Answer
$$ \displaystyle\int {\mathrm{e}}^{{x}^{14}}\, \mathrm d x = -{{\Gamma\left({{1}\over{14}} , -x^{14}\right)\,x}\over{14\,\left(- 1\right)^{{{1}\over{14}}}\,\left| x\right| }} $$
Explanation
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