host service gb v32

Micro Typing System

H 009007 10.04

PC

Network or RS-232

Video

RS-232

VideoRS-232 Special

Network

Host - ConnectionsFor :

I-2 Identification

Host - Connections for M

AT THE READER’S ATTENTION

From now, the ID-Reader SA branded instrument will bear the name s. Onlythe name is being changed. The instrument features still remain identical.Whatever the term ID-Reader SA or s is used on this document designates thesame instrument.

From now, the IHMP-Reader branded instrument will bear the name x. Onlythe name is being changed. The instrument features still remain identical.Whatever the term IHMP-Reader or x is used on this document designates thesame instrument.

From now, the ID-Reader M branded instrument will bear the name b. Onlythe name is being changed. The instrument features still remain identical.Whatever the term ID-Reader M or b is used on this document designates thesame instrument.

From now, the ID-Sampler III M branded instrument will bear the name J.Only the name is being changed. The instrument features still remain identical.Whatever the term ID-Sampler III M or J is used on this document designatesthe same instrument.

Copyright ©

The reproduction, even partially, of this document is forbidden. No part can be copied in any form, and cannot be used, edited nor transmitted by any electronic means (photocopy, photography, magnetic

supports or other recording processes), without the written authorization of DiaMed AG. All rights and particularly reproduction, translation, edition, distribution and also industrial property and recording are

reserved.

Printed in Switzerland

Table of Contents I-3

Table of Contents

1 GENERAL ............................................................................................. 1 - 11.1 Identification ...................................................................................................... 1 - 1

1.1.1 Document ........................................................................................................1 - 11.1.2 Limited warranty ..............................................................................................1 - 1

1.2 Chapter overview .............................................................................................. 1 - 21.3 Appropriate use ................................................................................................. 1 - 21.4 Glossary ............................................................................................................ 1 - 2

1.4.1 Persons ............................................................................................................1 - 21.4.2 Product ............................................................................................................1 - 2

1.5 Typographic conventions .................................................................................. 1 - 3

2 HOST HOOK-UP ................................................................................... 2 - 12.1 Hardware connection ........................................................................................ 2 - 1

2.1.1 RS 232 line ......................................................................................................2 - 12.1.2 Network ............................................................................................................2 - 1

2.2 Software communication ................................................................................... 2 - 22.2.1 File structure ....................................................................................................2 - 22.2.2 Selection of the configuration windows ............................................................2 - 42.2.3 Import ...............................................................................................................2 - 5

2.2.3.1 File description for import.......................................................................... 2 - 52.2.3.2 Procedure ................................................................................................. 2 - 62.2.3.3 DBASE...................................................................................................... 2 - 72.2.3.4 DELIMITED............................................................................................... 2 - 72.2.3.5 PARADOX ................................................................................................ 2 - 72.2.3.6 SERIAL LINK ............................................................................................ 2 - 8

2.2.4 Export ............................................................................................................2 - 102.2.4.1 File description for export........................................................................ 2 - 102.2.4.2 Procedure ............................................................................................... 2 - 212.2.4.3 DBASE.................................................................................................... 2 - 232.2.4.4 DELIMITED............................................................................................. 2 - 232.2.4.5 PARADOX .............................................................................................. 2 - 232.2.4.6 SERIAL LINK .......................................................................................... 2 - 242.2.4.7 Segment results codes ........................................................................... 2 - 25

Doc N° H 009007 10.04 V3.2

I-4 Table of Contents


General 1-1

1. GENERAL1.1 Identification

1.1.1 Document

Host connections for M.

Version 3.2 October 2004

Document No. : H 009007

Manufacturer

DiaMed AG

CH-1785 Cressier sur Morat

Suisse

Tel. ++41 (0)26 / 674 51 11

Fax ++41 (0)26 / 674 51 45

1.1.2 Limited warranty

If a DiaMed system is connected to a central information system (Host), the user takes on full responsibilityfor ensuring correct data transmission to this system (hardware and software aspects).

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1-2 General

1.2 Chapter overview

This chapter gives basic information on system functions, specifications and documentation.

1.3 Appropriate use

The indications in the present manual, in particular the safety instructions must be complied with. Thisdocument must be used by the technician who is making a connection between a DiaMed system and ahost.

1.4 Glossary

The following terms, among others, are used in this service manual.

1.4.1 Persons

Operator

The operator is the respective proprietor of the M, regardless of whether he operates it as theowner or transfers it on to third parties.

Technician

The technician is the person who is making the connection between a DiaMed system and a host.

1.4.2 Product

Software

The software is the M.


General 1-3

1.5 Typographic conventions

The following styles are used in this manual.

Description style

This style, used in relation with a number in illustrations (figures) is preceded by the correspondingnumber:

Example:

(1) First item

(2) Second item

(3) Etc...

Commands style

All software commands, buttons, function keys, windows, icons, options, tabs, check boxes, select boxes,items, menus, tool bars, sections and fields used in this documentation will be shown with a bold italic font.

Example:

The Add one item command permits to select a field for the export.

Procedure style

The steps of a procedure to be carried out step by step by the technician are preceded with numbersplaced in brackets.

Example:

[1] Select in the available fields area the field you want to export.

[2] Click on the Add one item button to select it.

Procedure effects style

The procedure effects are described by using the following symbol !.

Example:

[1] Click on the Add one item button to select it.

! The field is moved to the selected fields area.

