# Atherosclerotic Cardiovascular Disease Odds Calculator

```2013 ACC/AHA 10-Year ASCVD Risk Calculation
[select name="Gender" value="Male|Female"] <-- Gender
[select name="Age" value="40=40|41=41|42=42|43=43|44=44|45=45|46=46|47=47|48=48|49=49|50=50|51=51|52=52|53=53|54=54|55=55|56=56|57=57|58=58|59=59|60=60|61=61|62=62|63=63|64=64|65=65|66=66|67=67|68=68|69=69|70=70|71=71|72=72|73=73|74=74|75=75"] <-- Age (years)
[select name="Race" value="White|African American"] <-- Race
[select name="BPTx" value="Untreated|Treated"] <-- Blood Pressure
[text name="SBP"] <-- Systolic Blood Pressure
[text name="TotChol"] <-- Total Cholesterol
[text name="HDL"] <-- HDL Cholesterol
[select name="Smoke" value="Nonsmoker=0|Current Smoker=1"] <-- Smoking Status
[select name="DM" value="No Diabetes Mellitus=0|Diabetes Mellitus=1"] <-- Diabetes Mellitus Status
*********RESULT/INTERPRETATION BELOW THIS LINE**********
[remark]10-Year Risk Calculation[/remark][remark]Male White Untreated[/remark][conditional field="Gender|Race|BPTx" condition="(Gender).is('Male')&&(Race).is('White')&&(BPTx).is('Untreated')"][calc value="WM13=(100 * (1-(Math.pow(0.9144,(Math.exp(((12.344 * Math.log((Age)))+(11.853 * Math.log((TotChol)))+(-2.664 * Math.log((Age)) * Math.log((TotChol)))+(-7.990 * Math.log((HDL)))+(1.769 * Math.log((Age)) * Math.log((HDL)))+(1.764 * Math.log((SBP)))+(7.837 * (Smoke))+(-1.795 * Math.log((Age)) * (Smoke))+(0.658 * (DM))+(-61.18)))))))).toFixed(2)" memo="result"]% <-- Probability of a first hard atherosclerotic cardiovascular disease event within 10 years
[calc value="WM13=(100 * (1-(Math.pow(0.9144,(Math.exp(((12.344 * Math.log((Age)))+(11.853 * Math.log((TotChol)))+(-2.664 * Math.log((Age)) * Math.log((TotChol)))+(-7.990 * Math.log((HDL)))+(1.769 * Math.log((Age)) * Math.log((HDL)))+(1.764 * Math.log((SBP)))+(7.837 * (Smoke))+(-1.795 * Math.log((Age)) * (Smoke))+(0.658 * (DM))+(-61.18))))))));WM13>0.994?'1 to 0':WM13>0.984?'99 to 1':WM13>0.974?'49 to 1':WM13>0.964?'97 to 3':WM13>0.954?'24 to 1':WM13>0.944?'19 to 1':WM13>0.934?'47 to 3':WM13>0.924?'93 to 7':WM13>0.914?'23 to 2':WM13>0.904?'91 to 9':WM13>0.894?'9 to 1':WM13>0.884?'89 to 11':WM13>0.874?'22 to 3':WM13>0.864?'87 to 13':WM13>0.854?'43 to 7':WM13>0.844?'17 to 3':WM13>0.834?'21 to 4':WM13>0.824?'83 to 17':WM13>0.814?'41 to 9':WM13>0.804?'81 to 19':WM13>0.794?'4 to 1':WM13>0.784?'79 to 21':WM13>0.774?'39 to 11':WM13>0.764?'77 to 23':WM13>0.754?'19 to 6':WM13>0.744?'3 to 1':WM13>0.734?'37 to 13':WM13>0.724?'73 to 27':WM13>0.714?'18 to 7':WM13>0.704?'71 to 29':WM13>0.694?'7 to 3':WM13>0.684?'69 to 31':WM13>0.674?'17 to 8':WM13>0.664?'67 to 33':WM13>0.654?'33 to 17':WM13>0.644?'13 to 7':WM13>0.634?'16 to 9':WM13>0.624?'63 to 37':WM13>0.614?'31 to 19':WM13>0.604?'61 to 39':WM13>0.594?'3 to 2':WM13>0.584?'59 to 41':WM13>0.574?'29 to 21':WM13>0.564?'57 to 43':WM13>0.554?'14 to 11':WM13>0.544?'11 to 9':WM13>0.534?'27 to 23':WM13>0.524?'53 to 47':WM13>0.514?'13 to 12':WM13>0.504?'51 to 49':WM13>0.494?'1 to 1':WM13>0.484?'49 to 51':WM13>0.474?'12 to 13':WM13>0.464?'47 to 53':WM13>0.454?'23 to 27':WM13>0.444?'9 to 11':WM13>0.434?'11 to 14':WM13>0.424?'43 to 57':WM13>0.414?'21 to 29':WM13>0.404?'41 to 59':WM13>0.394?'2 to 3':WM13>0.384?'39 to 61':WM13>0.374?'19 to 31':WM13>0.364?'37 to 63':WM13>0.354?'9 to 16':WM13>0.344?'7 to 13':WM13>0.334?'17 to 33':WM13>0.324?'33 to 67':WM13>0.314?'8 to 17':WM13>0.304?'31 to 69':WM13>0.294?'3 to 7':WM13>0.284?'29 to 71':WM13>0.274?'7 to 18':WM13>0.264?'27 to 73':WM13>0.254?'13 to 37':WM13>0.244?'1 to 3':WM13>0.234?'6 to 19':WM13>0.224?'23 to 77':WM13>0.214?'11 to 39':WM13>0.204?'21 to 79':WM13>0.194?'1 to 4':WM13>0.184?'19 to 81':WM13>0.174?'9 to 41':WM13>0.164?'17 to 83':WM13>0.154?'4 to 21':WM13>0.144?'3 to 17':WM13>0.134?'7 to 43':WM13>0.124?'13 to 87':WM13>0.114?'3 to 22':WM13>0.104?'11 to 89':WM13>0.094?'1 to 9':WM13>0.084?'9 to 91':WM13>0.074?'2 to 23':WM13>0.064?'7 to 93':WM13>0.054?'3 to 47':WM13>0.044?'1 to 19':WM13>0.034?'1 to 24':WM13>0.024?'3 to 97':WM13>0.014?'1 to 49':WM13>0.004?'1 to 99':'0 to 1'" memo="result"] <-- Odds of a first hard atherosclerotic cardiovascular disease event within 10 years[/conditional][remark]Male White Treated[/remark][conditional field="Gender|Race|BPTx" condition="(Gender).is('Male')&&(Race).is('White')&&(BPTx).is('Treated')"][calc value="WM13=(100 * (1-(Math.pow(0.9144,(Math.exp(((12.344 * Math.log((Age)))+(11.853 * Math.log((TotChol)))+(-2.664 * Math.log((Age)) * Math.log((TotChol)))+(-7.990 * Math.log((HDL)))+(1.769 * Math.log((Age)) * Math.log((HDL)))+(1.797 * Math.log((SBP)))+(7.837 * (Smoke))+(-1.795 * Math.log((Age)) * (Smoke))+(0.658 * (DM))+(-61.18)))))))).toFixed(2)" memo="result"]% <-- Probability of a first hard atherosclerotic cardiovascular disease event within 10 years
