Antifreeze proteins (AFPs) are found in different living organisms like plants, insects, and
fish. AFPs avoid the formation of ice crystals in these organisms and make them able to …

In extremely cold environments, living organisms like plants, animals, fishes, and microbes
can die due to the intracellular ice formation in their bodies. To sustain life in such cold …

Antifreeze protein (AFP) can inhibit the growth of ice crystals to protect organisms from
freezing damage, and demonstrates broad application prospects in food industry. Antifreeze …

Species living in extremely cold environments resist the freezing conditions through
antifreeze proteins (AFPs). Apart from being essential proteins for various organisms living …

As the current worldwide outbreaks of the SARS-CoV-2, it is urgently needed to develop
effective therapeutic agents for inhibiting the pathogens or treating the related diseases …

Background: Proteins contribute significantly in every task of cellular life. Their functions
encompass the building and repairing of tissues in human bodies and other organisms …

Extracelluar matrix (ECM) proteins create complex networks of macromolecules which fill-in
the extracellular spaces of living tissues. They provide structural support and play an …

It is of utmost importance to develop a computational method for accurate prediction of
antioxidants, as they play a vital role in the prevention of several diseases caused by …

Prediction of antifreeze proteins (AFPs) holds significant importance due to their diverse
applications in healthcare. An inherent limitation of current AFP prediction methods is their …

Ice-binding proteins (IBPs) have evolved independently in multiple taxonomic groups to
improve their survival at sub-zero temperatures. Intertidal invertebrates in temperate and …