Translation of catalysis in Spanish:


catálisis, n.

Pronunciation /kəˈtæləsəs//kəˈtalɪsɪs/


  • 1

    catálisis masculine
    • One area where ionic liquids promise to make a big impact is in homogeneous catalysis, where the catalyst is typically dissolved in solution along with the reactants.
    • The most highly conserved domain is located in the C terminus of the protein and is involved in dimerization and likely in catalysis.
    • Enzymes have been widely praised for their specificity and efficiency in stereospecific catalysis.
    • In general, chemical catalysis offers faster reactions times than bioremediation schemes but also tends to be more expensive.
    • In either case, the new structure represents an interesting and unique case of metal coordination in enzyme catalysis.
    • The hope is to solve mysteries that Nature has long kept hidden, such as the molecular basis of catalysis and the mechanism that allows plants to split water at room temperature using sunlight.
    • Thus, catalysis is believed to involve a one-step, metal-ion-mediated hydrolysis of the substrate by a metal-activated water molecule.
    • The regions of the monomer that move most during catalysis are shown in dark gray.
    • The metal catalysts are quite expensive, but since catalysis occurs at the surface, only a thin layer is required.
    • Amides are hydrolysed to ammonium salts with catalysis by acids or alkalis.
    • The life sciences firm specialises in the niche area of chiral catalysis, which enables the production of pharmaceuticals with reduced side effects.
    • Interestingly, protein loops are often involved in protein activities, including ligand binding and catalysis.
    • Heterogeneous catalysis, in which the catalyst and reactants occupy separate phases, is something of a black art when compared with homogeneous catalysis.
    • After polymerisation using heat, light, radiation or catalysis, a range of strong thermosetting plastics can be produced.
    • The partial negative charge on the oxygen atom makes it susceptible to acid catalysis.
    • Liposomes are widely used as models of biomembranes and in applications such as solar energy conversion, chemical catalysis, and drug delivery.
    • Histidines are often involved in acid base catalysis, and prone to activate nucleophiles by abstracting a proton.
    • The catalytic domain also contains an oxyanion hole that is essential for catalysis.
    • The frequency shifts show an electron movement toward -phosphate, which probably contributes to catalysis by reducing the free activation energy.
    • My research interests are organic chemistry mechanisms, organometallic chemistry, and heterogeneous catalysis.