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Routine: APCLD811

APCLD811.m

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  1. APCLD811 ; IHS/CMI/LAB -IHS -CUMULATIVE REPORT ;
  1.  ;;2.0;IHS PCC SUITE;;MAY 14, 2009
  1.  ;
  1.  ;
  1. IMM ;
  1.  S:'$D(APCLCUML(140)) APCLCUML(140)="IMMUNIZATIONS"
  1.  S $P(APCLCUML(140),U,2)=$P(APCLCUML(140),U,2)+1
  1.  S V=$G(^XTMP("APCLDM81",APCLJOB,APCLBTH,"AUDIT",APCLPD,64))
  1.  I $E(V)="Y" S $P(APCLCUML(140),U,3)=$P(APCLCUML(140),U,3)+1
  1.  I $E(V)="R" S $P(APCLCUML(140),U,6)=$P(APCLCUML(140),U,6)+1
  1.  S V=$G(^XTMP("APCLDM81",APCLJOB,APCLBTH,"AUDIT",APCLPD,66))
  1.  I $E(V)="Y" S $P(APCLCUML(140),U,4)=$P(APCLCUML(140),U,4)+1
  1.  I $E(V)="R" S $P(APCLCUML(140),U,7)=$P(APCLCUML(140),U,7)+1
  1.  S V=$G(^XTMP("APCLDM81",APCLJOB,APCLBTH,"AUDIT",APCLPD,68))
  1.  I $E(V)="Y" S $P(APCLCUML(140),U,5)=$P(APCLCUML(140),U,5)+1
  1.  I $E(V)="R" S $P(APCLCUML(140),U,8)=$P(APCLCUML(140),U,8)+1
  1.  ;
  1. QUAN ;
  1.  ;145
  1.  ;title^total^uacr^upcr^other quant^albumin normal^micro present^overt present
  1.  K APCLOFLG
  1.  S APCLOFLG=0
  1.  ;I '$D(^MAW($J,"UACR")) S ^MAW($J,"UACR")=0
  1.  ;I '$D(^MAW($J,"UPCR")) S ^MAW($J,"UPCR")=0
  1.  ;I '$D(^MAW($J,"OTH")) S ^MAW($J,"OTH")=0
  1.  S:'$D(APCLCUML(145)) APCLCUML(145)="URINALYSIS"
  1.  ;S:'$D(APCLCUML(146)) APCLCUML(146)="Total Urine Prot Not Known"
  1.  S V=$G(^XTMP("APCLDM81",APCLJOB,APCLBTH,"AUDIT",APCLPD,91))
  1.  ;S V=$$UACR^APCLD81C(APCLPD,APCLBDAT,APCLADAT) ;cmi/maw 12/17/2007 DM2008
  1.  ;S A=$$UPCR^APCLD81C(APCLPD,APCLBDAT,APCLADAT) ;cmi/maw 12/17/2007 DM2008
  1.  ;S O=$$QUAN^APCLD81C(APCLPD,APCLBDAT,APCLADAT) ;cmi/maw 12/17/2007 DM2008
  1.  S A=$G(^XTMP("APCLDM81",APCLJOB,APCLBTH,"AUDIT",APCLPD,93))
  1.  S O=$G(^XTMP("APCLDM81",APCLJOB,APCLBTH,"AUDIT",APCLPD,95))
  1.  I $E(V)="X" D
  1.  .;S $P(APCLCUML(146),U,2)=$P(APCLCUML(146),U,2)+1  ;1/9/08
  1.  .S $P(APCLCUML(145),U,2)=$P(APCLCUML(145),U,2)+1  ;added for total 1/9/08
  1.  .S $P(APCLCUML(145),U,3)=$P(APCLCUML(145),U,3)+1
  1.  .;S ^MAW($J,"UACR")=^MAW($J,"UACR")+1
  1.  .I $P(V,U,2)]"",$P(V,U,2)["<" S $P(APCLCUML(145),U,6)=$P(APCLCUML(145),U,6)+1 Q  ;albumin normal
  1.  .I $P(V,U,2)]"",$P(V,U,2)["-" S $P(APCLCUML(145),U,7)=$P(APCLCUML(145),U,7)+1 Q  ;micro
  1.  .I $P(V,U,2)]"",$P(V,U,2)[">" S $P(APCLCUML(145),U,8)=$P(APCLCUML(145),U,8)+1 Q  ;overt
