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  \code{print.summary.glm} tries to be smart about formatting the
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  \code{print.summary.glm} tries to be smart about formatting the
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  coefficients, standard errors, etc. and additionally gives
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  coefficients, standard errors, etc. and additionally gives
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  \sQuote{significance stars} if \code{signif.stars} is \code{TRUE}.
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  \sQuote{significance stars} if \code{signif.stars} is \code{TRUE}.
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  The \code{coefficients} component of the result gives the estimated
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  The \code{coefficients} component of the result gives the estimated
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  coefficients and their estimated standard errors, together with their
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  coefficients and their estimated standard errors, together with their
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  ratio.  This third column is labelled \code{t ratio} if the
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  ratio.  This third column is labelled \samp{t ratio} if the
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  dispersion is estimated, and \code{z ratio} if the dispersion is known
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  dispersion is estimated, and \samp{z ratio} if the dispersion is known
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  (or fixed by the family).  A fourth column gives the two-tailed
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  (or fixed by the family).  A fourth column gives the two-tailed
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  p-value corresponding to the t or z ratio based on a Student t or
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  p-value corresponding to the t or z ratio based on a Student t or
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  Normal reference distribution.  (It is possible that the dispersion is
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  Normal reference distribution.  (It is possible that the dispersion is
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  not known and there are no residual degrees of freedom from which to
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  not known and there are no residual degrees of freedom from which to
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  estimate it.  In that case the estimate is \code{NaN}.)
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  estimate it.  In that case the estimate is \code{NaN}.)