Global: ^LAB(95.3

FileMan FileNo	FileMan Filename	Package
95.3	LAB LOINC	Lab Service

Package	Total	Routines
IHS GPRA Information System	252	BGP0D1 BGP0D10 BGP0D2 BGP0D21 BGP0D211 BGP0D21A BGP0D22 BGP0D23 BGP0D3 BGP0D5 BGP0D53 BGP0D61 BGP0D62 BGP0D63 BGP0D64 BGP0D7 BGP0D72 BGP0D73 BGP0D8 BGP0DHE1 BGP0DHE2 BGP0EL2 BGP1D1 BGP1D10 BGP1D2 BGP1D21 BGP1D211 BGP1D21A BGP1D22 BGP1D23 BGP1D3 BGP1D5 BGP1D53 BGP1D61 BGP1D62 BGP1D63 BGP1D64 BGP1D7 BGP1D72 BGP1D73 BGP1D8 BGP1D88 BGP1DHE1 BGP1DHE2 BGP1EL2 BGP2D1 BGP2D10 BGP2D2 BGP2D21 BGP2D211 BGP2D21A BGP2D22 BGP2D23 BGP2D231 BGP2D3 BGP2D5 BGP2D53 BGP2D61 BGP2D62 BGP2D63 BGP2D64 BGP2D7 BGP2D72 BGP2D73 BGP2D8 BGP2D88 BGP2DHE1 BGP2DHE2 BGP2EL2 BGP3D1 BGP3D10 BGP3D2 BGP3D21 BGP3D211 BGP3D21A BGP3D22 BGP3D23 BGP3D231 BGP3D3 BGP3D5 BGP3D53 BGP3D61 BGP3D62 BGP3D63 BGP3D64 BGP3D7 BGP3D72 BGP3D73 BGP3D8 BGP3D812 BGP3D88 BGP3EL2 BGP4D1 BGP4D10 BGP4D2 BGP4D21 BGP4D211 BGP4D21A BGP4D22 BGP4D23 BGP4D231 BGP4D3 BGP4D5 BGP4D53 BGP4D61 BGP4D62 BGP4D63 BGP4D64 BGP4D7 BGP4D72 BGP4D73 BGP4D8 BGP4D812 BGP4D88 BGP4EL2 BGP5D1 BGP5D10 BGP5D2 BGP5D21 BGP5D211 BGP5D21A BGP5D22 BGP5D23 BGP5D231 BGP5D3 BGP5D5 BGP5D53 BGP5D61 BGP5D62 BGP5D63 BGP5D64 BGP5D7 BGP5D72 BGP5D73 BGP5D8 BGP5D812 BGP5D88 BGP5DHE1 BGP5EL2 BGP6D1 BGP6D10 BGP6D2 BGP6D21 BGP6D211 BGP6D212 BGP6D21A BGP6D22 BGP6D23 BGP6D231 BGP6D3 BGP6D5 BGP6D53 BGP6D61 BGP6D62 BGP6D63 BGP6D64 BGP6D7 BGP6D72 BGP6D73 BGP6D8 BGP6D812 BGP6D88 BGP6DHE1 BGP6EL2 BGP7D1 BGP7D10 BGP7D2 BGP7D21 BGP7D211 BGP7D212 BGP7D21A BGP7D22 BGP7D23 BGP7D231 BGP7D3 BGP7D5 BGP7D53 BGP7D61 BGP7D62 BGP7D63 BGP7D64 BGP7D7 BGP7D72 BGP7D73 BGP7D8 BGP7D812 BGP7D88 BGP7DHE1 BGP7DHE2 BGP7EL2 BGP8D1 BGP8D10 BGP8D2 BGP8D21 BGP8D211 BGP8D212 BGP8D21A BGP8D22 BGP8D23 BGP8D3 BGP8D31 BGP8D5 BGP8D53 BGP8D61 BGP8D62 BGP8D63 BGP8D7 BGP8D72 BGP8D73 BGP8D8 BGP8D812 BGP8D88 BGP8DHE1 BGP8DHE2 BGP8EL2 BGP8PC10 BGP8PC12 BGP8PC15 BGP8PC2 BGP8PC62 BGP8PC64 BGP8PC65 BGP8PC67 BGP8PC69 BGP8PC8 BGP8PC9 BGP9D1 BGP9D10 BGP9D2 BGP9D21 BGP9D211 BGP9D21A BGP9D22 BGP9D23 BGP9D3 BGP9D5 BGP9D53 BGP9D61 BGP9D7 BGP9D72 BGP9D73 BGP9D8 BGP9DHE1 BGP9DHE2 BGP9EL2 BGPGTXU BGPGTXUA BGPMUD04 BGPMUEHD BGPMUEPD BGPMUUT2 BGPMUUT5
