单分散官能化聚（丙、丁）二醇及官能化（乙、丙、丁）混聚二醇
单分散官能化聚（丙、丁）二醇及官能化（乙、丙、丁）混聚二醇
单分散官能化聚（丙、丁）二醇及官能化（乙、丙、丁）混聚二醇，经可控阴离子开环与端基精准转化制得，末端含-NH₂/COOH/MA/Mal/叠氮等，链段序列无规-梯度-嵌段可调，热力学相容性优，适用于高交联密度水性聚氨酯、药物-蛋白定点偶联、生物可降解弹性体与光固化3D打印网络，实现力学-降解-功能精准协同。
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OH-(C3H6O)2-OH
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OH-(C3H6O)3-OH
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OH-(C3H6O)4-OH
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OH-(C3H6O)5-OH
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OH-(C3H6O)6-OH
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OH-(C3H6O)7-OH
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OH-(C3H6O)8-OH
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OH-(C3H6O)9-OH
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OH-(C3H6O)10-OH
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OH-(C3H6O)11-OH
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OH-(C3H6O)12-OH
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OH-(C3H6O)2-THP
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OH-(C3H6O)3-THP
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OH-(C3H6O)4-THP
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OH-(C3H6O)5-THP
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OH-(C3H6O)6-THP
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OH-(C3H6O)7-THP
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OH-(C3H6O)8-THP
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OH-(C3H6O)9-THP
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OH-(C3H6O)10-THP
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OH-(C3H6O)11-THP
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OH-(C3H6O)12-THP
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OH-(C3H6O)1-Azide
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OH-(C3H6O)2-Azide
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OH-(C3H6O)3-Azide
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OH-(C3H6O)4-Azide
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OH-(C3H6O)5-Azide
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OH-(C3H6O)6-Azide
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OH-(C3H6O)7-Azide
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OH-(C3H6O)8-Azide
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OH-(C3H6O)9-Azide
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OH-(C3H6O)10-Azide
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OH-(C3H6O)11-Azide
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OH-(C3H6O)12-Azide
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OH-(C3H6O)1-NH2
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OH-(C3H6O)2-NH2
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OH-(C3H6O)3-NH2
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OH-(C3H6O)4-NH2
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OH-(C3H6O)5-NH2
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OH-(C3H6O)6-NH2
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OH-(C3H6O)7-NH2
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OH-(C3H6O)8-NH2
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OH-(C3H6O)9-NH2
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OH-(C3H6O)10-NH2
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OH-(C3H6O)11-NH2
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OH-(C3H6O)12-NH2
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OH-(C3H6O)1-NH2 (HCl salt)
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OH-(C3H6O)2-NH2 (HCl salt)
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OH-(C3H6O)3-NH2 (HCl salt)
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OH-(C3H6O)4-NH2 (HCl salt)
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OH-(C3H6O)5-NH2 (HCl salt)
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OH-(C3H6O)6-NH2 (HCl salt)
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OH-(C3H6O)7-NH2 (HCl salt)
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OH-(C3H6O)8-NH2 (HCl salt)
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OH-(C3H6O)9-NH2 (HCl salt)
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OH-(C3H6O)10-NH2 (HCl salt)
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OH-(C3H6O)11-NH2 (HCl salt)
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OH-(C3H6O)12-NH2 (HCl salt)
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OH-(C3H6O)1-COOtBu
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OH-(C3H6O)2-COOtBu
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OH-(C3H6O)3-COOtBu
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OH-(C3H6O)4-COOtBu
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OH-(C3H6O)5-COOtBu
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OH-(C3H6O)6-COOtBu
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OH-(C3H6O)7-COOtBu
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OH-(C3H6O)8-COOtBu
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OH-(C3H6O)9-COOtBu
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OH-(C3H6O)10-COOtBu
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OH-(C3H6O)11-COOtBu
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OH-(C3H6O)12-COOtBu
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OH-(C3H6O)2-Benzyl
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OH-(C3H6O)3-Benzyl
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OH-(C3H6O)4-Benzyl
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OH-(C3H6O)5-Benzyl
