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Probable answer added

Do separable $C^*$-algebras form a set?

The question is in subject.

I suppose the answer to be "yes", because every separable $C^*$-algebra could be represented as a subalgebra of the algebra $B(H)$ of bounded operators on (the) countably generated Hilbert space $H$, and the subalgebras of $B(H)$ should form a set.

Is there any flaw in this reasoning?