Diabetes Registry	93	BDMAPIU BDMD012 BDMD01C BDMD01D BDMD01G BDMD01H BDMD112 BDMD11C BDMD11D BDMD11G BDMD11H BDMD312 BDMD412 BDMD41C BDMD41D BDMD41G BDMD41H BDMD512 BDMD51C BDMD51G BDMD612 BDMD61C BDMD61G BDMD712 BDMD71C BDMD71G BDMD812 BDMD81C BDMD81D BDMD81G BDMD912 BDMD91C BDMD91D BDMD91G BDMD91H BDMDA12 BDMDA1C BDMDA1D BDMDA1G BDMDA1H BDMDB12 BDMDB1C BDMDB1D BDMDB1G BDMDB1H BDMDC12 BDMDC1C BDMDC1D BDMDC1G BDMDC1H BDMDD12 BDMDD1C BDMDD1D BDMDD1G BDMDD1H BDMDDTV BDMDE12 BDMDE1C BDMDE1D BDMDE1G BDMDE1H BDMDETV BDMDF12 BDMDF1C BDMDF1D BDMDF1G BDMDF1H BDMDFTV BDMDG12 BDMDG1C BDMDG1D BDMDG1G BDMDG1H BDMDGTV BDMGTB BDMP012 BDMP112 BDMP412 BDMP512 BDMP612 BDMP712 BDMP812 BDMP912 BDMPA12 BDMPB12 BDMPC12 BDMPD12 BDMPE12 BDMPF12 BDMPG12 BDMS9B2 BDMSMU BDMTV
IHS Uniform Data System	53	BUD0RP6D BUD0RP7C BUD0RPC1 BUD1RP6D BUD1RP7C BUD1RPC1 BUD2RP6D BUD2RP6N BUD2RP6O BUD2RP7C BUD2RPC1 BUD4RPC1 BUD5RPC1 BUD6RPC1 BUD7RPC1 BUD8RP6D BUD8RP7C BUD8RPC1 BUD9RP6D BUD9RP7C BUD9RPC1 BUDARP6D BUDARP6N BUDARP6O BUDARP7C BUDARPC1 BUDBRP6D BUDBRP6N BUDBRP6O BUDBRP7C BUDBRPC1 BUDCRP6D BUDCRP6N BUDCRP6O BUDCRP7C BUDCRPC1 BUDDRP6D BUDDRP6N BUDDRP6O BUDDRP7C BUDDRPC1 BUDERP6D BUDERP6N BUDERP6O BUDERP7C BUDERPC1 BUDHRP6D BUDHRP6N BUDHRP6O BUDHRP7C BUDHRPC1 BUDHUTL2 BUDRPTC1
Patient Care Component Reports	21	APCLAPIU APCLD312 APCLD512 APCLD51C APCLD51G APCLD612 APCLD61C APCLD61G APCLD712 APCLD71C APCLD71G APCLD812 APCLD81C APCLD81D APCLD81G APCLP512 APCLP612 APCLP712 APCLP812 APCLVL01 APCLVLU1
Lab Service	19	^LAM LR232 LRCAP64S LREPI1 LRLNC0 LRLNCC LRLNCDEL LRLNCLK LRLNCMD LRLNCNLT LRLNCPRT LRLNCST LRLNCSUF LRLNCV LRSRVR1 LRSRVR2A LRSRVR3 SITE/SPECIMEN TIME ASPECT
Patient Care Component	10	APCHPMH2 APCHPRE1 APCHPST1 APCHPWH3 APCHPWH4 APCHPWH5 APCHPWH6 APCHS9B2 APCHSM04 APCHSMU
IHS Lab LOINC Surveillance	5	BLSELL BLSLNCPM BLSMAP BLSMIT BLSULLF
Patient Care Component Table Maintiance	4	APCM13E8 APCM24EB APCM25EB APCM2AEB
Health Summary Components	3	BHSDM2 BHSMU BHSPMH2
Automated Lab Instruments	2	LA7CQRY1 LA7QRY1
IHS Changes To Lab	2	BLRLRPT BLRPRE31
Patient Care Component Surveillance	2	APCSCERT APCSSLAB
Taxonomy	2	ATXGU ATXGUA
iCare	2	BQICAEXP BQICAVAL
IHS Support HL7 Interfaces	1	BHLRLAB