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OH-(C3H6O)6-Benzyl
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OH-(C3H6O)7-Benzyl
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OH-(C3H6O)8-Benzyl
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OH-(C3H6O)9-Benzyl
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OH-(C3H6O)10-Benzyl
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OH-(C3H6O)11-Benzyl
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OH-(C3H6O)12-Benzyl
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Benzyl-(C3H6O)2-COOtBu
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Benzyl-(C3H6O)3-COOtBu
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Benzyl-(C3H6O)4-COOtBu
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Benzyl-(C3H6O)5-COOtBu
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Benzyl-(C3H6O)6-COOtBu
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Benzyl-(C3H6O)7-COOtBu
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Benzyl-(C3H6O)8-COOtBu
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Benzyl-(C3H6O)9-COOtBu
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Benzyl-(C3H6O)10-COOtBu
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Benzyl-(C3H6O)11-COOtBu
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Benzyl-(C3H6O)12-COOtBu
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NH2-(C3H6O)1-COOtBu
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NH2-(C3H6O)2-COOtBu
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NH2-(C3H6O)3-COOtBu
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NH2-(C3H6O)4-COOtBu
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NH2-(C3H6O)5-COOtBu
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NH2-(C3H6O)6-COOtBu
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NH2-(C3H6O)7-COOtBu
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NH2-(C3H6O)8-COOtBu
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OH-(C4H8O)1-OH
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OH-(C4H8O)2-OH
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OH-(C4H8O)3-OH
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OH-(C4H8O)4-OH
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OH-(C4H8O)5-OH
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OH-(C4H8O)6-OH
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OH-(C4H8O)7-OH
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OH-(C4H8O)8-OH
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OH-(C4H8O)9-OH
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OH-(C4H8O)10-OH
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OH-(C4H8O)11-OH
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OH-(C4H8O)12-OH
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OH-(C4H8O)2-THP
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OH-(C4H8O)3-THP
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OH-(C4H8O)4-THP
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OH-(C4H8O)5-THP
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OH-(C4H8O)6-THP
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OH-(C4H8O)7-THP
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OH-(C4H8O)8-THP
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OH-(C4H8O)9-THP
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OH-(C4H8O)10-THP
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OH-(C4H8O)11-THP
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OH-(C4H8O)12-THP
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OH-(C4H8O)2-Benzyl
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OH-(C4H8O)3-Benzyl
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OH-(C4H8O)4-Benzyl
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OH-(C4H8O)5-Benzyl
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OH-(C4H8O)6-Benzyl
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OH-(C4H8O)7-Benzyl
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OH-(C4H8O)8-Benzyl
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OH-(C4H8O)9-Benzyl
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OH-(C4H8O)10-Benzyl
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OH-(C4H8O)11-Benzyl
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OH-(C4H8O)12-Benzyl
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Benzyl-(C4H8O)2-OTHP
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Benzyl-(C4H8O)3-OTHP
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Benzyl-(C4H8O)4-OTHP
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Benzyl-(C4H8O)5-OTHP
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Benzyl-(C4H8O)6-OTHP
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Benzyl-(C4H8O)7-OTHP
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Benzyl-(C4H8O)8-OTHP
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Benzyl-(C4H8O)9-OTHP
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Benzyl-(C4H8O)10-OTHP
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Benzyl-(C4H8O)11-OTHP
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Benzyl-(C4H8O)12-OTHP
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OH-(C4H8O)1-azide
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OH-(C4H8O)2-azide
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OH-(C4H8O)3-azide
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OH-(C4H8O)4-azide
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OH-(C4H8O)5-azide