[calc value="WM13=(100 * (1-(Math.pow(0.9144,(Math.exp(((12.344 * Math.log((Age)))+(11.853 * Math.log((TotChol)))+(-2.664 * Math.log((Age)) * Math.log((TotChol)))+(-7.990 * Math.log((HDL)))+(1.769 * Math.log((Age)) * Math.log((HDL)))+(1.797 * Math.log((SBP)))+(7.837 * (Smoke))+(-1.795 * Math.log((Age)) * (Smoke))+(0.658 * (DM))+(-61.18))))))));WM13>0.994?'1 to 0':WM13>0.984?'99 to 1':WM13>0.974?'49 to 1':WM13>0.964?'97 to 3':WM13>0.954?'24 to 1':WM13>0.944?'19 to 1':WM13>0.934?'47 to 3':WM13>0.924?'93 to 7':WM13>0.914?'23 to 2':WM13>0.904?'91 to 9':WM13>0.894?'9 to 1':WM13>0.884?'89 to 11':WM13>0.874?'22 to 3':WM13>0.864?'87 to 13':WM13>0.854?'43 to 7':WM13>0.844?'17 to 3':WM13>0.834?'21 to 4':WM13>0.824?'83 to 17':WM13>0.814?'41 to 9':WM13>0.804?'81 to 19':WM13>0.794?'4 to 1':WM13>0.784?'79 to 21':WM13>0.774?'39 to 11':WM13>0.764?'77 to 23':WM13>0.754?'19 to 6':WM13>0.744?'3 to 1':WM13>0.734?'37 to 13':WM13>0.724?'73 to 27':WM13>0.714?'18 to 7':WM13>0.704?'71 to 29':WM13>0.694?'7 to 3':WM13>0.684?'69 to 31':WM13>0.674?'17 to 8':WM13>0.664?'67 to 33':WM13>0.654?'33 to 17':WM13>0.644?'13 to 7':WM13>0.634?'16 to 9':WM13>0.624?'63 to 37':WM13>0.614?'31 to 19':WM13>0.604?'61 to 39':WM13>0.594?'3 to 2':WM13>0.584?'59 to 41':WM13>0.574?'29 to 21':WM13>0.564?'57 to 43':WM13>0.554?'14 to 11':WM13>0.544?'11 to 9':WM13>0.534?'27 to 23':WM13>0.524?'53 to 47':WM13>0.514?'13 to 12':WM13>0.504?'51 to 49':WM13>0.494?'1 to 1':WM13>0.484?'49 to 51':WM13>0.474?'12 to 13':WM13>0.464?'47 to 53':WM13>0.454?'23 to 27':WM13>0.444?'9 to 11':WM13>0.434?'11 to 14':WM13>0.424?'43 to 57':WM13>0.414?'21 to 29':WM13>0.404?'41 to 59':WM13>0.394?'2 to 3':WM13>0.384?'39 to 61':WM13>0.374?'19 to 31':WM13>0.364?'37 to 63':WM13>0.354?'9 to 16':WM13>0.344?'7 to 13':WM13>0.334?'17 to 33':WM13>0.324?'33 to 67':WM13>0.314?'8 to 17':WM13>0.304?'31 to 69':WM13>0.294?'3 to 7':WM13>0.284?'29 to 71':WM13>0.274?'7 to 18':WM13>0.264?'27 to 73':WM13>0.254?'13 to 37':WM13>0.244?'1 to 3':WM13>0.234?'6 to 19':WM13>0.224?'23 to 77':WM13>0.214?'11 to 39':WM13>0.204?'21 to 79':WM13>0.194?'1 to 4':WM13>0.184?'19 to 81':WM13>0.174?'9 to 41':WM13>0.164?'17 to 83':WM13>0.154?'4 to 21':WM13>0.144?'3 to 17':WM13>0.134?'7 to 43':WM13>0.124?'13 to 87':WM13>0.114?'3 to 22':WM13>0.104?'11 to 89':WM13>0.094?'1 to 9':WM13>0.084?'9 to 91':WM13>0.074?'2 to 23':WM13>0.064?'7 to 93':WM13>0.054?'3 to 47':WM13>0.044?'1 to 19':WM13>0.034?'1 to 24':WM13>0.024?'3 to 97':WM13>0.014?'1 to 49':WM13>0.004?'1 to 99':'0 to 1'" memo="result"] <-- Odds of a first hard atherosclerotic cardiovascular disease event within 10 years[/conditional][remark]Female White Untreated[/remark][conditional field="Gender|Race|BPTx" condition="(Gender).is('Female')&&(Race).is('White')&&(BPTx).is('Untreated')"][calc value="WF14=(100 * (1-(Math.pow(0.9665,(Math.exp(((-29.799 * Math.log((Age)))+(4.884 * Math.log((Age)) * Math.log((Age)))+(13.540 * Math.log((TotChol)))+(-3.114 * Math.log((TotChol)) * Math.log((Age)))+(-13.578 * Math.log((HDL)))+(3.149 * Math.log((Age)) * Math.log((HDL)))+(1.957 * Math.log((SBP)))+(7.574 * (Smoke))+(-1.665 * Math.log((Age)) * (Smoke))+(0.661 * (DM))+(29.18)))))))).toFixed(2)" memo="result"]% <-- Probability of a first hard atherosclerotic cardiovascular disease event within 10 years