Doc N° H 009007 10.04 V3.2

1-4 General

Cross references style

This style is used to help the technician to find other information about the current subject.

Example:

" See page x-y.

Troubleshooting style

The complete description with the problem, the possible cause and the solution will be shown likedescribed below:

Problem

- Possible cause� Solution

List of items style

This style is used to give a list of items.

Example:

• item 1;

• item 2;

• item 3.

Note style

Used when the technician attention must be attracted about a particular operation or information.

Example:

# Note: With this type of format, the field 22 - Image Wells cannot be chosen.


General 1-5

Caution style

Used to prevent the technician from any danger or hazardous situation. Non-compliance with suchinstructions may lead to damage parts or environment.

Example:

$ Take care about ...

Warning style

Used to prevent the technician from any important danger or hazardous situation. Non-compliance withsuch instructions may lead to death or serious injury.

Example:

% Never open this cover

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1-6 General


Host hook-up 2-1

2. HOST HOOK-UP2.1 Hardware connection

You can hook up a DiaMed system up to a “Host” via the RS232 port of the PC or via the network.

2.1.1 RS 232 line

9-pin connector

The wiring between the 9-pin RS232 connectors isshown in the Fig. 1.

25-pin connector

On a 25-pin RS232 connector, the wiring is asfollows:

• RxD pin 3;

• TxD pin 2;

• 0V pin 7.

# If you enable hardware flow control (by checking theDTR/DSR or RTS/CTS check boxes (1) in theSystem Settings window, the CTS, RTS, DSR andDTR pins must also be wired.

2.1.2 Network

It is also possible to transfer data from your DiaMed system via the network.

# Note: This solution permits to use DBASE or PARADOX output/input file type and also to transfer pictures(see section “2.2.3.3 DBASE” on page 2-7 and section “2.2.4.3 DBASE” on page 2-23).

Fig. 1: RS 232 line

Fig. 2: Flow control(1)

Doc N° H 009007 10.04 V3.2

2-2 Host hook-up

2.2 Software communication

2.2.1 File structure

Files start with [STX] (ASCII code 2), followed by data, checksum and [ETX] (ASCII code 3).

- Data transfer from Readers or M :

- Reply from host computer if data is correct.

- Reply from host computer if data is incorrect.

Example:

[STX]50601212121299748596|||||||||12.04.99|1|3|M081|00310030|0|3F||Operator|-|-|-|-|-|-|1|1|0|||||||||||||||||1|1|12.04.99|0|Crossmatch: A-B-D-Enz-AHG-AHG (DiaClon)|Blood Group: compatible Crossmatch:compatible|[CR][LF]CC[ETX]

# Note: Each sender data stream is followed by the transfer of a confirmation message from the receiver.

Checksum

To check data validity, the software computes a checksum by simply adding all the ASCII characters in thedata stream, in base 256, then converting the result into an hexadecimal code, of which the last two bytesare taken. If the checksum computed by the receiver matches with that was originally computed by thesender, then the data is considered valid.

STX Data Checksum ETX

STX OK Checksum ETX

STX ER Checksum ETX


Host hook-up 2-3

Example: [STX] PR13C|45516256|+++|++|+++|-|-|-|08/07/1999 13:36|[CR][LF] 6D [ETX]

3181 = C6D = 6D (Checksum)

# Note: CR and LF are also taken in the addition

P = 80 + = 43 / = 47

R = 82 I = 124 0 = 48

1 = 49 + = 43 7 = 55

3 = 51 + = 43 / = 47

C = 67 I = 124 1 = 49

I = 124 + = 43 9 = 57

4 = 52 + = 43 9 = 57

5 = 53 + = 43 9 = 57

5 = 53 I = 124 = 32

1 = 49 - = 45 1 = 49

6 = 54 I = 124 3 = 51

2 = 50 - = 45 : = 58

5 = 53 I = 124 3 = 51

6 = 54 - = 45 6 = 54

I = 124 I = 124 I = 124

+ = 43 0 = 48 [CR] = code ASCII $0D = 13

+ = 43 8 = 56 [LF] = code ASCII $0A = 10

Total : 3181

Doc N° H 009007 10.04 V3.2

2-4 Host hook-up

2.2.2 Selection of the configuration windows

To configure the import and/or export settings,proceed as follows :

[1] Select the System Settings command from theFile menu of the Samples module.

! The window below appears.

[2] Select the Export Settings or Import Settingstab.

[3] Follow the instructions according to section “2.2.3Import” on page 2-5 for import and to section “2.2.4Export” on page 2-10 for export.

Fig. 3: System Settings window


Host hook-up 2-5

2.2.3 Import

2.2.3.1 File description for import

Below we outline the content of each field available for selection which corresponds to the fields of thePatient’s database (General Settings).

Obligatory added fields :

• First field : Test identification

• Second field : Sample identification

• Third field : Donor identification

" See also section “2.2.3.2 Procedure” on page 2-6

Obligatory selected fields :

01 - Name : This field contains the name of the patient.

02 - Identification : This field contains an identification of the patient (unique).

Optional selected fields :

03 - Birth date : This field contains the patient’s date of birth.

04 - ABO : Bloodgroup (A/B/AB/O).

05 - Rh(D) : Rhesus (positive/negative).

06 - Sex : This field contains the sex of the patient (male/female). In the import file 1 has to be used forfemale and 0 for male.

07 - Information : This field contains any information desired.

