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Adsorption is one of the effective techniques in removing Cd from wastewater (Aggarwal et al. 1999; Bhakta and Munekage 2009) because its sorption process largely depends on surface area, porous character, and chemical nature of adsorbent.
Tolypocladium sp. biomass waste was successful in removing Cd, Pb, and Hg [ 118].
The biosorbent was efficient in removing Cd, Co, Cu, and Ni with the highest efficiency obtained for Cu (72%).
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TAFIa potentially inhibits fibrinolysis by removing C-terminal lysine and arginine residues from fibrin.
For instance, instead of removing C entirely (Line 6), one may allow some amount of overlap between the cliques in (mathcal {C}).
The enzyme, a dipeptidyl carboxypeptidase, is capable of removing C-terminal dipeptides from a variety of oligopeptides.
The physiological function of CPB2 is to inhibit fibrinolysis by removing C-terminal lysine residues from fibrin and limiting plasmin formation [ 64].
ACE2 acts as a carboxypeptidase removing single amino acids from the C-terminus of its substrates, whereas ACE acts predominantly as a peptidyl dipeptidase removing C-terminal dipeptides [ 1].
Indeed, removing C-terminal parts of the protein produces aggregation prone species with a decrease in net charge and an increase in hydrophobicity, as well as critical perturbations of autoinhibitory conformations that counteract aggregation of full-length α-synuclein.
While E. acrogens was able remove Cd and Cu with removal percentage of 44 and 34% respectively.
P. aeruginosa was able to remove Cd, Ni and Co with removal percentage of 56, 34 and 53% respectively.
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