[calc value="WF14=(100 * (1-(Math.pow(0.9665,(Math.exp(((-29.799 * Math.log((Age)))+(4.884 * Math.log((Age)) * Math.log((Age)))+(13.540 * Math.log((TotChol)))+(-3.114 * Math.log((TotChol)) * Math.log((Age)))+(-13.578 * Math.log((HDL)))+(3.149 * Math.log((Age)) * Math.log((HDL)))+(1.957 * Math.log((SBP)))+(7.574 * (Smoke))+(-1.665 * Math.log((Age)) * (Smoke))+(0.661 * (DM))+(29.18))))))));WF14>0.994?'1 to 0':WF14>0.984?'99 to 1':WF14>0.974?'49 to 1':WF14>0.964?'97 to 3':WF14>0.954?'24 to 1':WF14>0.944?'19 to 1':WF14>0.934?'47 to 3':WF14>0.924?'93 to 7':WF14>0.914?'23 to 2':WF14>0.904?'91 to 9':WF14>0.894?'9 to 1':WF14>0.884?'89 to 11':WF14>0.874?'22 to 3':WF14>0.864?'87 to 13':WF14>0.854?'43 to 7':WF14>0.844?'17 to 3':WF14>0.834?'21 to 4':WF14>0.824?'83 to 17':WF14>0.814?'41 to 9':WF14>0.804?'81 to 19':WF14>0.794?'4 to 1':WF14>0.784?'79 to 21':WF14>0.774?'39 to 11':WF14>0.764?'77 to 23':WF14>0.754?'19 to 6':WF14>0.744?'3 to 1':WF14>0.734?'37 to 13':WF14>0.724?'73 to 27':WF14>0.714?'18 to 7':WF14>0.704?'71 to 29':WF14>0.694?'7 to 3':WF14>0.684?'69 to 31':WF14>0.674?'17 to 8':WF14>0.664?'67 to 33':WF14>0.654?'33 to 17':WF14>0.644?'13 to 7':WF14>0.634?'16 to 9':WF14>0.624?'63 to 37':WF14>0.614?'31 to 19':WF14>0.604?'61 to 39':WF14>0.594?'3 to 2':WF14>0.584?'59 to 41':WF14>0.574?'29 to 21':WF14>0.564?'57 to 43':WF14>0.554?'14 to 11':WF14>0.544?'11 to 9':WF14>0.534?'27 to 23':WF14>0.524?'53 to 47':WF14>0.514?'13 to 12':WF14>0.504?'51 to 49':WF14>0.494?'1 to 1':WF14>0.484?'49 to 51':WF14>0.474?'12 to 13':WF14>0.464?'47 to 53':WF14>0.454?'23 to 27':WF14>0.444?'9 to 11':WF14>0.434?'11 to 14':WF14>0.424?'43 to 57':WF14>0.414?'21 to 29':WF14>0.404?'41 to 59':WF14>0.394?'2 to 3':WF14>0.384?'39 to 61':WF14>0.374?'19 to 31':WF14>0.364?'37 to 63':WF14>0.354?'9 to 16':WF14>0.344?'7 to 13':WF14>0.334?'17 to 33':WF14>0.324?'33 to 67':WF14>0.314?'8 to 17':WF14>0.304?'31 to 69':WF14>0.294?'3 to 7':WF14>0.284?'29 to 71':WF14>0.274?'7 to 18':WF14>0.264?'27 to 73':WF14>0.254?'13 to 37':WF14>0.244?'1 to 3':WF14>0.234?'6 to 19':WF14>0.224?'23 to 77':WF14>0.214?'11 to 39':WF14>0.204?'21 to 79':WF14>0.194?'1 to 4':WF14>0.184?'19 to 81':WF14>0.174?'9 to 41':WF14>0.164?'17 to 83':WF14>0.154?'4 to 21':WF14>0.144?'3 to 17':WF14>0.134?'7 to 43':WF14>0.124?'13 to 87':WF14>0.114?'3 to 22':WF14>0.104?'11 to 89':WF14>0.094?'1 to 9':WF14>0.084?'9 to 91':WF14>0.074?'2 to 23':WF14>0.064?'7 to 93':WF14>0.054?'3 to 47':WF14>0.044?'1 to 19':WF14>0.034?'1 to 24':WF14>0.024?'3 to 97':WF14>0.014?'1 to 49':WF14>0.004?'1 to 99':'0 to 1'" memo="result"] <-- Odds of a first hard atherosclerotic cardiovascular disease event within 10 years
[/conditional][remark]Female White Treated[/remark][conditional field="Gender|Race|BPTx" condition="(Gender).is('Female')&&(Race).is('White')&&(BPTx).is('Treated')"][calc value="WF14=(100 * (1-(Math.pow(0.9665,(Math.exp(((-29.799 * Math.log((Age)))+(4.884 * Math.log((Age)) * Math.log((Age)))+(13.540 * Math.log((TotChol)))+(-3.114 * Math.log((TotChol)) * Math.log((Age)))+(-13.578 * Math.log((HDL)))+(3.149 * Math.log((Age)) * Math.log((HDL)))+(2.019 * Math.log((SBP)))+(7.574 * (Smoke))+(-1.665 * Math.log((Age)) * (Smoke))+(0.661 * (DM))+(29.18)))))))).toFixed(2)" memo="result"]% <-- Probability of a first hard atherosclerotic cardiovascular disease event within 10 years
[calc value="WF14=(100 * (1-(Math.pow(0.9665,(Math.exp(((-29.799 * Math.log((Age)))+(4.884 * Math.log((Age)) * Math.log((Age)))+(13.540 * Math.log((TotChol)))+(-3.114 * Math.log((TotChol)) * Math.log((Age)))+(-13.578 * Math.log((HDL)))+(3.149 * Math.log((Age)) * Math.log((HDL)))+(2.019 * Math.log((SBP)))+(7.574 * (Smoke))+(-1.665 * Math.log((Age)) * (Smoke))+(0.661 * (DM))+(29.18))))))));WF14>0.994?'1 to 0':WF14>0.984?'99 to 1':WF14>0.974?'49 to 1':WF14>0.964?'97 to 3':WF14>0.954?'24 to 1':WF14>0.944?'19 to 1':WF14>0.934?'47 to 3':WF14>0.924?'93 to 7':WF14>0.914?'23 to 2':WF14>0.904?'91 to 9':WF14>0.894?'9 to 1':WF14>0.884?'89 to 11':WF14>0.874?'22 to 3':WF14>0.864?'87 to 13':WF14>0.854?'43 to 7':WF14>0.844?'17 to 3':WF14>0.834?'21 to 4':WF14>0.824?'83 to 17':WF14>0.814?'41 to 9':WF14>0.804?'81 to 19':WF14>0.794?'4 to 1':WF14>0.784?'79 to 21':WF14>0.774?'39 to 11':WF14>0.764?'77 to 23':WF14>0.754?'19 to 6':WF14>0.744?'3 to 1':WF14>0.734?'37 to 13':WF14>0.724?'73 to 27':WF14>0.714?'18 to 7':WF14>0.704?'71 to 29':WF14>0.694?'7 to 3':WF14>0.684?'69 to 31':WF14>0.674?'17 to 8':WF14>0.664?'67 to 33':WF14>0.654?'33 to 17':WF14>0.644?'13 to 7':WF14>0.634?'16 to 9':WF14>0.624?'63 to 37':WF14>0.614?'31 to 19':WF14>0.604?'61 to 39':WF14>0.594?'3 to 2':WF14>0.584?'59 to 41':WF14>0.574?'29 to 21':WF14>0.564?'57 to 43':WF14>0.554?'14 to 11':WF14>0.544?'11 to 9':WF14>0.534?'27 to 23':WF14>0.524?'53 to 