  1.  .I $P(V,U,2)]"" S $P(V,U,2)=$$STV^APCLD818($P(V,U,2),9) ;if stripping chars evals to null quit
  1.  .Q:$P(V,U,2)=""  ;don't count if all chars were alpha
  1.  .I $P(V,U,2)]"",$P(V,U,2)<30 S $P(APCLCUML(145),U,6)=$P(APCLCUML(145),U,6)+1  ;albumin normal
  1.  .I $P(V,U,2)]"",$P(V,U,2)>30,$P(V,U,2)<299.9 S $P(APCLCUML(145),U,7)=$P(APCLCUML(145),U,7)+1  ;micro present
  1.  .I $P(V,U,2)]"",$P(V,U,2)>299.9 S $P(APCLCUML(145),U,8)=$P(APCLCUML(145),U,8)+1  ;overt
  1.  I $E(A)="X" D
  1.  . ;S APCLOFLG=1,$P(APCLCUML(146),U,2)=$P(APCLCUML(146),U,2)+1  ;1/9/08
  1.  . S $P(APCLCUML(145),U,2)=$P(APCLCUML(145),U,2)+1  ;added for total 1/9/08
  1.  . Q:$E(V)="X"
  1.  . ;S ^MAW($J,"UPCR")=^MAW($J,"UPCR")+1
  1.  . S $P(APCLCUML(145),U,4)=$P(APCLCUML(145),U,4)+1
  1.  I $E(O)="X" D
  1.  . ;S APCLOFLG=1,$P(APCLCUML(146),U,2)=$P(APCLCUML(146),U,2)+1  ;1/9/08
  1.  . S $P(APCLCUML(145),U,2)=$P(APCLCUML(145),U,2)+1  ;added for total 1/9/08
  1.  . Q:$E(V)="X"
  1.  . Q:$E(A)="X"
  1.  . ;S ^MAW($J,"OTH")=^MAW($J,"OTH")+1
  1.  . S $P(APCLCUML(145),U,5)=$P(APCLCUML(145),U,5)+1
  1.  ;S OV=$G(^XTMP("APCLDM81",APCLJOB,APCLBTH,"AUDIT",APCLPD,94))
  1.  ;I $E(OV)="Y" S $P(APCLCUML(145),U,8)=$P(APCLCUML(145),U,8)+1
  1.  ;S Q=$G(^XTMP("APCLDM81",APCLJOB,APCLBTH,"AUDIT",APCLPD,96))
  1.  ;I $E(Q,1,3)="Pos" S $P(APCLCUML(145),U,7)=$P(APCLCUML(145),U,7)+1
  1.  K APCLOFLG  ;1/9/08
  1. URIN ;cmi/maw 12/26/2007 no longer needed DM2008
  1.  ;title^total^total with urinalysis^protein present^protein absent^protein not done^micro present^micro absent^micro not done
  1.  ;145
  1.  ;'$D(APCLCUML(146)) APCLCUML(146)="URINALYSIS"
  1.  ;S $P(APCLCUML(146),U,2)=$P(APCLCUML(146),U,2)+1
  1.  ;S V=$G(^XTMP("APCLDM81",APCLJOB,APCLBTH,"AUDIT",APCLPD,92))
  1.  ;S A=$G(^XTMP("APCLDM81",APCLJOB,APCLBTH,"AUDIT",APCLPD,94))
  1.  ;I $E(V)="Y" S $P(APCLCUML(145),U,3)=$P(APCLCUML(145),U,3)+1
  1.  ;I $E(A)="Y" S $P(APCLCUML(145),U,4)=$P(APCLCUML(145),U,4)+1
  1.  ;I A["No result" S $P(APCLCUML(145),U,6)=$P(APCLCUML(145),U,6)+1 G EKG
  1.  ;I $E(A)="N" S $P(APCLCUML(145),U,5)=$P(APCLCUML(145),U,5)+1 D
  1.  ;.S V=$G(^XTMP("APCLDM81",APCLJOB,APCLBTH,"AUDIT",APCLPD,96))
  1.  ;.I $E(V,1,3)="Pos" S $P(APCLCUML(145),U,7)=$P(APCLCUML(145),U,7)+1 Q
  1.  ;.I $E(V,1,3)="Neg" S $P(APCLCUML(145),U,8)=$P(APCLCUML(145),U,8)+1 Q
  1.  ;.S $P(APCLCUML(145),U,9)=$P(APCLCUML(145),U,9)+1
  1.  ;.Q
  1. EKG ;need date of last ekg