# Note: The design of the Patient’s data fields is totally free ! When using radio groups the import file hasto contain 0 to select the first item of a radio group, 1 to select the second item, etc.

Doc N° H 009007 10.04 V3.2

2-6 Host hook-up

2.2.3.2 Procedure

You can import the work list and patient’s data fromthe Host (See Fig. 4).

# Note: Three fields are automatically selected at thebeginning of the data frame :

• First field : Test identification

• Second field : Sample identification

• Third field : Donor identification

To select the other fields in the order you want toimport to, use the following procedure :

[1] Select in the available fields area (1) the field you want to import (see section “2.2.3.1 File description forimport” on page 2-5).

# Note: The fields 01 and 02 are obligatory to select.

[2] Click on the Select button (9).

! The field is moved to the selected fields area (8).

[3] Repeat the steps [1] and [2] until you have selected all the fields you want to import.

# Note: It is possible to select all the fields at one time with the Select All button (7).

In the selected fields area (8), the order can be changed with the arrow buttons (2 and 3), to move aselected field up or down.

If you want to remove one field of the selected fields area (8), select the desired field and click on theDelete button (6).

If you want to remove all the selected fields of the selected fields area (8), click on the Delete All button(4).

[4] Click on the Input file type field (5) to choose DBASE (see section “2.2.3.3 DBASE” on page 2-7),DELIMITED (see section “2.2.3.4 DELIMITED” on page 2-7), PARADOX (see section “2.2.3.5 PARADOX”on page 2-7) or SERIAL LINK (see section “2.2.3.6 SERIAL LINK” on page 2-8).

Fig. 4: Import data

(9)

(1) (3)(2)

(7) (6) (5) (4)(8)


Host hook-up 2-7

2.2.3.3 DBASE

The data will be imported as a DBASE file. You musthave a network connection.

With this type of input file, it is possible to transferpictures.

You must define the path and the name of the file tobe imported in the Path and file name field (1).

2.2.3.4 DELIMITED

The data will be imported as a file with a character ofdelimitation. You can use a RS232 or a networkconnection.

With this type of input file, it is not possible totransfer pictures. You must define the path and thename of the file to be imported in the Path and filename field (2) plus the character of delimitation inthe Separator char field (3).

2.2.3.5 PARADOX

The data will be imported as a PARADOX file. Youmust have a network connection.

With this type of input file, it is possible to importpictures. You must define the path and the name ofthe file to be imported in the Path and file namefield (4).

Fig. 5: Import with DBASE format(1)

Fig. 6: Import with DELIMITED format(2) (3)

Fig. 7: Import with PARADOX format(4)

Doc N° H 009007 10.04 V3.2

2-8 Host hook-up

2.2.3.6 SERIAL LINK

The data will be imported through the RS232 connection.

With this type of format, it is not possible to transfer pictures. You can choose the same options as for theDELIMITED format (see section “2.2.3.4 DELIMITED” on page 2-7). No file will be created on the hard diskas with DELIMITED.

# Note: The following parameters have to be identical as for export if you use the same connection.

You can set the serial port communication protocolas described below.

(1) COM Port : Serial port of the PC. You can select thevalues COM 1, COM 2, COM 3, COM 4, COM 5 andCOM 6.

(2) Speed : Baudrate in bytes/second. You can selectthe values 300, 400, 1200, 2400, 4800, 9600, 19200,38400, 57600 and 115200.

(3) Buffer size : It defines the size in bytes of the bufferfor the communication. You can select the values1024, 2048, 4096, 8192, 16384 and 32768.

(4) Parity :The parity describes a bit checking scheme. Whenused, all of the bits in each data byte are addedtogether. A final bit, called the parity bit, is added sothat the sum of all bits is either odd or even,whichever you specify. The transmitter calculatesand transmits a parity bit. The receiver alsocalculates a parity bit and compares it to the paritybit received. If the bits are equal, it is assumed that the character was received without error. Otherwise, itis assumed that there was an error during the transmission. The possible values for parity are :

• None : In this case, no flow control is used, no parity bit is added.

• Odd : The flow control is made by means of RTS and CTS streams. The M use the RTS streamwhen it is able to receive and transmit when the CTS stream is activated. This flow control needs a 5wires cable: ground; transmission; cross reception; CTS; RTS crossed. A parity bit is added so that thebit sum is always odd.

• Even : The characters Xon (ASCII code 17) (8) and Xoff (ASCII code 19) (7) must be sent by thereceiver to the emitter to control the character emission flow. A parity bit is added so that the bit sum isalways even.Xon : Starts data emission.Xoff : Stops data emission.

• Mark : A parity bit of value one is always added.

• Space : A parity bit of value zero is always added.

(5) Word size : 5, 6, 7 or 8

(6) Stop bits : 1 or 2

Fig. 8: Import with SERIAL LINK format

(12)

(1) (6)(5)

(10) (9) (8) (7)(11)

(2) (3) (4)


Host hook-up 2-9

Information about the flow control

“Receive flow control” (9) stops a remote device fromtransmitting while the local receive buffer is too full.“Transmit flow control" (10) stops the local devicefrom transmitting while the remote receive buffer istoo full.

Receive flow control is enabled by including theUseRTS and/or UseDTR elements in the optionsset. When enabled, the corresponding modemcontrol signals (RTS and/or DTR) are lowered whenthe input buffer reaches the level set by theBufferFull property. The remote must recognizethese signals and stop sending data while they areheld low. Because there is usually little delay beforethe remote can react (as there is with software flowcontrol) you can set BufferFull close to the inputbuffer size, perhaps at the 90% level.