47':WF14>0.514?'13 to 12':WF14>0.504?'51 to 49':WF14>0.494?'1 to 1':WF14>0.484?'49 to 51':WF14>0.474?'12 to 13':WF14>0.464?'47 to 53':WF14>0.454?'23 to 27':WF14>0.444?'9 to 11':WF14>0.434?'11 to 14':WF14>0.424?'43 to 57':WF14>0.414?'21 to 29':WF14>0.404?'41 to 59':WF14>0.394?'2 to 3':WF14>0.384?'39 to 61':WF14>0.374?'19 to 31':WF14>0.364?'37 to 63':WF14>0.354?'9 to 16':WF14>0.344?'7 to 13':WF14>0.334?'17 to 33':WF14>0.324?'33 to 67':WF14>0.314?'8 to 17':WF14>0.304?'31 to 69':WF14>0.294?'3 to 7':WF14>0.284?'29 to 71':WF14>0.274?'7 to 18':WF14>0.264?'27 to 73':WF14>0.254?'13 to 37':WF14>0.244?'1 to 3':WF14>0.234?'6 to 19':WF14>0.224?'23 to 77':WF14>0.214?'11 to 39':WF14>0.204?'21 to 79':WF14>0.194?'1 to 4':WF14>0.184?'19 to 81':WF14>0.174?'9 to 41':WF14>0.164?'17 to 83':WF14>0.154?'4 to 21':WF14>0.144?'3 to 17':WF14>0.134?'7 to 43':WF14>0.124?'13 to 87':WF14>0.114?'3 to 22':WF14>0.104?'11 to 89':WF14>0.094?'1 to 9':WF14>0.084?'9 to 91':WF14>0.074?'2 to 23':WF14>0.064?'7 to 93':WF14>0.054?'3 to 47':WF14>0.044?'1 to 19':WF14>0.034?'1 to 24':WF14>0.024?'3 to 97':WF14>0.014?'1 to 49':WF14>0.004?'1 to 99':'0 to 1'" memo="result"] <-- Odds of a first hard atherosclerotic cardiovascular disease event within 10 years[/conditional][remark]Male African American Untreated[/remark][conditional field="Gender|Race|BPTx" condition="(Gender).is('Male')&&(Race).is('African American')&&(BPTx).is('Untreated')"][calc value="AAM10=(100 * (1-(Math.pow(0.8954,(Math.exp(((2.469 * Math.log((Age)))+(0.302 * Math.log((TotChol)))+(-0.307 * Math.log((HDL)))+(1.809 * Math.log((SBP)))+(0.549 * (Smoke))+(0.645 * (DM))+(-19.54)))))))).toFixed(2)" memo="result"]% <-- Probability of a first hard atherosclerotic cardiovascular disease event within 10 years
[calc value="AAM10=(100 * (1-(Math.pow(0.8954,(Math.exp(((2.469 * Math.log((Age)))+(0.302 * Math.log((TotChol)))+(-0.307 * Math.log((HDL)))+(1.809 * Math.log((SBP)))+(0.549 * (Smoke))+(0.645 * (DM))+(-19.54))))))));AAM10>0.994?'1 to 0':AAM10>0.984?'99 to 1':AAM10>0.974?'49 to 1':AAM10>0.964?'97 to 3':AAM10>0.954?'24 to 1':AAM10>0.944?'19 to 1':AAM10>0.934?'47 to 3':AAM10>0.924?'93 to 7':AAM10>0.914?'23 to 2':AAM10>0.904?'91 to 9':AAM10>0.894?'9 to 1':AAM10>0.884?'89 to 11':AAM10>0.874?'22 to 3':AAM10>0.864?'87 to 13':AAM10>0.854?'43 to 7':AAM10>0.844?'17 to 3':AAM10>0.834?'21 to 4':AAM10>0.824?'83 to 17':AAM10>0.814?'41 to 9':AAM10>0.804?'81 to 19':AAM10>0.794?'4 to 1':AAM10>0.784?'79 to 21':AAM10>0.774?'39 to 11':AAM10>0.764?'77 to 23':AAM10>0.754?'19 to 6':AAM10>0.744?'3 to 1':AAM10>0.734?'37 to 13':AAM10>0.724?'73 to 27':AAM10>0.714?'18 to 7':AAM10>0.704?'71 to 29':AAM10>0.694?'7 to 3':AAM10>0.684?'69 to 31':AAM10>0.674?'17 to 8':AAM10>0.664?'67 to 33':AAM10>0.654?'33 to 17':AAM10>0.644?'13 to 7':AAM10>0.634?'16 to 9':AAM10>0.624?'63 to 37':AAM10>0.614?'31 to 19':AAM10>0.604?'61 to 39':AAM10>0.594?'3 to 2':AAM10>0.584?'59 to 41':AAM10>0.574?'29 to 21':AAM10>0.564?'57 to 43':AAM10>0.554?'14 to 11':AAM10>0.544?'11 to 9':AAM10>0.534?'27 to 23':AAM10>0.524?'53 to 47':AAM10>0.514?'13 to 12':AAM10>0.504?'51 to 49':AAM10>0.494?'1 to 1':AAM10>0.484?'49 to 51':AAM10>0.474?'12 to 13':AAM10>0.464?'47 to 53':AAM10>0.454?'23 to 27':AAM10>0.444?'9 to 11':AAM10>0.434?'11 to 14':AAM10>0.424?'43 to 57':AAM10>0.414?'21 to 29':AAM10>0.404?'41 to 59':AAM10>0.394?'2 to 3':AAM10>0.384?'39 to 61':AAM10>0.374?'19 to 31':AAM10>0.364?'37 to 63':AAM10>0.354?'9 to 16':AAM10>0.344?'7 to 13':AAM10>0.334?'17 to 33':AAM10>0.324?'33 to 67':AAM10>0.314?'8 to 17':AAM10>0.304?'31 to 69':AAM10>0.294?'3 to 7':AAM10>0.284?'29 to 71':AAM10>0.274?'7 to 18':AAM10>0.264?'27 to 73':AAM10>0.254?'13 to 37':AAM10>0.244?'1 to 3':AAM10>0.234?'6 to 19':AAM10>0.224?'23 to 77':AAM10>0.214?'11 to 39':AAM10>0.204?'21 to 79':AAM10>0.194?'1 to 4':AAM10>0.184?'19 to 81':AAM10>0.174?'9 to 41':AAM10>0.164?'17 to 83':AAM10>0.154?'4 to 21':AAM10>0.144?'3 to 17':AAM10>0.134?'7 to 43':AAM10>0.124?'13 to 87':AAM10>0.114?'3 to 22':AAM10>0.104?'11 to 89':AAM10>0.094?'1 to 9':AAM10>0.084?'9 to 91':AAM10>0.074?'2 to 23':AAM10>0.064?'7 to 93':AAM10>0.054?'3 to 47':AAM10>0.044?'1 to 19':AAM10>0.034?'1 to 24':AAM10>0.024?'3 to 97':AAM10>0.014?'1 to 49':AAM10>0.004?'1 to 99':'0 to 1'" memo="result"] <-- Odds of a first hard atherosclerotic cardiovascular disease event within 10 years[/conditional][remark]Male African American Treated[/remark][conditional field="Gender|Race|BPTx" condition="(Gender).is('Male')&&(Race).is('African American')&&(BPTx).is('Treated')"][calc value="AAM10=(100 * (1-(Math.pow(0.8954,(Math.exp(((2.469 * Math.log((Age)))+(0.302 * Math.log((TotChol)))+(-0.307 * Math.log((HDL)))+(1.916 * Math.log((SBP)))+(0.549 * (Smoke))+(0.645 * (DM))+(-19.54)))))))).toFixed(2)" memo="result"]% <-- Probability of a first hard atherosclerotic cardiovascular disease event within 10 years