  1.  S:'$D(APCLCUML(150)) APCLCUML(150)="EKG"
  1.  G:$$AGE^AUPNPAT(APCLPD,APCLADAT)<30 CREAT
  1.  S $P(APCLCUML(150),U,2)=$P(APCLCUML(150),U,2)+1
  1.  S V=$$EKG^APCLD812(APCLPD,APCLRED,"I")
  1.  I V]"" D
  1.  .S E=$$FMDIFF^XLFDT(APCLADAT,V)
  1.  .I E<(365.25*3) S $P(APCLCUML(150),U,3)=$P(APCLCUML(150),U,3)+1
  1.  .I E<(365.25*5) S $P(APCLCUML(150),U,4)=$P(APCLCUML(150),U,4)+1
  1.  .S $P(APCLCUML(150),U,5)=$P(APCLCUML(150),U,5)+1
  1. CREAT ;
  1.  S:'$D(APCLCUML(170)) APCLCUML(170)="Creatinine obtained in the past 12 months"
  1.  S $P(APCLCUML(170),U,2)=$P(APCLCUML(170),U,2)+1
  1.  S V=$$CREAT^APCLD818(APCLPD,APCLBDAT,APCLADAT,"I")
  1.  I V="" S $P(APCLCUML(170),U,5)=$P(APCLCUML(170),U,5)+1 G TCHOL
  1.  S V=$P(V,U)
  1.  I $E(V)'=+$E(V),$E(V)'="." S $P(APCLCUML(170),U,6)=$P(APCLCUML(170),U,6)+1 G TCHOL ;unable to determine result, not a number
  1.  I V>1.9 S $P(APCLCUML(170),U,3)=$P(APCLCUML(170),U,3)+1
  1.  I V<2.0 S $P(APCLCUML(170),U,4)=$P(APCLCUML(170),U,4)+1
  1.  ;
  1. GFR ;
  1.  S:'$D(APCLCUML(175)) APCLCUML(175)="Estimated GFR documented in the past 12 months"
  1.  S $P(APCLCUML(175),U,2)=$P(APCLCUML(175),U,2)+1
  1.  ;S V=$$GFR^APCLD81C(APCLPD,APCLBDAT,APCLADAT)
  1.  S V=$G(^XTMP("APCLDM81",APCLJOB,APCLBTH,"AUDIT",APCLPD,79))  ;maw 1/18/08
  1.  I V="Yes" S $P(APCLCUML(175),U,5)=$P(APCLCUML(175),U,5)+1
  1.  ;
  1. TCHOL ;
  1.  S:'$D(APCLCUML(180)) APCLCUML(180)="Total Cholesterol obtained in past 12 months"
  1.  S $P(APCLCUML(180),U,2)=$P(APCLCUML(180),U,2)+1
  1.  S V=$$CHOL^APCLD818(APCLPD,APCLBDAT,APCLADAT,"I")
  1.  I V="" S $P(APCLCUML(180),U,6)=$P(APCLCUML(180),U,6)+1 G LDL
  1.  S V=$P(V,U)
  1.  I $E(V)'=+$E(V) S $P(APCLCUML(180),U,7)=$P(APCLCUML(180),U,7)+1 G LDL ;unable to determine result, not a number or is blank
  1.  I V<200 S $P(APCLCUML(180),U,3)=$P(APCLCUML(180),U,3)+1 G LDL
  1.  I V<240 S $P(APCLCUML(180),U,4)=$P(APCLCUML(180),U,4)+1 G LDL
  1.  S $P(APCLCUML(180),U,5)=$P(APCLCUML(180),U,5)+1
  1. LDL ;
  1.  S:'$D(APCLCUML(190)) APCLCUML(190)="LDL Cholesterol obtained in the past 12 months"
  1.  S $P(APCLCUML(190),U,2)=$P(APCLCUML(190),U,2)+1
  1.  S V=$$LDL^APCLD818(APCLPD,APCLBDAT,APCLADAT,"I")
  1.  I V="" S $P(APCLCUML(190),U,7)=$P(APCLCUML(190),U,7)+1 G HDL
  1.  S V=$P(V,U)
  1.  I $E(V)'=+$E(V) S $P(APCLCUML(190),U,8)=$P(APCLCUML(190),U,8)+1 G HDL ;unable to determine result, not a number or blank