As the application processes received characters,buffer usage eventually drops below the value set bythe BufferResume property. At that point, the corresponding modem control signals are raised again. Theremote must recognize these signals and start sending data again. Again, because there is usually littledelay you can set BufferResume close to zero, perhaps at 10% of the input buffer size.

Transmit flow control is enabled by including the hwfRequireCTS and/or hwfRequireDSR elements in theoptions set. With one or both of these options enabled, the Windows communications driver doesn’ttransmit data unless the remote device is providing the corresponding modem status signal (CTS and/orDSR). The remote must raise and lower these signals when needed to control the flow of transmittedcharacters.

# Note: Flow control using RTS and CTS (11) is much more common than flow control using DTR andDSR (12).

Fig. 9: Import with SERIAL LINK format

(12)

(1) (6)(5)

(10) (9) (8) (7)(11)

(2) (3) (4)

Doc N° H 009007 10.04 V3.2

2-10 Host hook-up

2.2.4 Export

2.2.4.1 File description for export

Below we outline the content of each of the fields available for selection.

00 - Bar code : This field contains the barcode reference for the card used in the current test.

# Note: If you select this field and the test involves two ID cards, the M sends an additional field forthe second ID card in the same data stream.

01 - Patient’s data : This parameter contains one to x fields (depending of the database “Patient’s data”configuration). It contains the administrative data of the patient ( for example “Date of birth”, “Sex”, etc.).When using radio groups (like “Sex”) the export file will contain 0 when the first item is selected, 1 whenthe second item is selected, etc.

02 - Sample’s last modification date : This field contains the date when the respective reading was

carried out.

03 - Sample identification : This field contains the sample ID.

04 - Donor identification (Crossmatch) : This field contains the donor name or ID (the exact form will

depend on the user).

# Note: If this field is empty, it will also be sent if the corresponding check box is selected (see section “Check boxes :” on page 2-22).

05 - Test identification : This field contains a code identifying the test (see column Code of theinterpretation list below).

Antibody Screening

CH05 Ab.screening :I-II-III-IV (IAT) 5053

CH05A Ab.screening: I-II-III-IV (IAT) (IV on separate card)5053

CH06 Ab.screening: I-II-III-IV-AC (IAT) 5053

CH08 Ab.screening: DiaCell Pool I + II (IAT) 5053

CH09 Ab.screening: I + II DiaCell Pool (IAT Anti-IgG) 5054

CH12 Ab.screening: I-II-III-IV-DC Pool-DAT (IAT) 5053

CH13 Ab.screening: I-II-III-IV-DC Pool-AC (IAT) 5053

CH14 Ab.screening:I-II-III-IV- DC Pool (5053)

GE01 Ab. screening: I (IAT) 5053

GE15I Ab.screening:IP-IIP-IIIP IAT (5053)

GE45 Ab.screening: I-AC (IAT)5053

LUZ1 Ab.screening: I (IAT Anti-IgG) 5054

PR13C Ab. screening: I-II-III/IP-IIP-IIIP (IAT/ Enzyme) 5058


Host hook-up 2-11

PR13D Ab. screening: I-II-III/Ib-IIb-IIIb (IAT/Enzyme) 5058

PR13E Ab. screening: DiaScreen I-II-III-IV/VP-VIP (5057)

PR13G Ab.screening:Ib-IIb-IIIIb/I-III-III (Enz.bromeline/IAT) 5051

PR13H Ab.screening: IP-IIP-IIIP/I-II-III (Enzyme/IAT) 5051

PR13I Ab.screening: I-II-III/IP-IIP-IIIP (5053)

PR13J Ab.screening: IP-IIP-IIIP / I-II-III (5053)

PR15A Ab.screening: I-II (IAT) 5053

PR15B Ab. screening: I-II-III (IAT) 5053

PR15C Ab. screening: Ib-IIb-IIIb (Enzyme bromeline) 5052

PR15D Ab. screening: IP-IIP-IIIP (Enzyme papanized cells) 5052

PR15E Ab. screening: Ib-IIb (Enzyme bromeline) 5052

PR15F Ab. screening: Ip-IIp (Enzyme papaine) 5052

PR15G Ab. screening: Is-IIs (Saline) 5052

PR15H Ab. screening: Is-IIs-IIIs (Saline) 5052

PR15I Ab.screening: DiaCell Pool (I+IIp) (Enzyme papaine) 5052

PR20 Ab.screening: I-II-AC (IAT) 5053

PR20A Ab.screening: Ip-IIp+ACp (Enzyme papaine) 5052

PR20B Ab.screening: Ib-IIb+ACb (Enzyme bromeline) 5052

PR21A Ab.screening: I-II+AC/Ip-IIp +ACp (IAT/Enzyme papaine)5058

PR21B Ab.screening: I-II-AC/Ib-IIb+ACb (IAT/Enz.bromeline)5058

PR21C Ab.screening: Ib-IIb+ACb/I-II+AC(Enz.bromeline/IAT) 5051

PR21D Ab.screening : Ip-IIp+ ACp/I-II+AC (Enzyme papaine/IAT) 5051

PR22 Ab.screening:I-II (IAT)+ DAT 5053

PR23 Ab.screening: I-II-III-AC (IAT) 5053

PY15A Ab.screening : I-II (IAT Anti-IgG) 5054

PY15B Ab.screening: I-II-III (IAT Anti-IgG) 5054

SP01 Ab.screening: DiaCell Pool (I+II) Enzyme (5052)