[calc value="AAM10=(100 * (1-(Math.pow(0.8954,(Math.exp(((2.469 * Math.log((Age)))+(0.302 * Math.log((TotChol)))+(-0.307 * Math.log((HDL)))+(1.916 * Math.log((SBP)))+(0.549 * (Smoke))+(0.645 * (DM))+(-19.54))))))));AAM10>0.994?'1 to 0':AAM10>0.984?'99 to 1':AAM10>0.974?'49 to 1':AAM10>0.964?'97 to 3':AAM10>0.954?'24 to 1':AAM10>0.944?'19 to 1':AAM10>0.934?'47 to 3':AAM10>0.924?'93 to 7':AAM10>0.914?'23 to 2':AAM10>0.904?'91 to 9':AAM10>0.894?'9 to 1':AAM10>0.884?'89 to 11':AAM10>0.874?'22 to 3':AAM10>0.864?'87 to 13':AAM10>0.854?'43 to 7':AAM10>0.844?'17 to 3':AAM10>0.834?'21 to 4':AAM10>0.824?'83 to 17':AAM10>0.814?'41 to 9':AAM10>0.804?'81 to 19':AAM10>0.794?'4 to 1':AAM10>0.784?'79 to 21':AAM10>0.774?'39 to 11':AAM10>0.764?'77 to 23':AAM10>0.754?'19 to 6':AAM10>0.744?'3 to 1':AAM10>0.734?'37 to 13':AAM10>0.724?'73 to 27':AAM10>0.714?'18 to 7':AAM10>0.704?'71 to 29':AAM10>0.694?'7 to 3':AAM10>0.684?'69 to 31':AAM10>0.674?'17 to 8':AAM10>0.664?'67 to 33':AAM10>0.654?'33 to 17':AAM10>0.644?'13 to 7':AAM10>0.634?'16 to 9':AAM10>0.624?'63 to 37':AAM10>0.614?'31 to 19':AAM10>0.604?'61 to 39':AAM10>0.594?'3 to 2':AAM10>0.584?'59 to 41':AAM10>0.574?'29 to 21':AAM10>0.564?'57 to 43':AAM10>0.554?'14 to 11':AAM10>0.544?'11 to 9':AAM10>0.534?'27 to 23':AAM10>0.524?'53 to 47':AAM10>0.514?'13 to 12':AAM10>0.504?'51 to 49':AAM10>0.494?'1 to 1':AAM10>0.484?'49 to 51':AAM10>0.474?'12 to 13':AAM10>0.464?'47 to 53':AAM10>0.454?'23 to 27':AAM10>0.444?'9 to 11':AAM10>0.434?'11 to 14':AAM10>0.424?'43 to 57':AAM10>0.414?'21 to 29':AAM10>0.404?'41 to 59':AAM10>0.394?'2 to 3':AAM10>0.384?'39 to 61':AAM10>0.374?'19 to 31':AAM10>0.364?'37 to 63':AAM10>0.354?'9 to 16':AAM10>0.344?'7 to 13':AAM10>0.334?'17 to 33':AAM10>0.324?'33 to 67':AAM10>0.314?'8 to 17':AAM10>0.304?'31 to 69':AAM10>0.294?'3 to 7':AAM10>0.284?'29 to 71':AAM10>0.274?'7 to 18':AAM10>0.264?'27 to 73':AAM10>0.254?'13 to 37':AAM10>0.244?'1 to 3':AAM10>0.234?'6 to 19':AAM10>0.224?'23 to 77':AAM10>0.214?'11 to 39':AAM10>0.204?'21 to 79':AAM10>0.194?'1 to 4':AAM10>0.184?'19 to 81':AAM10>0.174?'9 to 41':AAM10>0.164?'17 to 83':AAM10>0.154?'4 to 21':AAM10>0.144?'3 to 17':AAM10>0.134?'7 to 43':AAM10>0.124?'13 to 87':AAM10>0.114?'3 to 22':AAM10>0.104?'11 to 89':AAM10>0.094?'1 to 9':AAM10>0.084?'9 to 91':AAM10>0.074?'2 to 23':AAM10>0.064?'7 to 93':AAM10>0.054?'3 to 47':AAM10>0.044?'1 to 19':AAM10>0.034?'1 to 24':AAM10>0.024?'3 to 97':AAM10>0.014?'1 to 49':AAM10>0.004?'1 to 99':'0 to 1'" memo="result"] <-- Odds of a first hard atherosclerotic cardiovascular disease event within 10 years[/conditional][remark]Female African American Untreated[/remark][conditional field="Gender|Race|BPTx" condition="(Gender).is('Female')&&(Race).is('African American')&&(BPTx).is('Untreated')"][calc value="AAF12=(100 * (1-(Math.pow(0.9533,(Math.exp(((17.114 * Math.log((Age)))+(0.940 * Math.log((TotChol)))+(-18.920 * Math.log((HDL)))+(4.475 * Math.log((Age)) * Math.log((HDL)))+(27.820 * Math.log((SBP)))+(-6.087 * Math.log((Age)) * Math.log((SBP)))+(0.691 * (Smoke))+(0.874 * (DM))+(-86.61)))))))).toFixed(2)" memo="result"]% <-- Probability of a first hard atherosclerotic cardiovascular disease event within 10 years