  1.  I V<100 S $P(APCLCUML(190),U,3)=$P(APCLCUML(190),U,3)+1 G HDL
  1.  I V<130 S $P(APCLCUML(190),U,4)=$P(APCLCUML(190),U,4)+1 G HDL
  1.  I V<160.1 S $P(APCLCUML(190),U,5)=$P(APCLCUML(190),U,5)+1 G HDL
  1.  S $P(APCLCUML(190),U,6)=$P(APCLCUML(190),U,6)+1
  1. HDL ;
  1.  S:'$D(APCLCUML(195)) APCLCUML(195)="HDL Cholesterol obtained in the past 12 months"
  1.  S $P(APCLCUML(195),U,2)=$P(APCLCUML(195),U,2)+1
  1.  S V=$$HDL^APCLD818(APCLPD,APCLBDAT,APCLADAT,"I")
  1.  I V="" S $P(APCLCUML(195),U,7)=$P(APCLCUML(195),U,7)+1 G TRIG
  1.  S V=$P(V,U)
  1.  I $E(V)'=+$E(V) S $P(APCLCUML(195),U,8)=$P(APCLCUML(195),U,8)+1 G TRIG ;unable to determine result, not a number
  1.  S V=$P(V,".")
  1.  I V<35 S $P(APCLCUML(195),U,3)=$P(APCLCUML(195),U,3)+1 G TRIG
  1.  I V<46 S $P(APCLCUML(195),U,4)=$P(APCLCUML(195),U,4)+1 G TRIG
  1.  I V<55.1 S $P(APCLCUML(195),U,5)=$P(APCLCUML(195),U,5)+1 G TRIG
  1.  S $P(APCLCUML(195),U,6)=$P(APCLCUML(195),U,6)+1
  1. TRIG ;
  1.  S:'$D(APCLCUML(200)) APCLCUML(200)="Triglycerides obtained in past 12 months"
  1.  S $P(APCLCUML(200),U,2)=$P(APCLCUML(200),U,2)+1
  1.  S V=$$TRIG^APCLD818(APCLPD,APCLBDAT,APCLADAT,"I")
  1.  I V="" S $P(APCLCUML(200),U,7)=$P(APCLCUML(200),U,7)+1 G SELF
  1.  S V=$P(V,U)
  1.  I $E(V)'=+$E(V) S $P(APCLCUML(200),U,8)=$P(APCLCUML(200),U,8)+1 G SELF ;unable to determine result, not a number
  1.  I V<150 S $P(APCLCUML(200),U,3)=$P(APCLCUML(200),U,3)+1 G SELF
  1.  I V<200 S $P(APCLCUML(200),U,4)=$P(APCLCUML(200),U,4)+1 G SELF
  1.  I V<401 S $P(APCLCUML(200),U,5)=$P(APCLCUML(200),U,5)+1 G SELF
  1.  S $P(APCLCUML(200),U,6)=$P(APCLCUML(200),U,6)+1
  1. SELF ;
  1.  ;S:'$D(APCLCUML(210)) APCLCUML(210)="Self monitoring of blood glucose documented"
  1.  ;S $P(APCLCUML(210),U,2)=$P(APCLCUML(210),U,2)+1
  1.  ;S V=$G(^XTMP("APCLDM81",APCLJOB,APCLBTH,"AUDIT",APCLPD,98))
  1.  ;S P=$S($E(V)="Y":3,$E(V)="N":4,$E(V)="R":5,1:6)
  1.  ;S $P(APCLCUML(210),U,P)=$P(APCLCUML(210),U,P)+1
  1. SDM  ;
  1.  ;Q  ;NOT IN 2008
  1.  ;S:'$D(APCLCUML(220)) APCLCUML(220)="Participating in SDM"
  1.  ;S $P(APCLCUML(220),U,2)=$P(APCLCUML(220),U,2)+1
  1.  ;S V=$G(^XTMP("APCLDM81",APCLJOB,APCLBTH,"AUDIT",APCLPD,100))
  1.  ;S P=$S($E(V)="Y":3,1:4)
  1.  ;S $P(APCLCUML(220),U,P)=$P(APCLCUML(220),U,P)+1
  1.  Q
  1. PED(P,BDATE,EDATE) ;EP
  1.  K APCLALED
  1.  NEW Y,B,D,T,A,G,Z,V,X