SP02 Ab.screening: Is-IIs-IIs-IVs Saline(IV on separate card)5052

SP03 Ab.screening: Is-IIs-ACs Saline (5052)

SP04 Ab.screening: Is-IIs-ACs/I-II-AC (5051)

SV01 Ab. screening: I-II (IAT)/IIIp (Enzyme papaine) 5053/5052

Doc N° H 009007 10.04 V3.2

2-12 Host hook-up

Antigen

MO09E Antigen: Anti-D Monoclonal (5017)

MO44D Antigen: Anti-K Monoclonal (5020)

PR09C Antigen: Anti-A1 Absorbed (5014)

PR09D Antigen: Anti-H Monoclonal (5015)

PR09E Antigen: Anti-D (5016)

PR09F Antigen: Anti-A1 (Lectine) (5063

PR09G Antigen: Anti-H (Lectine) (5064)

PR09H Antigen: Anti-D for Dweak confirmation (5054)

PR09I Antigen: ID-Typing of partial D (5111)

PR09X Antigen: Anti-D for Dweak confirmation (IAT) 5053

PR44A Antigen: Anti-P1 (5023)

PR44B Antigen: Anti-Lea (5024)

PR44C Antigen: Anti-Leb (5025)

PR44D Antigen: Anti-K (5019)

PR44E Antigen: Anti-k (5026)

PR44F Antigen: Anti-Kpa (5029)

PR44G Antigen: Anti-Kpb (5030)

PR44H Antigen: Anti-Lua (5031)

PR44I Antigen: Anti-Lub (5032)

PR44J Antigen: Anti-Jka (5027)

PR44K Antigen: Anti-Jkb (5028)

PR44M Antigen: Anti-M (5021)

PR44N Antigen: Anti-N (5022)

PR44O Antigen: Anti-S (5033)

PR44P Antigen: Anti-s (5034)

PR44Q Antigen: Anti-Fya (5035)

PR44R Antigen: Anti-Fyb (5036)

PR44S Antigen: Anti-Cw (5018)

PR44T Antigen: Parvovirus B19 (5047)

PR44U Antigen:Anti-Xga (5053)

PR44V Antigen: Anti-Vel (5053)


Host hook-up 2-13

PR44W Antigen: Anti-U (5053)

PR44X Antigen: Anti-Tja (5053)

Antigen Profile

PO07 Antigen profile: K-k-Jka-Jkb-Fya-Fyb (5045)

PR41A Antigen profile: k-Kpa-Kpb-Jka-Jkb-ctl (5038)

PR42A Antigen profile: P1-Lea-Leb-Lua-Lub-ctl (5037)

PR43 Antigen profile: M-N-S-s-Fya-Fyb (5039)

Autocontrol

PR70 Autocontrol: (IAT) 5053

PR70A Autocontrol : Enzyme papaine (5052)

PR70B Autocontrol: Enzyme (bromeline) (5052)

PR70C Autocontrol: (IAT/Enzyme)(papaine))5058

PR70D Autocontrol: (IAT/Enzyme (bromeline)) 5058

PR70E Autocontrol: (Enzyme (bromeline)/IAT) 5051

PR70F Autocontrol: (Enzyme (papaine)/IAT) 5051

PR70H Autocontrol: Saline (5052)

PY70 Autocontrol: (IAT/ IgG) 5054

Blood Group

CH02 ABD for donors (5004)

MO01 Bloodgroup: ABO/Rh (DiaClon) (5001)

MO01A Bloodgroup: ABO/D (DiaClon) (5048)

MO01B Bloodgroup: ABO/D + DAT (DiaClon) (5049)

MO01C Bloodgroup: ABO/D + AHG (DiaClon) (5050)

MO01D Bloodgroup: ABO/Rh for patients (DiaClon)(5094)

MO02 Bloodgroup: ABO/Rh for donors (DiaClon) (5101)

Doc N° H 009007 10.04 V3.2

2-14 Host hook-up

MO10 Bloodgroup: A-B-D Confirmation for patients (Diaclon) (5005)

MO10A Bloodgroup: A-B-D Confirmation for patients (DiaClon) (5092)

MO12 Bloodgroup: A-B-DConfirmation for donors (DiaClon) (5105)

MP6148 MP-Test: A-B-D-ctl (6148)

MP6749 MP-Test: A-B-D-Confirmation (6536)

PR01 Bloodgroup: ABO/Rh (5000)

PR01B Bloodgroup: ABO/D (5003)

PR01C Bloodgroup : ABO/Rh + A1 (Lectine) (5084)

PR10 Bloodgroup A-B-D Confirmation (5004)

SV06 Bloodgroup: A-B-DConfirmation for patients (DiaClon) (5093)

Blood Group + AS

MO11 Type and Screen: A-B-D/I-II-III (DiaClon) (5068)

PR11 Type and Screen: A-B-D/I-II-III (5067)

SV03 BAS-Test: A-B/I-II-III-IV (5066)

SV04 BAC-Test: B-A-D/I-II-III (DiaClon) (5076)

SV05 DiaClon BAS-Test: A-B/I-II-III-IV (5077)