[calc value="AAF12=(100 * (1-(Math.pow(0.9533,(Math.exp(((17.114 * Math.log((Age)))+(0.940 * Math.log((TotChol)))+(-18.920 * Math.log((HDL)))+(4.475 * Math.log((Age)) * Math.log((HDL)))+(27.820 * Math.log((SBP)))+(-6.087 * Math.log((Age)) * Math.log((SBP)))+(0.691 * (Smoke))+(0.874 * (DM))+(-86.61))))))));AAF12>0.994?'1 to 0':AAF12>0.984?'99 to 1':AAF12>0.974?'49 to 1':AAF12>0.964?'97 to 3':AAF12>0.954?'24 to 1':AAF12>0.944?'19 to 1':AAF12>0.934?'47 to 3':AAF12>0.924?'93 to 7':AAF12>0.914?'23 to 2':AAF12>0.904?'91 to 9':AAF12>0.894?'9 to 1':AAF12>0.884?'89 to 11':AAF12>0.874?'22 to 3':AAF12>0.864?'87 to 13':AAF12>0.854?'43 to 7':AAF12>0.844?'17 to 3':AAF12>0.834?'21 to 4':AAF12>0.824?'83 to 17':AAF12>0.814?'41 to 9':AAF12>0.804?'81 to 19':AAF12>0.794?'4 to 1':AAF12>0.784?'79 to 21':AAF12>0.774?'39 to 11':AAF12>0.764?'77 to 23':AAF12>0.754?'19 to 6':AAF12>0.744?'3 to 1':AAF12>0.734?'37 to 13':AAF12>0.724?'73 to 27':AAF12>0.714?'18 to 7':AAF12>0.704?'71 to 29':AAF12>0.694?'7 to 3':AAF12>0.684?'69 to 31':AAF12>0.674?'17 to 8':AAF12>0.664?'67 to 33':AAF12>0.654?'33 to 17':AAF12>0.644?'13 to 7':AAF12>0.634?'16 to 9':AAF12>0.624?'63 to 37':AAF12>0.614?'31 to 19':AAF12>0.604?'61 to 39':AAF12>0.594?'3 to 2':AAF12>0.584?'59 to 41':AAF12>0.574?'29 to 21':AAF12>0.564?'57 to 43':AAF12>0.554?'14 to 11':AAF12>0.544?'11 to 9':AAF12>0.534?'27 to 23':AAF12>0.524?'53 to 47':AAF12>0.514?'13 to 12':AAF12>0.504?'51 to 49':AAF12>0.494?'1 to 1':AAF12>0.484?'49 to 51':AAF12>0.474?'12 to 13':AAF12>0.464?'47 to 53':AAF12>0.454?'23 to 27':AAF12>0.444?'9 to 11':AAF12>0.434?'11 to 14':AAF12>0.424?'43 to 57':AAF12>0.414?'21 to 29':AAF12>0.404?'41 to 59':AAF12>0.394?'2 to 3':AAF12>0.384?'39 to 61':AAF12>0.374?'19 to 31':AAF12>0.364?'37 to 63':AAF12>0.354?'9 to 16':AAF12>0.344?'7 to 13':AAF12>0.334?'17 to 33':AAF12>0.324?'33 to 67':AAF12>0.314?'8 to 17':AAF12>0.304?'31 to 69':AAF12>0.294?'3 to 7':AAF12>0.284?'29 to 71':AAF12>0.274?'7 to 18':AAF12>0.264?'27 to 73':AAF12>0.254?'13 to 37':AAF12>0.244?'1 to 3':AAF12>0.234?'6 to 19':AAF12>0.224?'23 to 77':AAF12>0.214?'11 to 39':AAF12>0.204?'21 to 79':AAF12>0.194?'1 to 4':AAF12>0.184?'19 to 81':AAF12>0.174?'9 to 41':AAF12>0.164?'17 to 83':AAF12>0.154?'4 to 21':AAF12>0.144?'3 to 17':AAF12>0.134?'7 to 43':AAF12>0.124?'13 to 87':AAF12>0.114?'3 to 22':AAF12>0.104?'11 to 89':AAF12>0.094?'1 to 9':AAF12>0.084?'9 to 91':AAF12>0.074?'2 to 23':AAF12>0.064?'7 to 93':AAF12>0.054?'3 to 47':AAF12>0.044?'1 to 19':AAF12>0.034?'1 to 24':AAF12>0.024?'3 to 97':AAF12>0.014?'1 to 49':AAF12>0.004?'1 to 99':'0 to 1'" memo="result"] <-- Odds of a first hard atherosclerotic cardiovascular disease event within 10 years[/conditional][remark]Female African American Treated[/remark][conditional field="Gender|Race|BPTx" condition="(Gender).is('Female')&&(Race).is('African American')&&(BPTx).is('Treated')"][calc value="AAF12=(100 * (1-(Math.pow(0.9533,(Math.exp(((17.114 * Math.log((Age)))+(0.940 * Math.log((TotChol)))+(-18.920 * Math.log((HDL)))+(4.475 * Math.log((Age)) * Math.log((HDL)))+(29.291 * Math.log((SBP)))+(-6.432 * Math.log((Age)) * Math.log((SBP)))+(0.691 * (Smoke))+(0.874 * (DM))+(-86.61)))))))).toFixed(2)" memo="result"]% <-- Probability of a first hard atherosclerotic cardiovascular disease event within 10 years
[calc value="AAF12=(100 * (1-(Math.pow(0.9533,(Math.exp(((17.114 * Math.log((Age)))+(0.940 * Math.log((TotChol)))+(-18.920 * Math.log((HDL)))+(4.475 * Math.log((Age)) * Math.log((HDL)))+(29.291 * Math.log((SBP)))+(-6.432 * Math.log((Age)) * Math.log((SBP)))+(0.691 * (Smoke))+(0.874 * (DM))+(-86.61))))))));AAF12>0.994?'1 to 0':AAF12>0.984?'99 to 1':AAF12>0.974?'49 to 1':AAF12>0.964?'97 to 3':AAF12>0.954?'24 to 1':AAF12>0.944?'19 to 1':AAF12>0.934?'47 to 3':AAF12>0.924?'93 to 7':AAF12>0.914?'23 to 2':AAF12>0.904?'91 to 9':AAF12>0.894?'9 to 1':AAF12>0.884?'89 to 11':AAF12>0.874?'22 to 3':AAF12>0.864?'87 to 13':AAF12>0.854?'43 to 7':AAF12>0.844?'17 to 3':AAF12>0.834?'21 to 4':AAF12>0.824?'83 to 17':AAF12>0.814?'41 to 9':AAF12>0.804?'81 to 19':AAF12>0.794?'4 to 1':AAF12>0.784?'79 to 21':AAF12>0.774?'39 to 11':AAF12>0.764?'77 to 23':AAF12>0.754?'19 to 6':AAF12>0.744?'3 to 1':AAF12>0.734?'37 to 13':AAF12>0.724?'73 to 27':AAF12>0.714?'18 to 7':AAF12>0.704?'71 to 29':AAF12>0.694?'7 to 3':AAF12>0.684?'69 to 31':AAF12>0.674?'17 to 8':AAF12>0.664?'67 to 33':AAF12>0.654?'33 to 17':AAF12>0.644?'13 to 7':AAF12>0.634?'16 to 9':AAF12>0.624?'63 to 37':AAF12>0.614?'31 to 19':AAF12>0.604?'61 to 39':AAF12>0.594?'3 to 2':AAF12>0.584?'59 to 41':AAF12>0.574?'29 to 21':AAF12>0.564?'57 to 43':AAF12>0.554?'14 to 11':AAF12>0.544?'11 to 9':AAF12>0.534?'27 to 23':AAF12>0.524?'53 to 47':AAF12>0.514?'13 to 12':AAF12>0.504?'51 to 49':AAF12>0.494?'1 to 1':AAF12>0.484?'49 to 51':AAF12>0.474?'12 to 13':AAF12>0.464?'47 to 53':AAF12>0.454?'23 