tri(1H-pyrazol-1-yl)methane
ACBQDP852
80510-03-8
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Pyrazole ligands are widely utilized in catalysis, drug development, and materials science, particularly in metal-catalyzed reactions and the synthesis of metal-organic framework (MOF) materials. Imidazole ligands hold significant roles in biocatalysis, metal enzyme modeling, drug design, and material applications, with notable contributions to catalysis and pharmaceutical development. Triazole ligands exhibit distinctive uses in metal catalysis, drug discovery, and materials science, especially in catalytic processes and the assembly of MOF materials. Owing to their unique coordination properties and chemical characteristics, these ligands play a crucial role in modern organic synthesis, catalyst design, and biomedical applications.
ACBQDP852
80510-03-8
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ACWQYV579
760952-88-3
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ACFVOP592
684283-51-0
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ACQCIF780
64019-57-4
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ACKDQT457
510758-28-8
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ACTDRF214
492-98-8
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ACZCRP759
25372-07-0
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Total: 7