SV08 Bloodgr.+AS: A-B-D/I-II (Whthout III ) 5068

Blood Group + Reverse Group

MO31 Bloodgr. + Rev.gr.: A-B-D-ctl/A1-B (DiaClon) (5009)

MO31A Bloodgroup+Rev.gr.:A-B-D(VI-)-D(VI-)/A1-B (5074)

MO32 Bloodgroup+Rev.gr.: A-B-D(VI+)-D(VI-)/A1-B DiaClon (5098)

MP6040 MP-Test: A-B-D(VI-)-D(VI+)-ctl/A1-A2-B (6040)

MP6147 MP Test: A-B-AB-D(VI-)-D(VI+)-ctl/A1-B (6147)

MP6238 MP Test: A-B-AB-D(VI-)-D(VI+)-ctl/A1-A2-B-O (6238)

MP6339 MP Test: A-B-D(VI-)-D(VI+)-ctl-/A1-A2-B-O (6339)

MP6437 MP Test: A-B-AB-D(VI-)-ctl/A1-A2-B (6437)

MP6537 MP-Test: A-B-AB-D(VI-)-ctl/A1-A2-B (6536)

MP6540 MP-Test: A-B-D(VI-)-D(VI+)-ctl /A1-A2-B (6536)


Host hook-up 2-15

MP6547 MP-Test: A-B-AB-D(VI-)-D(VI+)-ctl/A1-B (6536)

MP6557 MP-Test:A-B-AB-D-ctl/A1-B-O(6557)

PR31 Bloodgr. + Rev.gr.: A-B-D-ctl/A1-B (5008)

Crossmatch

GE26 Bloodgroup: ABD Confirmation (5004)

GE44 ABD Confirmation for donors (DiaClon) (5005)

GE44A ABD (VI+) Confirmation for donors (DiaClon) (5105)

MO81 Crossmatch. A-B-D(VI-)/Enz/AHG-AHG DiaClon (5060)

MO82 Crossmatch :A-B-D(VI+)/Enz/AHG-AHG Diaclon (5091)

PR80 Crossmatch: (IAT)5053

PR80A Crossmatch: Saline (5052)

PR80B Crossmatch: Enzyme (bromeline) (5052)

PR80D Crossmatch :IAT + AC (5053)

PR80E Crossmatch: Saline+ AC (5052)

PR80F Crossmatch: Enzyme (bromeline) + AC (5052)

PR80G Minor Crossmatch IAT (5053)

PR80H Crossmatch : Enzyme papaine+ACp (5052)

PR80I Crossmatch :Enzyme papaine (5052)

PR81 Crossmatch: Complete A-B-D-ENZ-AHG-AHG (5059)

PY80 Crossmatch: IAT/ IgG (5054)

PY80D Crossmatch: IAT/ IgG + AC (5054)

PY80G Minor Crossmatch : IAT/IgG (5054)

Doc N° H 009007 10.04 V3.2

2-16 Host hook-up

Direct Antiglobulin Test (DAT)

CH03 Direct Antiglobulin test(IAT/IgG) 5054

PR16A DC Screening II: IgG-C3d-ctl (5056)

PR16D DC Screening I : IgG-IgA-IgM-C3c-C3d-ctl (5083)

PR17 Direct Antiglobulin test (IAT) 5053

PY17 Determination of IgG (5087)

PY18 Determination of IgG subclasses (5089)

Haemoglobinemia

PR50 ID-Sickle Cell Test (HbS) (5061)

PR51 PNH Test (5062)

Identification

CH10 Identification: 8 cells IAT(7 + 8 on separate card)(5053)

CH11 Identification:8cells P Enzyme (7+ 8 on separate card)(5053)

PR93 Identification: 11 test cells (IAT) 5053

PR93A Identification: 11 test cells IAT+ AC (5053)

PR93B Identification: 11 test cells IAT + I neg. (5053)

PR93C Identification: 10 test cells IAT (5053)

PR94A Identification: 11 test cellsP Enzyme (5052/5052)

PR94B Identification: 11 test cells (bromeline) (5052)

PR94C Identification: 11 test cells (papaine) (5052)

PR94E Identification: 11 test cells + AC (bromeline) (5052)

PR94F Identification: 11 test cells + AC (papaine) (5052)

PR94G Identification: 11 test cells + Ineg (bromeline) (5052)

PR94H Identification: 11 test cellsP + ACp (5052)

PR94I Identification: 11 cellsP + ACp IAT(5053)

PR94J Identification 11 cellsP IAT (5053)

PR95 Identification: 11 test cells saline (5052)


Host hook-up 2-17

PR95B Identification: 11 cells + AC Saline (5052/5052)

PY93 Identification: 11 test cells (IAT Anti- IgG ) (5054)

PY93A Identification:11 cells+AC (IAT Anti-IgG) 5054

SV02A Identification: Minipanel I-II-III-IV-V-VI IAT (5053)

SV02B Identification : Minipanel Ip-IIp-IIIp-IVp-Vp-VIp (5052)

ID-PaGIA Infectious disease tests

CHA1 Chagas Antibody (5046)

DIPH1 ID-Diphtheria toxin test (5080)

DSDNA ID-dsDNA Antibody test (5078)

HPF4 ID-Heparin/PF4 (5086)

SYPH1 ID-Syphilis Antibody Test (5100)

Newborns

MO30B Newborns: A-B-AB-D-ctl/AHG (DiaClon) (5007)

