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$H L D I A B E T E S R R_{r, c, p} = H L D I A B S H I F T_{r, c, p} * \int e^{((H L B M I_{r, p} - (\frac{H L B M I_{r, p} - a v g B M I}{S t d D e v} + 21)) * L o g (R R_{c, p}))} * P (H L B M I) * d B M I$

Revision as of 18:35, 8 June 2017 view source EmoryFerguson (talk \| contribs) 2,246 edits No edit summary ← Older edit		Revision as of 18:35, 8 June 2017 view source EmoryFerguson (talk \| contribs) 2,246 edits No edit summary Newer edit →
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	<math>HLDIABETESRR_{r,c,p}=HLDIABSHIFT_{r,c,p}\~~inte~~^{((HLBMI_{r,p}-(\frac{HLBMI_{r,p}-avgBMI}{StdDev}+21))Log(RR_{c,p}))}P(HLBMI)dBMI		<math>HLDIABETESRR_{r,c,p}=HLDIABSHIFT_{r,c,p}\int{e^{((HLBMI_{r,p}-(\frac{HLBMI_{r,p}-avgBMI}{StdDev}+21))Log(RR_{c,p}))}}P(HLBMI)dBMI</math>

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Revision as of 18:35, 8 June 2017

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