[see also: extend, go on, proceed, pursue, remain, persist, stick, still]
Suppose that the process continues indefinitely.
Continuing in this fashion, we get a collection $\{V_r\}$ of open sets, one for every rational $r$, with ......
Continuing in this manner, we see that for $\sigma \ge 4$, the curve $C_{4k+3}$ is found in the half-strip $B$.
This recursion continues, producing a sequence of finite sets such that ......
By abuse of notation, we continue to write $f$ for $f_1$.
Since $Z$ is a finite set, we may continue subtracting suitable scalar multiples of the $x_i$ from $x$.
Let us continue with the proof of Theorem 2.
An obvious question to ask is whether the assertion of Theorem 1 continues to hold for ......
This paper, for the most part, continues this line of investigation.
This work continues research begun in [5].
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