PR30B Newborns: A-B-AB-D-ctl/AHG (5006)

SV07 Newborns: A-B-AB-D-ctl/AHG (DiaClon) (5096)

Phenotyping

MO09A Phenotype : C-c-E-e-K-ctl DiaClon (5011)

MP6030 MP-Test : C-c-E-e-K-ctl (6030)

PR09 Phenotype: C-Cw-c-E-e-K (5012)

PR09A Phenotype: C-c-E-e-K-ctl (5010)

PR09B Phenotype: C-c-D-E-e-ctl (5013)

Doc N° H 009007 10.04 V3.2

2-18 Host hook-up

06 - Card’s Results interpretation : This field contains a code identifying the interpretation of eachresult segment used in the test. For valid identification tests 11 codes will be created. (see explanationsection “2.2.4.7 Segment results codes” on page 2-25).

07 - Microtubes modified in the reading : This field contains a code identifying microtubes, whoseresults were modified by the operator. The format is the same as for the field 08. For each card used in thecurrent test one field is created.

Reverse Group

PO04 Rev.group: A1-A2-B-O (O separate Coombs card) (5052/5053)

PR07 Rev.group: A1-A2-B (NaCl/Enzyme) 5052

PR07A Rev.group: A1-A2-B-O (O separate Card) (5052/5052)

PR07B Rev.group: A2-B-O (NaCl/Enzyme) 5052

PR07C Rev. group: A1-B-O (NaCl/Enzyme) 5052

PR08 Rev.group: A1-B (NaCl/Enzyme) 5052

SC02 Rev. group: B-A1(NaCl/Enzyme) 5052

Reverse Group + AS

CH04 Rev.group+AS : A1-A2-B/I-II-AHG (Enzyme/IAT) 5051

PO01 Rev.group + AS: A1-B-O/I-II-AHG (Enzyme/IAT) 5051

PR18 Rev.group + AS: A1-A2-B/O-I-II (Enzyme/IAT) (5051)

PR18A Rev.group+AS : A1-A2-B/I-II-III (Enzyme/IAT) (5051)

PR18C Rev.group + AS: A1-A2/B-Is-IIs-IIIs (NaCl/Enzyme) 5052

PR32A Rev.group. +AS: A1-A2/B-I-II-AC (Enzyme/IAT) (5051)

PR32B Rev.group + AS: A1-B-ACs/I-II-III (Enzyme/IAT) (5051)


Host hook-up 2-19

08 - Microtubes used in the test : This field identifies which microtube(s) of the ID card were used forthe test with the current sample. The software sends the results for all the microtubes on the ID card, evenif these are for different patients.For example, one ID card can be used to perform the PR10 test (ABD-ABD) for samples of two patients.

Microtubes used in the test are referenced in a six-digit binary code as shown in the middle column in thetable below. In this code, the right-most digit corresponds to tube 1 and the left-most digit to tube 6. If adigit has a value, this indicates that the corresponding microtube is assigned to the sample in question.

The software sends one hexadecimal code representing this binary code (see left-hand column). Forexample, if the first three microtubes are used for sample 1 and the last three for sample 2, it will send code07 for sample 1 and code 38 for sample 2.

# Note: If you select this field and the test uses more than one ID card, the software will send an additionalfield for the second ID card in the same data stream.

Hexadecimal code Binary code Tube position and number

01 000001 1

02 000010 2

03 000011 1 and 2

04 000100 3

05 000101 1 and 3

06 000110 2 and 3

07 000111 1, 2 and 3

08 001000 4

09 001001 1 and 4

0C 001100 3 and 4

0F 001111 1, 2, 3 and 4

10 010000 5

1F 011111 1, 2, 3, 4 and 5

20 100000 6

30 110000 5 and 6

38 111000 4, 5 and 6

3F 111111 all

Doc N° H 009007 10.04 V3.2

2-20 Host hook-up

09 - Reading’s remarks : This field contains eventual remarks of the operator entered during validation.

10 - Operator : This field identifies the technician who performed the reading and validation.

11 - Microtubes result : This field contains the results for each of the microtubes in the current ID card.If you select this field, the software sends six fields, one for each of the six microtubes. Empty microtubesare tagged with “?”. If there are samples of two patients on the current card, the software sends the resultsfor both. To determine which microtubes were related to the test with the current sample, you must selectthe Microtubes used in the test field (See field 08 on page 2-19).

# Notes :

• If you select this field using two cards for a test, the software sends six extra fields, one for each of themicrotubes for the second ID card.

• If the check box “Send * to modified ” is selected, the results which were modified by the operator will betagged with an asterisk (e.g.: |++++*|).

15 - Pipeting date and time : After importation of sampler data, this field contains the date of thepipetting operation for the current ID card (format : dd/mm/ 00:00).

16 - Pipeting batch number : After importation of sampler data, this field contains the pipetting batchnumber. For full details on the batch number, see the ID-Sampler manual.

17 - Reagents : This field consists of three kinds of fields :

• Reagent fields as much as used during pipetting with the sampler (No reagents ⇒ no field).

• Field for diluent 1 (No diluent 1 ⇒ empty field).

• Field for diluent 2 (No diluent 2 ⇒ empty field).

This parameter is combined with parameter 21 - Number of reagents used.

