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Pd-174

CAS Number: 1798782-25-8 | [tBuXPhos Pd(allyl)]OTf

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Gauze catalysts

Each of our bespoke platinum based gauze catalysts for ammonia oxidation is made to meet customers’ specific requirements, with unique production and knitting patterns.

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Pi-allyl palladium complexes

Triflate and chloride pi-allyl palladium products

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Buchwald precatalysts

Second and third generation buchwald precatalysts for advanced cross-coupling applications.

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Palladium coupling precatalysts - PdL2X2

Bis-phosphine palladium halide pre-catalysts for basic cross coupling applications.

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DyadPalladate™ precatalysts

Bisphosphonium dichloropalladate complexes featuring tertiary phosphonium ligands

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Glucose dehydrogenase enzymes

Glucose dehydrogenase catalyses the oxidation of D-glucose to D-glucolactone

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Formate dehydrogenase enzymes

Formate dehydrogenase (FDH enzyme) oxidises formate to carbon dioxide

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Transaminase enzymes

Transaminase enzymes can be used to produce aromatic and aliphatic primary amines.

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Amine dehydrogenase enzymes

Amine dehydrogenase enzymes are wild type and engineered enzymes to catalyse a wider range of transformations

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Alcohol dehydrogenase enzymes

ADH enzymes used to catalyse the reduction of ketones and aldehydes to the corresponding alcohols

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Glucose dehydrogenase enzymes

GDH enzymes catalyses the oxidation of D-glucose to D-glucolactone, while reducing in turn NAD+ or NADP+ to NADH and NADPH.

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Lactate dehydrogenase enzymes

Lactate dehydrogenase catalyses the reduction of pyruvate to either (R)- or (S)- lactate

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Alanine dehydrogenase enzyme

Alanine dehydrogenase catalyses the reductive amination of pyruvate to L-alanine

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Equilibrium shift enzymes

We offer multi-enzymatic systems to remove the pyruvate by-product from the reaction

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Imine reductases enzymes

Imine reductases (IREDs) biocatalysts are used to produce enantiopure primary, secondary and tertiary amines

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Ene reductase enzymes

Ene reductase enzyme catalyse the reduction of C=C double bonds

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Cofactor regeneration enzymes

NADP and NAD regeneration enzymes

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Synthesis technology

Johnson Matthey's DAVY™ synthesis technologies convert syngas (CO, CO2 & H2) to methanol creating exothermic reactions that have a limited conversion rate, so several passes through a reactor are required to produce sufficient methanol.

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Choline chloride process

Our DAVY™ choline chloride technology includes a continuous single-stream process in which ethylene oxide, hydrochloric acid, trimethylamine (TMA) are reacted under moderate conditions to produce choline chloride.

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