Package	Total	Routines
Automated Lab Instruments	13	LA7COBRA LA7COBXA LA7VCIN5 LA7VCN5A LA7VIN5 LA7VIN5A LA7VLIN5 LA7VLN5A LA7VOBXA LA7VQIN5 LA7VQN5A LA7VRIN5 LA7VRN5A
Lab Service	10	LRLNC0 LRLNC1 LRLNC63A LRLNCMD LRLNCST LRRPU LRSRVR2 LRSRVR2A LRSRVR3 LRSRVR7
Diabetes Registry	5	BDMDDTV BDMDETV BDMDFTV BDMDGTV BDMTV
IHS Lab LOINC Surveillance	2	BLSMIT BLSULLF
IHS Changes To Lab	1	BLRPRE31
Patient Care Component Surveillance	1	APCSHLOC

Package	Total	FileMan Files
Lab Service	4	LABORATORY TEST(#60)[999999902, #60.01(95.3)] LAB NLT/CPT CODES(#64.81)[#64.8117(26)] LAB LOINC(#95.3)[21] WKLD CODE(#64)[25, #64.02(4)]
Automated Lab Instruments	2	LAB SHIPPING MANIFEST(#62.8)[#62.801(1.14), #62.801(1.24), #62.801(2.14), #62.801(2.24), #62.801(2.34)] LAB SHIPPING CONFIGURATION(#62.9)[#62.9001(1.16), #62.9001(1.26), #62.9001(2.16), #62.9001(2.26), #62.9001(2.36)]
IHS Lab LOINC Surveillance	2	BLS EXPORT LOINC LIST(#90222)[.01] BLS IHS LOINC MASTER(#90220)[.04]
IHS Patient	2	V LAB(#9000010.09)[1113] V MICROBIOLOGY(#9000010.25)[1113]
IHS Changes To Lab	1	IHS LAB TRANSACTION LOG(#9009022)[1310]

Package	Total	FileMan Files
Lab Service	4	LAB ELECTRONIC CODES(#64.061)[1.5, 1.6, 1.7, 2, 3, 3.1, 4, 5, 7] WKLD SUFFIX CODES(#64.2)[6] LAB LOINC(#95.3)[21] LAB LOINC COMPONENT(#95.31)[1]
IHS Changes To Lab	1	IHS UCUM(#90475.3)[10]

