Phosphorus Compound

Phosphorus-containing compounds include phosphines, phosphates, phosphonates, and related derivatives that play important roles in organic synthesis and biochemical processes. The versatile bonding capability and variable oxidation states of phosphorus enable the formation of diverse molecular architectures. These compounds are widely used as reagents, ligands, and intermediates in synthetic chemistry.

Phosphorus-based building blocks are widely used in pharmaceutical chemistry, catalysis, and materials development. They play critical roles in the synthesis of nucleotide analogues, prodrugs, and functional ligands. With expanding applications in medicinal chemistry and bioconjugation technologies, phosphorus compounds continue to support innovative drug design and advanced chemical synthesis.

Liste des produits

N° catalogue	Nom	N° CAS	M.M.
CH61001	Disodium 4-nitrophenylphosphate	4264-83-9	263.05
CH61002	Tetrabenzyl pyrophosphate	990-91-0	538.47
CH61003	Triphenylphosphine-3,3',3''-trisulfonic acid trisodium salt	63995-70-0	568.42
CH61004	(R)-BINOL phosphate	39648-67-4	348.29
CH61005	Dibenzyl phosphate	1623-08-1	278.24

Technical Questions

Frequently Asked Questions

Common questions about custom synthesis, process development, analytical information, and project discussion for Phosphorus Compound.

Are CHEMOS phosphorus building blocks suitable for nucleotide synthesis?

Yes — protected phosphate variants are designed to be compatible with standard nucleotide synthesis conditions.

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