Most cold-adapted enzymes display high catalytic activity at low temperatures (20–25° C)
and can still maintain more than 40–50% of their maximum activity at lower temperatures (0 …

Cold-adapted enzymes are characterized both by a higher catalytic activity at low
temperatures and by having their temperature optimum down-shifted, compared to …

Enzymes from psychrophilic (cold-loving) organisms have attracted considerable interest
over the past decades for their potential in various low-temperature industrial processes …

This study developed a composite film for packaging refrigerated common carp fillets using
carboxymethyl cellulose (CMC)(1.5% w/v)/Myrrh gum (MG)(0.25% w/v) base with the …

The enzymatic degradation of different chitin polymers into chitin oligosaccharides (COSs) is
of great significance given their better solubility and various biological applications …

Psychrophilic organisms thriving at near-zero temperatures synthesize cold-adapted
enzymes to sustain cell metabolism. These enzymes have overcome the reduced molecular …

The present study investigates a novel low-temperature adapted lipase, Glalip03, from
Glaciozyma antarctica. The gene was codon-optimised, synthesised, and heterologously …

Cold environments characterised by diverse temperatures close to or below the water
freezing point dominate about 80% of the Earth's biosphere. One of the survival strategies …

Proteins possessing double active sites have the potential to revolutionise enzyme design
strategies. This study extensively explored an enzyme that contains both a natural active site …

In the present review, we summarize genome mining of genomic data obtained from the
psychrophilic Antarctic marine ciliate Euplotes focardii and its evolutionary-close mesophilic …