Fields, Total: 43

Field #	Name	Loc	Type	Details
.01	CODE	0;1	NUMBER	**********************REQUIRED FIELD******************** INPUT TRANSFORM: `K:+X'=X!(X>9999999)!(X<1)!(X?.E1"."1N.N) X I $D(X) S DINUM=X` OUTPUT TRANSFORM: `S:Y]"" Y=$S($L($P($G(^LAB(95.3,Y,0)),U,15)):Y_"-"_$P(^LAB(95.3,Y,0),U,15),1:Y)` LAST EDITED: `FEB 14, 2005` HELP-PROMPT: `The unique LOINC code.` DESCRIPTION: The unique LOINC code in numeric form. PRE-LOOKUP: `I $G(DIC(0))["L",'$D(XUMF) K X D EN^DDIOL("Entries must be edited via the Master File Server (MFS).","","!?5,$C(7)")` DELETE TEST: `1,0)= D:'$D(XUMF) EN^DDIOL("Entries must be inactivated via the Master File Server (MFS).","","!?5,$C(7)") I $D(XUMF)` LAYGO TEST: `1,0)= D:'$D(XUMF) EN^DDIOL("Entries must be added via the Master File Server (MFS).","","!?5,$C(7)") I $D(XUMF)` WRITE AUTHORITY: ^ UNEDITABLE NOTES: `XXXX--CAN'T BE ALTERED EXCEPT BY PROGRAMMER` CROSS-REFERENCE: `95.3^B` 1)= S ^LAB(95.3,"B",$E(X,1,30),DA)="" 2)= K ^LAB(95.3,"B",$E(X,1,30),DA) CROSS-REFERENCE: `95.3^VR^MUMPS` 1)= S ^LAB(95.3,"VR")=$G(^LAB(95.3,"VR")) 2)= Q 3)= This is the version of the data files loaded. This X-ref is used to determine the patch # and the version of the data loaded on the system. This differs from the version node of the DDs (field definition). This field is set by the post install routine and should not be directly edited. Format of the node is LOINC VERSION_2nd line of the post install patch routine. Looks like: ^LAB(95.3,"VR") = 2.09;;5.2;LAB SERVICE;274**;Sep 27,1994 There is an alternate location of version number stored in the DDs. ^DD(95.3,0,"VRRV") = 2.09
1	COMPONENT	0;2	POINTER TO LAB LOINC COMPONENT FILE (#95.31)	LAB LOINC COMPONENT(#95.31) LAST EDITED: `SEP 24, 1998` DESCRIPTION: The name of the component or analyte measured e.g., potassium, hemoglobin, or hepatitis C antigen. WRITE AUTHORITY: ^ CROSS-REFERENCE: `95.3^C` 1)= S ^LAB(95.3,"C",$E(X,1,30),DA)="" 2)= K ^LAB(95.3,"C",$E(X,1,30),DA)
1.5	CHALLENGE	0;3	POINTER TO LAB ELECTRONIC CODES FILE (#64.061)	LAB ELECTRONIC CODES(#64.061) INPUT TRANSFORM: `S DIC("S")="I $P(^(0),U,7)=""C""" D ^DIC K DIC S DIC=DIE,X=+Y K:Y<0 X` LAST EDITED: `SEP 24, 1998` DESCRIPTION: This field contains information necessary to interpret "challenge" (or loading or tolerance) tests. SCREEN: `S DIC("S")="I $P(^(0),U,7)=""C"""` EXPLANATION: `TYPE=CHALLENGE` WRITE AUTHORITY: ^
1.6	ADJUSTMENT	0;4	POINTER TO LAB ELECTRONIC CODES FILE (#64.061)	LAB ELECTRONIC CODES(#64.061) INPUT TRANSFORM: `S DIC("S")="I $P(^(0),U,7)=""A""" D ^DIC K DIC S DIC=DIE,X=+Y K:Y<0 X` LAST EDITED: `SEP 24, 1998` DESCRIPTION: This field contains calculations that adjust or correct some measured value. SCREEN: `S DIC("S")="I $P(^(0),U,7)=""A"""` EXPLANATION: `TYPE=ADJUSTMENT` WRITE AUTHORITY: ^
1.7	NON-PATIENT SPECIMEN	0;5	POINTER TO LAB ELECTRONIC CODES FILE (#64.061)	LAB ELECTRONIC CODES(#64.061) INPUT TRANSFORM: `S DIC("S")="I $P(^(0),U,7)=""S""" D ^DIC K DIC S DIC=DIE,X=+Y K:Y<0 X` LAST EDITED: `NOV 06, 1998` DESCRIPTION: `The second subpart of the system distinguishes observations on the patient (or samples taken from the patient or donor) from observations on non-patient materials that relate to the patient, e.g. a blood product unit` (BPU). When the person or super system is not included in a name, it can be assumed to be the patient. SCREEN: `S DIC("S")="I $P(^(0),U,7)=""S"""` EXPLANATION: `TYPE=SPECIMEN` WRITE AUTHORITY: ^
2	PROPERTY	0;6	POINTER TO LAB ELECTRONIC CODES FILE (#64.061)	LAB ELECTRONIC CODES(#64.061) INPUT TRANSFORM: `S DIC("S")="I $P(^(0),U,7)=""PR""" D ^DIC K DIC S DIC=DIE,X=+Y K:Y<0 X` LAST EDITED: `AUG 24, 2001` DESCRIPTION: This field contains the property measured- e.g., a mass concentration or enzyme activity. SCREEN: `S DIC("S")="I $P(^(0),U,7)=""PR"""` EXPLANATION: `TYPE=PROPERTY` WRITE AUTHORITY: ^ UNEDITABLE
3	TIME ASPECT	0;7	POINTER TO LAB ELECTRONIC CODES FILE (#64.061)	LAB ELECTRONIC CODES(#64.061) LAST EDITED: `OCT 27, 1998` DESCRIPTION: Point or moment in time vs. time interval, e.g., 24-hour urine. WRITE AUTHORITY: ^
3.1	TIME MODIFIER	0;17	POINTER TO LAB ELECTRONIC CODES FILE (#64.061)	LAB ELECTRONIC CODES(#64.061) INPUT TRANSFORM: `S DIC("S")="I $P(^(0),U,7)=""M""" D ^DIC K DIC S DIC=DIE,X=+Y K:Y<0 X` LAST EDITED: `OCT 27, 1998` DESCRIPTION: `The second and optional subpart of the time component allows an indication of some sub selection or integration of the measures taken over the defined period of time, so 8H^MAX heart rate would be the highest heart rate` observed over 8H(Shift), MIN, MAX, FIRST, LAST, MEAN are the other possible values for this subpart. When nothing is stored in this subpart, we assume a mean value over the time period in question. SCREEN: `S DIC("S")="I $P(^(0),U,7)=""M"""` EXPLANATION: `TYPE=MEASUREMENTS` WRITE AUTHORITY: ^
4	SYSTEM	0;8	POINTER TO LAB ELECTRONIC CODES FILE (#64.061)	LAB ELECTRONIC CODES(#64.061) LAST EDITED: `OCT 09, 1998` DESCRIPTION: This field contains the specimen. WRITE AUTHORITY: ^
5	SCALE TYPE	0;9	POINTER TO LAB ELECTRONIC CODES FILE (#64.061)	LAB ELECTRONIC CODES(#64.061) LAST EDITED: `OCT 27, 1998` DESCRIPTION: `The field contains the data part of the test name which specifies the scale of the measure, and is a required part. The abbreviation of the type of scale (previously called precision), should be used in the fully` specified name. WRITE AUTHORITY: ^
6	METHOD TYPE	0;10	POINTER TO WKLD SUFFIX CODES FILE (#64.2)	WKLD SUFFIX CODES(#64.2) LAST EDITED: `JUL 24, 2001` DESCRIPTION: `The method by which the test was performed. Methods need only be expressed as part of the name when they provide a distinction between tests that measure the same component (analyte) but which have different clinical` significance or have different clinical reference ranges. For instance, whole blood glucose tested with a chemstrip might be distinguished in the method field. WRITE AUTHORITY: ^
7	CLASS	0;11	POINTER TO LAB ELECTRONIC CODES FILE (#64.061)	LAB ELECTRONIC CODES(#64.061) LAST EDITED: `OCT 29, 1998` DESCRIPTION: An arbitrary classification of the terms for grouping related observations together. Some examples are CHEM for Chemistry, MICRO for Microbiology, and BLDBK for Blood Bank. WRITE AUTHORITY: ^
8	SOURCE	0;12	FREE TEXT	INPUT TRANSFORM: `K:$L(X)>10!($L(X)<1) X` LAST EDITED: `SEP 28, 1998` HELP-PROMPT: `Answer must be 1-10 characters in length.` DESCRIPTION: Source is a field for internal use of the LOINC committee. WRITE AUTHORITY: ^
10	UNITS	0;14	POINTER TO IHS UCUM FILE (#90475.3)	IHS UCUM(#90475.3) LAST EDITED: `APR 27, 2011` DESCRIPTION: This field contains the units of measure for the test of this specimen. WRITE AUTHORITY: ^
11	NORMAL RANGE	0;13	FREE TEXT	INPUT TRANSFORM: `K:$L(X)>20!($L(X)<1) X` LAST EDITED: `OCT 27, 1998` HELP-PROMPT: `Answer must be 1-20 characters in length.` DESCRIPTION: Normal Range - Example answers from real tests. WRITE AUTHORITY: ^