to 27':AAF12>0.444?'9 to 11':AAF12>0.434?'11 to 14':AAF12>0.424?'43 to 57':AAF12>0.414?'21 to 29':AAF12>0.404?'41 to 59':AAF12>0.394?'2 to 3':AAF12>0.384?'39 to 61':AAF12>0.374?'19 to 31':AAF12>0.364?'37 to 63':AAF12>0.354?'9 to 16':AAF12>0.344?'7 to 13':AAF12>0.334?'17 to 33':AAF12>0.324?'33 to 67':AAF12>0.314?'8 to 17':AAF12>0.304?'31 to 69':AAF12>0.294?'3 to 7':AAF12>0.284?'29 to 71':AAF12>0.274?'7 to 18':AAF12>0.264?'27 to 73':AAF12>0.254?'13 to 37':AAF12>0.244?'1 to 3':AAF12>0.234?'6 to 19':AAF12>0.224?'23 to 77':AAF12>0.214?'11 to 39':AAF12>0.204?'21 to 79':AAF12>0.194?'1 to 4':AAF12>0.184?'19 to 81':AAF12>0.174?'9 to 41':AAF12>0.164?'17 to 83':AAF12>0.154?'4 to 21':AAF12>0.144?'3 to 17':AAF12>0.134?'7 to 43':AAF12>0.124?'13 to 87':AAF12>0.114?'3 to 22':AAF12>0.104?'11 to 89':AAF12>0.094?'1 to 9':AAF12>0.084?'9 to 91':AAF12>0.074?'2 to 23':AAF12>0.064?'7 to 93':AAF12>0.054?'3 to 47':AAF12>0.044?'1 to 19':AAF12>0.034?'1 to 24':AAF12>0.024?'3 to 97':AAF12>0.014?'1 to 49':AAF12>0.004?'1 to 99':'0 to 1'" memo="result"] <-- Odds of a first hard atherosclerotic cardiovascular disease event within 10 years[/conditional]
****************************************
[remark]Set RiskZ to 0 for Female[/remark][conditional field="Gender" condition="(Gender).is('Female')"][calc show="false" value="RiskZ=0"][/conditional][remark]Set RiskZ to 1000 for Male[/remark][conditional field="Gender" condition="(Gender).is('Male')"][calc show="false" value="RiskZ=1000"][/conditional][remark]Set RiskA to 0 if Total Cholesterol is less than 180[/remark][conditional field="TotChol" condition="(TotChol).isLess(180)"][calc show="false" value="RiskA=0"][/conditional][remark]Set RiskA to 1 if Total Cholesterol is 180 to 199[/remark][conditional field="TotChol" condition="(TotChol).isGreaterOrEqual(180)&&(TotChol).isLess(200)"][calc show="false" value="RiskA=1"][/conditional][remark]Set RiskA to 10 if Total Cholesterol is 200 to 239[/remark][conditional field="TotChol" condition="(TotChol).isGreaterOrEqual(200)&&(TotChol).isLess(240)"][calc show="false" value="RiskA=10"][/conditional][remark]Set RiskA to 100 if Total Cholesterol is greater than or equal to 240[/remark][conditional field="TotChol" condition="(TotChol).isGreaterOrEqual(240)"][calc show="false" value="RiskA=100"][/conditional][remark]Set RiskB to 0 if systolic blood pressure is less than 120[/remark][conditional field="SBP" condition="(SBP).isLess(120)"][calc show="false" value="RiskB=0"][/conditional][remark]Set RiskB to 1 if systolic blood pressure is 120 to 139[/remark][conditional field="SBP" condition="(SBP).isGreaterOrEqual(120)&&(SBP).isLess(140)"][calc show="false" value="RiskB=1"][/conditional][remark]Set RiskB to 10 if systolic blood pressure is 140 to 159[/remark][conditional field="SBP" condition="(SBP).isGreaterOrEqual(140)&&(SBP).isLess(160)"][calc show="false" value="RiskB=10"][/conditional][remark]Set RiskB to 100 if systolic blood pressure is greater than or equal to 160[/remark][conditional field="SBP" condition="(SBP).isGreaterOrEqual(160)"][calc show="false" value="RiskB=100"][/conditional][remark]Set RiskC to 0 if nonsmoker[/remark][conditional field="Smoke" condition="(Smoke).is('Nonsmoker=0')"][calc show="false" value="RiskC=0"][/conditional][remark]Set RiskC to 100 if smoker[/remark][conditional field="Smoke" condition="(Smoke).is('Current Smoker=1')"][calc show="false" value="RiskC=100"][/conditional][remark]Set RiskD to 0 if no diabetes mellitus[/remark][conditional field="DM" condition="(DM).is('No Diabetes Mellitus=0')"][calc show="false" value="RiskD=0"][/conditional][remark]Set RiskD to 100 if diabetes mellitus[/remark][conditional field="DM" condition="(DM).is('Diabetes Mellitus=1')"][calc show="false" value="RiskD=100"][/conditional][remark]Lifetime Risk Calculation[/remark][calc value="ScoreLife=(RiskA)+(RiskB)+(RiskC)+(RiskD)+(RiskZ);ScoreLife>1199?'2 or more MAJOR risk factors - 68.9% (or 69 to 31 odds)':ScoreLife>1099?'1 MAJOR risk factor - 50.4% (or 1 to 1 odds)':ScoreLife>1009?'1 or more ELEVATED risk factors - 45.5% (or 23 to 27 odds)':ScoreLife>1000?'1 or more NOT OPTIMAL risk factors - 36.4% (or 9 to 16 odds)':ScoreLife>999?'All OPTIMAL risk factors - 5.2% (or 1 to 19 odds)':ScoreLife>199?'2 or more MAJOR risk factors - 50.2% (or 1 to 1 odds)':ScoreLife>99?'1 MAJOR risk factor - 38.8% (or 39 to 61 odds)':ScoreLife>9?'1 or more ELEVATED risk factors - 39.1% (or 39 to 61 odds)':ScoreLife>0?'1 or more NOT OPTIMAL risk factors - 26.9% (or 27 to 73 odds)':'All OPTIMAL risk factors - 8.2% (or 2 to 23 odds)'" memo="result"] <-- Lifetime atherosclerotic cardiovascular disease risk