  1.  S Y="APCLALED("
  1.  S X=P_"^ALL EDUC;DURING "_BDATE_"-"_EDATE S E=$$START1^APCLDF(X,Y)
  1.  I $D(APCLALED(1)) S %="" D  I %]"" Q %
  1.  .S (X,D)=0,%="",T="" F  S X=$O(APCLALED(X)) Q:X'=+X!(%]"")  D
  1.  ..S T=$P(^AUPNVPED(+$P(APCLALED(X),U,4),0),U)
  1.  ..Q:'T
  1.  ..Q:'$D(^AUTTEDT(T,0))
  1.  ..S T=$P(^AUTTEDT(T,0),U,2)
  1.  ..I $E(T,1,4)="TO-Q" S %="Yes-"_T_" "_$$FMTE^XLFDT($P(APCLALED(X),U),5) Q
  1.  ..I T="TO-LA" S %="Yes-"_T_" "_$$FMTE^XLFDT($P(APCLALED(X),U),5) Q
  1.  K ^TMP($J,"A")
  1.  S A="^TMP($J,""A"",",B=P_"^ALL VISITS;DURING "_$$FMTE^XLFDT(BDATE)_"-"_$$FMTE^XLFDT(EDATE),E=$$START1^APCLDF(B,A)
  1.  I '$D(^TMP($J,"A",1)) Q ""
  1.  S X=0,G="" F  S X=$O(^TMP($J,"A",X)) Q:X'=+X!(G]"")  S V=$P(^TMP($J,"A",X),U,5) D
  1.  .Q:'$D(^AUPNVSIT(V,0))
  1.  .Q:'$P(^AUPNVSIT(V,0),U,9)
  1.  .Q:$P(^AUPNVSIT(V,0),U,11)
  1.  .S B=$$CLINIC^APCLV(V,"C")
  1.  .I B=94 S G="Yes-"_$$FMTE^XLFDT($P($P(^AUPNVSIT(V,0),U),"."),5)_" CL 94" Q
  1.  .S Z=0 F  S Z=$O(^AUPNVDEN("AD",V,Z)) Q:Z'=+Z!(G)  S B=$P($G(^AUPNVDEN(Z,0)),U) I B S B=$P($G(^AUTTADA(B,0)),U) I B=1320 S G="Yes-"_$$FMTE^XLFDT($P($P(^AUPNVSIT(V,0),U),"."),5)_" ADA 1320" Q
  1.  .Q
  1.  Q G
  1. CESS(P,B,D) ;EP - find any cessation hf in 12 months before E
  1.  I '$G(P) Q ""
  1.  I $E($$TOBACCO^APCLD816(P,D))'=1 Q ""
  1.  NEW APCL,E,X,G,T
  1.  K APCL
  1.  S X=P_"^LAST HEALTH [DM AUDIT CESSATION HLTH FACTOR;DURING "_B_"-"_D S E=$$START1^APCLDF(X,"APCL(")
  1.  I $D(APCL(1)) Q "Yes-"_$$FMTE^XLFDT($P(APCL(1),U),5)
  1.  S X=P_"^EDUC [DM AUDIT SMOKING CESS EDUC;DURING "_B_"-"_D S E=$$START1^APCLDF(X,"APCL(")
  1.  I $D(APCL(1)) Q "Yes-"_$$FMTE^XLFDT($P(APCL(1),U),5)
  1.  S APCL=$$PED(P,B,D)
  1.  I APCL]"" Q APCL
  1.  NEW T S T=$O(^ATXAX("B","DM AUDIT SMOKING CESS EDUC",0))
  1.  ;I 'T Q "No"
  1.  S (X,G)=0
  1.  I T F  S X=$O(^ATXAX(T,21,X)) Q:X'=+X!(G)  I $$REFUSAL^APCLD817(P,9999999.09,$P(^ATXAX(T,21,X,0),U),B,D) S G=1
  1.  I G Q "Refused"
  1.  S X=$O(^AUTTEDT("C","TO-Q",0))
  1.  I X,$$REFUSAL^APCLD817(P,9999999.09,X,B,D) Q "Refused"
  1.  S X=$O(^AUTTEDT("C","TO-LA",0))
  1.  I X,$$REFUSAL^APCLD817(P,9999999.09,X,B,D) Q "Refused"
  1.  S X=$O(^AUTTEDT("C","TO-QT",0))
  1.  I X,$$REFUSAL^APCLD817(P,9999999.09,X,B,D) Q "Refused"
  1.  S X=$O(^AUTTEDT("C","TO-QU",0))
  1.  I X,$$REFUSAL^APCLD817(P,9999999.09,X,B,D) Q "Refused"
  1.  Q "No"
  1.  ;