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OH-(C4H8O)6-azide
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OH-(C4H8O)7-azide
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OH-(C4H8O)8-azide
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OH-(C4H8O)9-azide
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OH-(C4H8O)10-azide
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OH-(C4H8O)11-azide
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OH-(C4H8O)12-azide
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OH-(C4H8O)1-NH2
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OH-(C4H8O)2-NH2
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OH-(C4H8O)3-NH2
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OH-(C4H8O)4-NH2
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OH-(C4H8O)5-NH2
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OH-(C4H8O)6-NH2
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OH-(C4H8O)7-NH2
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OH-(C4H8O)8-NH2
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OH-(C4H8O)9-NH2
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OH-(C4H8O)10-NH2
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OH-(C4H8O)11-NH2
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OH-(C4H8O)12-NH2
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OH-(C4H8O)1-COOtBu
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OH-(C4H8O)2-COOtBu
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OH-(C4H8O)3-COOtBu
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OH-(C4H8O)4-COOtBu
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OH-(C4H8O)5-COOtBu
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OH-(C4H8O)6-COOtBu
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OH-(C4H8O)7-COOtBu
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OH-(C4H8O)8-COOtBu
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OH-(C4H8O)9-COOtBu
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OH-(C4H8O)10-COOtBu
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OH-(C4H8O)11-COOtBu
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OH-(C4H8O)12-COOtBu
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Benzyl-(C4H8O)2-COOtBu
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Benzyl-(C4H8O)3-COOtBu
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Benzyl-(C4H8O)4-COOtBu
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Benzyl-(C4H8O)5-COOtBu
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Benzyl-(C4H8O)6-COOtBu
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Benzyl-(C4H8O)7-COOtBu
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Benzyl-(C4H8O)8-COOtBu
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Benzyl-(C4H8O)9-COOtBu
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Benzyl-(C4H8O)10-COOtBu
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Benzyl-(C4H8O)11-COOtBu
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Benzyl-(C4H8O)12-COOtBu
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NH2-(C4H8O)1-COOtBu
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NH2-(C4H8O)2-COOtBu
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NH2-(C4H8O)3-COOtBu
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NH2-(C4H8O)4-COOtBu
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NH2-(C4H8O)5-COOtBu
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NH2-(C4H8O)6-COOtBu
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NH2-(C4H8O)7-COOtBu
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NH2-(C4H8O)8-COOtBu
客户近期使用本公司产品发表的高影响因子论文（IF>10）
- Amplifying antigen-induced cellular responses with proximity labelling
- Intelligent Nano-Cage for Precision Delivery of CRISPR-Cas9 and ACC Inhibitors to Enhance Antitumor Cascade Therapy Through Lipid Metabolism Disruption
- Multimodal targeting chimeras enable integrated immunotherapy leveraging tumor-immune microenvironment
- A Versatile One-Step Enzymatic Strategy for Efficient Imaging and Mapping of Tumor-Associated Tn Antigen
- Surface-anchored tumor microenvironment-responsive protein nanogel-platelet system for cytosolic delivery of therapeutic protein in the post-surgical cancer treatment
- Genetically Incorporated Non-Canonical Amino Acids
- Boosting Dye-Sensitized Luminescence by Enhanced Short-Range Triplet Energy Transfer
- Global profiling of functional histidines in live cells using small-molecule photosensitizer and chemical probe relay labelling
- Spatiotemporal-resolved protein networks profiling with photoactivation dependent proximity labeling
- A proof-of-concept study on bioorthogonal-based pretargeting and signal amplify radiotheranostic strategy
- Bioengineered Platelets Combining Chemotherapy and Immunotherapy for Postsurgical Melanoma Treatment: Internal Core-Loaded Doxorubicin and External Surface-Anchored Anti-PDL1 Antibody Backpacks
- Scalable Synthesis of Highly Stable Cyclopropene Building Blocks: Application for Bioorthogonal Ligation with Tetrazines
- Noncanonical amino acids as doubly bio-orthogonal handles for one-pot preparation of protein multiconjugates
- Reversible control of tetrazine bioorthogonal reactivity by naphthotube-mediated host-guest recognition
- An Optimized Isotopic Photocleavable Tagging Strategy for SiteSpecific and Quantitative Profiling of Protein O‑GlcNAcylation in Colorectal Cancer Metastasis
西安点化生物科技有限公司独家代理本公司产品,已入驻以下试剂采购平台
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