****************************************
[remark]Set RiskY to 0 for Female[/remark][conditional field="Gender" condition="(Gender).is('Female')"][calc show="false" value="RiskY=0"][/conditional][remark]Set RiskY to 1000 for Male[/remark][conditional field="Gender" condition="(Gender).is('Male')"][calc show="false" value="RiskY=1000"][/conditional][calc value="ScoreOpt=(RiskY);ScoreOpt>999?'5.2% (or 1 to 19 odds)':'8.2% (or 2 to 23 odds)'" memo="result"] <-- Best possible lifetime atherosclerotic cardiovascular disease risk
****************************************
[remark]content[/remark][checkbox name="hideRisk" memo="Hide/Display Risk Factor Info" value="" help="Risk factor table below will be hidden if box is checked"][conditional field="hideRisk" condition="(hideRisk).isNot('')"]
OPTIMAL RISK FACTOR:  Defined as total cholesterol less than 180 mg/dL, blood pressure less than 120/80 mm Hg, nonsmoker, and nondiabetic.
NOT OPTIMAL RISK FACTOR:  Defined as total cholesterol 180 to 199 mg/dL, systolic blood pressure 120
to 139 mm Hg, diastolic blood pressure 80 to 89 mm Hg, nonsmoker, and nondiabetic.
ELEVATED RISK FACTOR:  Defined as total cholesterol 200 to 239 mg/dL, systolic blood pressure 140 to 159 mm Hg, diastolic blood pressure 90 to 99 mm Hg, nonsmoker, and nondiabetic.
MAJOR RISK FACTOR:  Defined as total cholesterol 240 mg/dL or more, systolic blood pressure 160 mm Hg or more, diastolic blood pressure 100 mm Hg or more, smoker, or diabetic
[/conditional]
[remark]content[/remark][checkbox memo="Hide/Display References" name="footnotes" value=""][conditional field="footnotes" condition="(footnotes).isNot('')"]
references:
[link url="//www.ncbi.nlm.nih.gov/pubmed/24239921" memo="#1"] Goff DC Jr, Lloyd-Jones DM, Bennett G, et al. 2013 ACC/AHA Guideline on the Assessment of Cardiovascular Risk: A Report of the American College of Cardiology/American Heart Association Task Force on Practice Guidelines. J Am Coll Cardiol. 2013 Nov 12.
[link url="//www.ncbi.nlm.nih.gov/pubmed/16461820" memo="#2"] Lloyd-Jones DM, Leip EP, Larson MG, et al. Prediction of lifetime risk for cardiovascular disease by risk factor burden at 50 years of age. Circulation. 2006 Feb 14;113(6):791-8. Epub 2006 Feb 6.[/conditional]```
2013 ACC/AHA 10-Year ASCVD Risk Calculation
<-- Gender
<-- Age (years)
<-- Race
<-- Blood Pressure
<-- Systolic Blood Pressure
<-- Total Cholesterol
<-- HDL Cholesterol
<-- Smoking Status
<-- Diabetes Mellitus Status
*********RESULT/INTERPRETATION BELOW THIS LINE**********

****************************************
resultScoreLife=(RiskA)+(RiskB)+(RiskC)+(RiskD)+(RiskZ);ScoreLife>1199?'2 or more MAJOR risk factors - 68.9% (or 69 to 31 odds)':ScoreLife>1099?'1 MAJOR risk factor - 50.4% (or 1 to 1 odds)':ScoreLife>1009?'1 or more ELEVATED risk factors - 45.5% (or 23 to 27 odds)':ScoreLife>1000?'1 or more NOT OPTIMAL risk factors - 36.4% (or 9 to 16 odds)':ScoreLife>999?'All OPTIMAL risk factors - 5.2% (or 1 to 19 odds)':ScoreLife>199?'2 or more MAJOR risk factors - 50.2% (or 1 to 1 odds)':ScoreLife>99?'1 MAJOR risk factor - 38.8% (or 39 to 61 odds)':ScoreLife>9?'1 or more ELEVATED risk factors - 39.1% (or 39 to 61 odds)':ScoreLife>0?'1 or more NOT OPTIMAL risk factors - 26.9% (or 27 to 73 odds)':'All OPTIMAL risk factors - 8.2% (or 2 to 23 odds)' <-- Lifetime atherosclerotic cardiovascular disease risk
****************************************
resultScoreOpt=(RiskY);ScoreOpt>999?'5.2% (or 1 to 19 odds)':'8.2% (or 2 to 23 odds)' <-- Best possible lifetime atherosclerotic cardiovascular disease risk
****************************************
Hide/Display Risk Factor Info
Hide/Display References

Sandbox Metrics: Structured Data Index 0.73, 101 form elements, 63 boilerplate words, 3 text boxes, 2 checkboxes, 6 drop downs, 2 links, 28 remarks, 34 calculations, 26 conditionals, 11 total clicks
More SOAPnotes by this Author: