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Field Fomat ExamplePatient lDPatient Last namePatient First namePatient Ml

Sample dateSample time startSample time endChannel numberSample descriptionSample typeSite lDOperator lDOrdered Bylnterpretation reportedTemperaturelnterpretation reported bylnterpretation dateSurgeonAnesthesiologistPathologistHemotologistPerfusionistCardiologistProcedure nameCommentFlag 1Flag2Flas 3

String (S0char)String (5Ochar)String (S0char)String (5Ochar)

Short date (system)Short time (system)Short time (system)lnteger (2byte)String (SOchar)String (5Ochar)String (5Ochar)String (S0char)String (S0char)String (255char)Long (4bytes)$tring (S0char)Short date (system)String (S0char)String (S0char)String (50char)String (SOchar)String (5Ochar)String (5Ochar)String (S0char)String (Appx. 300 char)String (S0char)String (S0char)Strinq (S0char)

P1A34ZAndersonBobK

baselineKaolinoR-3ERToddhypercoagulable

Bob

Joe DoeRick SmithMichaelSmithTom DoeDarek SmithAnna DoeCABGpatient treated with anticoagulantsAnything 1Anything 2Anythins 3

1t11t200111:12:O211:12:02

I

37

1t11t2001

KAngleMAPMAGPGEPLAcl

Integer (zbyte)Integer (2byte)Integer (2byte)lnteger (2byte)lnteger (2byte)Long (4byte)lnteger (2byte)Integer (2byte)Integer (2byte)Integer (2byte)Integer (2byte)Integer (zbyte)Integer (2byte)Integer (2byte)Integer (2byte)Integer (2byte)Integer (2byte)Integer (2byte)Integer {2byte)

cL30LY3O

1.080.49.

0.4800.

100.08.

49.0100.0

0.0

1.

15.47.

0.49.

79.52.01.0

lrun llnteger (2byte) |le ltnteqer (2bvte) I16.01

96.01

Test properties Format ExampleAbnormalFlagsStatusRangeValue

String (S0char)String (S0char)String (5Ochar)Strino (5Ochar)

Anything 4lnterim.5 -- 13.710.0

LIS Integration Policy

Haemoscope Corporation and its parent company: Haemonetics Corporation, strive toprovide the best in blood managemenf patient care, and customer support. Haemoscopehas developed the TEG@ Analytical Sofrware's (TAS) Lab Information System (LIS)basic interface and will provide this interface free of charge to Haemoscope customers.In order to prevent confusion with those sites that do not have LIS capabilities, and toensure that it is used properly, the TAS's LIS interface is hidden, and can be unlockedwith a key received from Haemoscope.

Included in the free, basic LIS interface is the following:o LIS interface record specifications and examples as currently availableo LIS interface activation codeo LIS interface user documentationr Technical support related to the functioning of the TAS's LIS interfaceo Included fields:'

o Patient IDo PatientNameo Sample Dateo Sample Start/End timeo Sample channel numbero Sample descriptiono Sample typeo Site IDo Operator IDo Ordered Byo Inteqpretation reportedo Interpretation reported byo Interpretation dateo Temperatureo Surgeono Anesthesiologisto Pathologisto Hernatologisto Perfusionisto Cardiologisto Procedure nameo Comment

t This list is for informational purposes only, and is not meant to be used to develop the actual LISinterface. Field availabilrty may be subject to TAS version and continued development.

LIS Frequently Asked Questions:

Q: What computer requirements are necessary for using the LIS interface?A: No specific computer specifications are needed to run the LIS interface. If the computer canrun the TAS and connect to the LIS server, then the LIS interface will work.

Q: What versions include the LIS interface?A: Version 4.2,3 of the TEG@ Analytical Software and above include the LIS interface.

Q: How do I use the LIS interface?A: The first thing to do is to contact your LIS provider about interfacing with the TAS.2 yourprovider can then contact Haemoscope directly to get the LIS interface specificationso and workthrough any issues that may arise. Dependrng on your LIS provider, they may already have aninterface developed for the TAS.

Q; My LIS provider has an interface to the TAS, what is the next step?A: You will need to run the LIS activation utility and get an activation code from Haemoscop,and then set some LIS specific settings. Detailed instructions are available &om Haemoscopeupon request, as details may change as new versions are developed.

Q: How do I send a sample record to my LIS server?A: A couple of minutes after sample termination, it is automatically sent to the LIS server. Thereis not currently an option to manually initiate a sample transfer.

Q: Is the picture ofthe tracing included in the LIS record?A: No, only the test results and sample identifying information are included. The tracing itself isnot included in the LIS record.

Q: Is the accession number included in the LIS record?A: No, the accession number field is not included. Howevero the accession number can beentered into a sarnple's description field, or a patient's procedure field. Both ofthese fields aretransfened as part ofthe LIS record.

Q: Our LIS server was unavailable when the sample terminated, how do we get the sample recordto our seryer once it is available again?A: If a record was not sent to the LIS server at termination for any reason (e.g. computer crash,network trouble, the LIS was not yetaclrivate$ etc,) it cannot be sent to the LIS interface. Thereis not currently an option to manually initiate a sample transfer.

Q: A sample had the wrong patient name when sent to the LIS server. We fixed the problem inthe TAS, how can we change the record on our LIS server?A: Once the TAS sends a record, you cannot modiff that record on the server by going throughthe TAS. You will have to go through your LIS interface, and change the record manually, ifyour LIS server supports modifications.

Q: Is the LIS interface two way? Can the TAS retrieve orders or patient names from the LISserver?A: No, the TAS can only send data. Except for the acknowledgement that a record has reachedthe LIS server, the TAS cannot receive any data from the LIS server.

2 Please be aware thd your LIS provider may charge a fee for creating an interface to the TAS. This feewill not be covered by Haemoscope, and is the customer's responsibility.

Instructions for the Laboratory Information System (LlS)

Note:You willneed an activation code from Haemoscope.

Activation

To activate the Laboratory Information System (LtS):

1. Open the LIS activation. lf the file has not been moved, the default location isC :\Program Files\TEGV4.

I

LlS irdivemtl:

LIS adivation utility window with the Activate button ac:tive.

2. Enter your activation code in the 'Enter activation code:" field. The Activatebutton will be active. Once the LIS feature has been activated, the "LlS is activeuntil:" field will be populated with the new expiration date. (Note: The Llsactivation code is case sensitive.)

Enter activalim code

Ente{ cu$tom eflpirdim wani}o rersqe;

Cwent apilalim rrrsnirE me$agc:

Instructions for the Laboratory Information System

Steps 3 and 4 are optional (Warning message customization).

3. You may enter a custom waming message in the "Enter custom expirationwarning message:'field. The Save button will become active.

4. Click the Save button and "Cunent expiration warning message:'field changes tothe text you entered.

5. Click the Activate button to activate the utilify.

The warning message appears as the expiration date approaches.

JAS File

The socket configuration and the Ll$ format must be set in the TAS file. open theTAS.lNl. lf the file has not been moved, the default location is C:\Program Files\TEGV4.

To set the socket configuration, enter the specific lP address after LIsIp= ohd the portafter LfSPort=.

lf the Lls is being set up with a version 4.2.3 database, set HLTversion equalto 1(HLTversion=l). lf the LIS was set up with a database earlier than version 4.2.3, setHlTVersion equal to 0 (HL7Ve rsi on=0).

After making changes to the file, exit the sofrrrare, and restart the softrvare for thechanges to take effect.

A Current Amplitude mm

A30 Amplitude at 30 min after MA mm

460 Amplitude at 60 min after MA mm

Angle Angle; Kinetics of Clot Development deg

BIV Bivalirudin pg/ml

ccs Cunent Clot Strength mm/minCCSG Current Clot Strength using G dcs

cl Coagulation lndexcL30 Fibrinolytic Status 30 min after MA o/o

cL60 Fibrinolytic Status 60 min after MA Yo

CLT Clot Lysis Time min

E Elasticity Constant d/sc

EPL Estimated Percent Lysis %

G Clot Firmness as Shear Elastic Modulus disc

K Time from R to 20 mm mtn

L Area of Clot Lysis mm/min

LG Area of Clot Lysis Using G dcs

LY3O Percent Lysis 30 min after MA o/o

LY6O Percent Lysis 60 min after MA o/o

MA Maximum Amplitude mm

MRL Maximum Rate of Lysis mm/min

MRLG Maximum Rate of Lysis Using G dcs

MRTG Maximum Rate of Thrombus Generation mm/min

MRTGG Maximum Rate of Thrombus Generation Using G dcs

PMA Projected MA

R Reaction Time; Amplitude = 2 mm mln

SP Split Point min

TEG ACT TEG Activated Clotting Time sec

TG Total Thrombus Generated mny'min

TGG TotalThrombus Generated Using G dcs

TMA Time to MA min

TMRL Time to Maximum Rate of Lysis mrn

TMRLG Time to Maximum Rate of Lysis Using G mtn

TMRTG Time to Maximum Rate of Thrombus Generation mtn

TMRTGG Time to Maximum Rate of Thrombus Generation Using G mrn

TPI Thrombodynamic Potential lndex /sec

66s = (dyn/cm2lsec)t2 d/sc = dynlcm2

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