13	MOLAR MASS	0;16	FREE TEXT	INPUT TRANSFORM: `K:$L(X)>15!($L(X)<1) X` LAST EDITED: `OCT 27, 1998` HELP-PROMPT: `Answer must be 1-15 characters in length.` DESCRIPTION: Molecular weights: This field contains the molecular weights of chemical moieties when they are provided to LOINC. This release contains values kindly contributed by IUPAC. WRITE AUTHORITY: ^
15	CHECK DIGIT	0;15	NUMBER	INPUT TRANSFORM: `K:+X'=X!(X>9)!(X<0)!(X?.E1"."1N.N) X` LAST EDITED: `JUN 04, 1999` HELP-PROMPT: `Type a Number between 0 and 9, 0 Decimal Digits` DESCRIPTION: `Note: the data contained in this field contains some incorrect values due to errors in LOINC released database. When check digit computation errors are discovered - STATUS (#20) field is marked as DEL preventing the code` from being assigned. Once a LOINC has be released it never deleted from the database. This field contains the LOINC number modulo 10 check digit. The instruction for calculating a Mod 10 check digit is as follows: (1) Take the odd digit positions counting from the right (2) Multiply by 2 (3) Take the even digits starting from the right (4) Append these to the front of the results of (2) (5) Add the digits of (4) together (6) Find the next highest multiple of 10 (7) Subtract (5) from (6) WRITE AUTHORITY: ^
20	STATUS	4;1	SET	'1' FOR DEL; LAST EDITED: `JUN 02, 2005` HELP-PROMPT: `Enter 1 for deleted.` DESCRIPTION: `Deprecated or superseded status indicated by DEL in this field (otherwise blank). Used to mark terms as the database evolves. LOINC codes will never be reused nor will they be removed from the database, they will instead` be cross-referenced to superseding terms in the MAP_TO field. WRITE AUTHORITY: ^ CROSS-REFERENCE: `95.3^AD` 1)= S ^LAB(95.3,"AD",$E(X,1,30),DA)="" 2)= K ^LAB(95.3,"AD",$E(X,1,30),DA) 3)= List of Status This cross reference will provide a listing of those LOINC codes that have status update.
21	MAP TO	4;2	POINTER TO LAB LOINC FILE (#95.3)	LAB LOINC(#95.3) LAST EDITED: `FEB 14, 2005` DESCRIPTION: `Used when a field has been dropped from the active database (by entering "DEL" in the Status field) because it has been replaced by an updated term. In those cases, Map_To contains the LOINC code of the new term that` should be used. WRITE AUTHORITY: ^
22	DATE LAST CHANGED	4;3	DATE	INPUT TRANSFORM: `S %DT="EX" D ^%DT S X=Y K:Y<1 X` LAST EDITED: `OCT 27, 1998` DESCRIPTION: Date last changed, in the format YYYYMMDD. WRITE AUTHORITY: ^
23	CHANGE TYPE	4;4	FREE TEXT	INPUT TRANSFORM: `K:$L(X)>3!($L(X)<1) X` LAST EDITED: `OCT 27, 1998` HELP-PROMPT: `Answer must be 1-3 characters in length.` DESCRIPTION: Change Type Code. DEL= Delete; ADD=add, NAM=change to Analyte/ Component (field #2); MAJ=change to name field other than #2 (#3-#7); MIN=change to field other than name. WRITE AUTHORITY: ^
24	CHANGE REASON	4;5	FREE TEXT	INPUT TRANSFORM: `K:$L(X)>205!($L(X)<1) X` LAST EDITED: `JAN 05, 2000` HELP-PROMPT: `Answer must be 1-205 characters in length.` DESCRIPTION: Reason term was changed. If a term has been changed, the reason for the change is detailed here. WRITE AUTHORITY: ^
30	EUCLIDES CODE	1;1	FREE TEXT	INPUT TRANSFORM: `K:$L(X)>10!($L(X)<1) X` LAST EDITED: `OCT 27, 1998` HELP-PROMPT: `Answer must be 1-10 characters in length.` DESCRIPTION: EUCLIDES analyte code. The Euclides code identifies the analyte (the first subpart of the first part of the name.) WRITE AUTHORITY: ^
