In a hypothetical situation of environmental exposure to various metals simultaneously, which of the metals would the enzyme bind to mostly? A low...
In a hypothetical situation of environmental exposure to various metals simultaneously, which of the metals would the enzyme bind to mostly?
A low molecular weight protein has almost 30% of its structure composed of cysteine amino acids, which implies the occurrence of multiple free thiol domains to neutralize the reactive nature of metals.
This class of metalloproteins differs from others by the number of different metals that can bind, both in vivo and in vitro, to various metals, which bind through sulfur bridges and terminals present in sulfhydryl radicals.
Zinc.
Arsenic.
A low molecular weight protein has almost 30% of its structure composed of cysteine amino acids, which implies the occurrence of multiple free thiol domains to neutralize the reactive nature of metals.
This class of metalloproteins differs from others by the number of different metals that can bind, both in vivo and in vitro, to various metals, which bind through sulfur bridges and terminals present in sulfhydryl radicals.
Zinc.
Arsenic.
Essa pergunta também está no material:
💡 1 Resposta
Ed 
Com base nas informações fornecidas, é possível afirmar que o zinco é o metal que a enzima se ligaria principalmente, uma vez que é um metal comum em metaloproteínas e é essencial para a atividade de muitas enzimas. O arsênio, por outro lado, é um metal tóxico que pode inibir a atividade de muitas enzimas.
✏️ Responder
Para escrever sua resposta aqui, entre ou crie uma conta
Outros materiais
Perguntas relacionadas
Materiais relacionados
2 pág.
Compartilhar