis of fully protected and deprotected peptides by Fmoc synthesis. The deactivating effect of the p-carboxamide group on the trityl system of TCP-resin causes a higher stability of the anchoring bond (compared to 2- chlorotrityl- / Barlos-resin), thus leading to long […]

Part no.: PC-01-0107-XX Weight: 1g | 5g | 25g TCP-resins are excellent supports for the synthesis of fully protected and deprotected peptides by Fmoc synthesis. The deactivating effect of the p-carboxamide group on the trityl system of TCP-resin causes a higher stability of the anchoring bond (compared to 2- chlorotrityl- / Barlos-resin), thus leading to long […]

Part no.: PC-01-0119-XX Weight: 1g | 5g | 25g TCP-resins are excellent supports for the synthesis of fully protected and deprotected peptides by Fmoc synthesis. The deactivating effect of the p-carboxamide group on the trityl system of TCP-resin causes a higher stability of the anchoring bond (compared to 2- chlorotrityl- / Barlos-resin), thus leading to long […]

Part no.: PC-01-0120-XX Weight: 1g | 5g | 25g TCP-resins are excellent supports for the synthesis of fully protected and deprotected peptides by Fmoc synthesis. The deactivating effect of the p-carboxamide group on the trityl system of TCP-resin causes a higher stability of the anchoring bond (compared to 2- chlorotrityl- / Barlos-resin), thus leading to […]

Part no.: PC-01-0108-XX Weight: 1g | 5g | 25g TCP-resins are excellent supports for the synthesis of fully protected and deprotected peptides by Fmoc synthesis. The deactivating effect of the p-carboxamide group on the trityl system of TCP-resin causes a higher stability of the anchoring bond (compared to 2- chlorotrityl- / Barlos-resin), thus leading to […]

Part no.: PC-01-0124-XX Weight: 1g | 5g | 25g TCP-resins are excellent supports for the synthesis of fully protected and deprotected peptides by Fmoc synthesis. The deactivating effect of the p-carboxamide group on the trityl system of TCP-resin causes a higher stability of the anchoring bond (compared to 2- chlorotrityl- / Barlos-resin), thus leading to long […]

Part no.: PC-01-0121-XX Weight: 1g | 5g | 25g TCP-resins are excellent supports for the synthesis of fully protected and deprotected peptides by Fmoc synthesis. The deactivating effect of the p-carboxamide group on the trityl system of TCP-resin causes a higher stability of the anchoring bond (compared to 2- chlorotrityl- / Barlos-resin), thus leading to […]

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