31	ASTM CODE	1;2	FREE TEXT	INPUT TRANSFORM: `K:$L(X)>10!($L(X)<1) X` LAST EDITED: `OCT 27, 1998` HELP-PROMPT: `Answer must be 1-10 characters in length.` DESCRIPTION: The ASTM codes apply to only a few of the tests (e.g., cell counts, antibiotic sensitivities). These are the codes included in the appendices of HL7 and ASTM E1238-94. WRITE AUTHORITY: ^
32	IUPAC CODE	1;3	FREE TEXT	INPUT TRANSFORM: `K:$L(X)>12!($L(X)<1) X` LAST EDITED: `AUG 14, 2001` HELP-PROMPT: `Answer must be 1-12 characters in length.` DESCRIPTION: The IUPAC code identifies the component, kind of property, and system. WRITE AUTHORITY: ^
33	SNOMED CODE	1;4	FREE TEXT	INPUT TRANSFORM: `K:$L(X)>9!($L(X)<1) X` LAST EDITED: `JUL 27, 1999` HELP-PROMPT: `Answer must be 1-9 characters in length.` DESCRIPTION: SNOMED Code (future versions). Not currently used. WRITE AUTHORITY: ^
34	VA CODE	1;5	FREE TEXT	INPUT TRANSFORM: `K:$L(X)>30!($L(X)<1) X` LAST EDITED: `APR 27, 2005` HELP-PROMPT: `Answer must be 1-30 characters in length.` DESCRIPTION: This field contains the VA Unique Identifier (VUID). This number is assigned by the VA Master File Server (MFS). WRITE AUTHORITY: ^ CROSS-REFERENCE: `95.3^AC` 1)= S ^LAB(95.3,"AC",$E(X,1,30),DA)="" 2)= K ^LAB(95.3,"AC",$E(X,1,30),DA) 3)= Contains the VA UID number This X-Ref will contains the VUID for this LOINC code. ^LAB(95.3,"AC",VUID,DA)=""
35	METPATH CODE	1;6	FREE TEXT	INPUT TRANSFORM: `K:$L(X)>10!($L(X)<1) X` LAST EDITED: `OCT 27, 1998` HELP-PROMPT: `Answer must be 1-10 characters in length.` DESCRIPTION: Metpath Code. Not currently used. WRITE AUTHORITY: ^
36	HCFA CODE	1;7	FREE TEXT	INPUT TRANSFORM: `K:$L(X)>10!($L(X)<1) X` LAST EDITED: `OCT 27, 1998` HELP-PROMPT: `Answer must be 1-10 characters in length.` DESCRIPTION: HCFA code (future versions). Not currently used. WRITE AUTHORITY: ^
37	CDC CODE	1;8	FREE TEXT	INPUT TRANSFORM: `K:$L(X)>15!($L(X)<1) X` LAST EDITED: `DEC 29, 1999` HELP-PROMPT: `Answer must be 1-15 characters in length.` DESCRIPTION: Code from the CDC Complexity file which maps laboratory tests to the instruments used to perform them. These codes are at the analyte level, not the test instrument level. WRITE AUTHORITY: ^
38	GPI CODE	1;9	FREE TEXT	INPUT TRANSFORM: `K:$L(X)>25!($L(X)<1) X` LAST EDITED: `DEC 29, 1999` HELP-PROMPT: `Answer must be 1-25 characters in length.` DESCRIPTION: GPI Code. For drugs, this field contains a map to the Medispan GPI codes, a hierarchical system of classifying pharmaceutical products. WRITE AUTHORITY: ^
40	IUPAC ANALYTE CODE	1;11	FREE TEXT	INPUT TRANSFORM: `K:$L(X)>15!($L(X)<1) X` LAST EDITED: `OCT 27, 1998` HELP-PROMPT: `Answer must be 1-15 characters in length.` DESCRIPTION: IUPAC analyte code: This field contains the Chemical Abstract service number or the Enzyme Nomenclature number for the chemical components for chemicals and/or enzymes. These were also contributed by IUPAC. WRITE AUTHORITY: ^
41	CLASSTYPE	3;1	SET	'1' FOR LABORATORY; '2' FOR CLINICAL; '3' FOR CLAIMS; '4' FOR SURVEYS; LAST EDITED: `SEP 11, 2003` DESCRIPTION: `This field is used to indicate the source of this code. There are at least four general areas. Laboratory Class, Clinical Class, Claims Attachment and Surveys. The selections are available on the Regenstrief RELMA class` restriction window. WRITE AUTHORITY: ^
50	RELATED NAMES	50;0	Multiple #95.39	95.39 LAST EDITED: `OCT 27, 1998` DESCRIPTION: `A synonym intended to make it easier to find a given observation by providing other names by which the observation may be known. For a drug level, for example, we include the trade names of that drug under the related` names.
