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The action of Pseudomonas fluorescens extracts on asparagine and asparagine derivatives
Biochimica et Biophysica Acta, 1960Abstract Cell-free extracts from Pseudomonas fluorescens hydrolyzed L - and D -asparagine, L - and D -β-aspartohydroxamic acid and α-N-alkyl derivatives of DL -asparagine, but failed to attack L - and D -N-(β-aspartyl)-alkylamines. The extracts also catalyze the formation of β-aspartohydroxamic acid from L - or D -asparagine and ...
, de GROOT, N, LICHTENSTEIN
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Structure of Asparagine Monohydrate
Nature, 1961THE structure of asparagine has been discussed several times during recent years1–5. A number of properties would be better explained by a ring structure than by the conventional straight-chain structure1,2, but on the other hand, the carboxylic group had to be free3.
G, KARTHA, A, DE VRIES
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Oxygen-Dependent Asparagine Hydroxylation
2004Publisher Summary This chapter discusses oxygen-dependent asparagine hydroxylation. Asparagine hydroxylation occurs adjacent to the C-terminal transcriptional activation domain (CAD) of the Hypoxia-induced factor (HIF), repressing transactivation by blocking the interaction of HIF with the transcriptional coactivator p300 and prevents activation of ...
Peet, Daniel J. +4 more
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Guinea pig asparagine synthetase
Biochimica et Biophysica Acta (BBA) - Enzymology, 1969Abstract The partial purification and properties of guinea pig asparagine synthetase ( l -aspartate: ammonia ligase (AMP), EC 6.3.1.1) are described. The enzyme activity is present largely in the high-speed supernatant fractions and is found in extracts from all tissues with the highest specific activities in extracts from spleen, liver, intestine ...
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