56	UNITS REQUIRED	0;18	SET	'1' FOR YES; '0' FOR NO; 'Y' FOR YES; 'N' FOR NO; LAST EDITED: `SEP 04, 2003` DESCRIPTION: This field indicates that units are required when this LOINC code is included in an OBX segment in a HIPPA attachment. WRITE AUTHORITY: ^
60	ANSWERLIST	2;0	Multiple #95.33	95.33 DESCRIPTION: `The list of answers for results that are reportable from a multiple choice list (e.g., the answers for the term of DISPOSITION OF BLOOD PACK are GIVEN; PARTIALLY GIVEN;DISCARDED). The field provides examples, not required` answer lists.
70	SCOPE	70;0	Multiple #95.32	95.32
80	FULLY SPECIFIED NAME	80;1	FREE TEXT	INPUT TRANSFORM: `K:$L(X)>250!($L(X)<1) X` LAST EDITED: `NOV 06, 2003` HELP-PROMPT: `Answer must be 1-250 characters in length.` DESCRIPTION: `This field contains the fully specified name of the LOINC code. It has five or six major parts including: the name of the component or analyte measured, the property observed, the timing of the measurement, the type of` sample, the scale of measurement, and where relevant, the method of the measurement. The colon character, ":", is part of the name and is used to separate the main parts of the name. WRITE AUTHORITY: ^ UNEDITABLE
81	SHORTNAME	81;1	FREE TEXT	INPUT TRANSFORM: `K:$L(X)>80!($L(X)<1) X` LAST EDITED: `NOV 06, 2003` HELP-PROMPT: `Answer must be 1-80 characters in length.` DESCRIPTION: `This field was introduced in LOINC version 2.07, the field is a concatenation of the fully specified LOINC name. This field maybe used as the test name on reports rather than the fully specified name in FULLY SPECIFIED` NAME (#80) field. WRITE AUTHORITY: ^ UNEDITABLE CROSS-REFERENCE: `95.3^E` 1)= S ^LAB(95.3,"E",$E(X,1,30),DA)="" 2)= K ^LAB(95.3,"E",$E(X,1,30),DA) 3)= LOINC Short name This cross reference contains the LOINC short name for selected codes. The field is a concatenation of the fully specified LOINC Name. Not all LOINC codes have short name as issued by Regenstrief Institute.
99	COMMENTS	99;0	WORD-PROCESSING #95.399	DESCRIPTION: Free-text comments relating to the test result.
99.98	MASTER ENTRY FOR VUID	VUID;2	SET	**********************REQUIRED FIELD********************** '1' FOR YES; '0' FOR NO; LAST EDITED: `APR 28, 2005` DESCRIPTION: This field identifies the Master entry for a VUID associated with a Term/Concept. WRITE AUTHORITY: ^ UNEDITABLE
99.99	VUID	VUID;1	FREE TEXT	**********************REQUIRED FIELD********************** INPUT TRANSFORM: `S X=+X K:$L(X)>20!($L(X)<1)!'(X?1.20N) X` LAST EDITED: `MAY 03, 2005` HELP-PROMPT: `Answer must be 1-20 digits in length.` DESCRIPTION: VHA Unique ID (VUID). A unique meaningless integer assigned to reference terms VHA wide. WRITE AUTHORITY: ^ UNEDITABLE CROSS-REFERENCE: `95.3^AVUID^MUMPS` 1)= S ^LAB(95.3,"AVUID",$E(X,1,30),DA)="" 2)= K ^LAB(95.3,"AVUID",$E(X,1,30),DA) 3)= This cross-reference is by VUID.
99.991	EFFECTIVE DATE/TIME	TERMSTATUS;0	DATE Multiple #95.3099	95.3099 DESCRIPTION: Describes the pair Status and Effective Date/Time for each reference term. WRITE AUTHORITY: ^

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Package: Lab Service

Global: ^LAB(95.3

Information

Description

Directly Accessed By Routines, Total: 471

Accessed By FileMan Db Calls, Total: 32

Pointed To By FileMan Files, Total: 11

Pointer To FileMan Files, Total: 5

Fields, Total: 43