Example :

2|TypeR1 Code R1|TypeR2 Code R2| | |

18 - Card Order : If one ID card is used for the current test this field is |1|. If more ID cards are used, foreach card one field is created with the card number in the test (always in correct order, e.g.:|1|2|).

19 - Number of Cards Used : This field contains the number of ID cards used for the current test. Mosttests require a single ID card, but some tests (e.g. identification) require two. Cross-referenced tests withauto-control (AC) also require two cards if the AC is not on the same ID card as the test itself.

20 - Date of Card interpretation : This field contains the date when the first reading of the current cardwas carried out, and 00:00 (in order to be compatible with previous ID-Reader M versions which exportedalso the time).

21- Number of reagents Used : This field contains the number of reagents used. (See example belowfor 2 reagents used). This parameter is combined with parameter 17 - Reagents.

Example :

2|TypeR1 Code R1|TypeR2 Code R2|


Host hook-up 2-21

22 - Image Wells : This parameter contains six microtubes black and white pictures for the b and sixmicrotubes color pictures for the s. The format used is “jpeg”.

23 - Test Name : This field contains the name of the test performed on the current ID card (see thesecond column of the interpretation list on page 2-10).

24 - Text of overall interpretation result : This field contains the overall interpretation result for thecurrent test. This will be the same as that printed by the software (e.g.: Group: 0 Rh (D) negative).

25 - Number of Test’s Segments : Field containing the number of segments of which the testconstitutes.

26 - Microplate’s line or column number : This field contains :- The microplate's line number (1 to 12) for an horizontal type.- The microplate's column number (1 to 8) for a vertical type.

2.2.4.2 Procedure

You can export data to the Host (see Fig. 10). Toselect the fields in the order you want to export to,use the following procedure.

[1] Select in the available fields area (1) the field youwant to export (see section “2.2.4.1 File descriptionfor export” on page 2-10).

[2] Click on the Select (9) button.

! The field is moved to the selected fields area (8).

[3] Repeat the steps [1] and [2] until you have selectedall the fields you want to export.

# Notes: It is possible to select all the fields at one timewith the Select All button (7).

In the selected fields area (8), the order can bechanged with the arrow buttons (2) and (3), to movea selected field up or down.

If you want to remove one field of the selected fields area (8), select the desired field and click on theDelete button (6).

If you want to remove all the selected fields of the selected fields area (8), click on the Delete All button(4).

[4] Click on the Output file type field (5) to choose DBASE (section “2.2.4.3 DBASE” on page 2-23),DELIMITED (section “2.2.4.4 DELIMITED” on page 2-23), PARADOX (section “2.2.4.5 PARADOX” onpage 2-23) or SERIAL LINK (section “2.2.4.6 SERIAL LINK” on page 2-24).

Fig. 10: Export data

(9)

(1) (3)(2)

(7) (6) (5) (4)(8)

Doc N° H 009007 10.04 V3.2

2-22 Host hook-up

Check boxes :

• Automatic Export (10) : To export the dataautomatically after each validation.

• Export Secondary Reading (14) : To export theselected fields 02, 06, 07, 10, 11 and 24 with thedata obtained during secondary reading at theend of the export file. Export after “primaryreading” means creation of empty fields.

• Send * to modified microtubes (11) : To tag thedata stream with an asterisk if a result for amicrotube has been modified by the operator.

• Send the empty donor field (13) : To send everytest with a donor field, either with donor ID orempty (for example for tests which don’t usedonors).

• ASTM (American Society for Testing andMaterials) (14). For more information about thisstandard protocol, see www.astm.org.

# Note : If ASTM is checked, the selection of fields will be disabled.

Fig. 11: Export data check boxes

(14)

(10) (11)

(13) (12)


Host hook-up 2-23

2.2.4.3 DBASE

The data will be exported as a DBASE file. You musthave a network connection.

With this type of output file, it is possible to transferpictures.

You must define the path and the name of the file tobe exported in the Path and file name field (1).

2.2.4.4 DELIMITED

The data will be exported as a file with a character ofdelimitation. You can use a RS232 or a networkconnection.

With this type of output file, it is not possible totransfer pictures. You must define the path and thename of the file to be exported in the Path and filename field (3) plus the character of delimitation inthe Separator char field (2).

# Note : With this type of format, the field 22 - ImageWells cannot be chosen.

2.2.4.5 PARADOX

The data will be exported as a PARADOX file. Youmust have a network connection.

With this type of output file, it is possible to transferpictures. You must define the path and the name ofthe file to be exported in the Path and file namefield (4).

Fig. 12: Export with DBASE format(1)

Fig. 13: Export with DELIMITED format(3) (2)

Fig. 14: Export with PARADOX format(4)

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2-24 Host hook-up

2.2.4.6 SERIAL LINK

The data will be exported through the RS232 connection.

With this type of format, it is not possible to transfer pictures. You can choose the same options as for theDELIMITED format (see section “2.2.4.4 DELIMITED” on page 2-23). No file will be created on the harddisk as with DELIMITED.

# Note: With this type of format, the field 22 - Image Wells cannot be chosen.

You can set the serial port communication protocolas described below.

(1) COM Port: Serial port of the PC. You can select thevalues COM 1, COM 2, COM 3, COM 4, COM 5, andCOM 6.

(2) Speed : Baudrate in bytes/second. You can selectthe values 300, 400, 1200, 2400, 4800, 9600, 19200,38400, 57600 and 115200.

(3) Buffer size : It defines the size in bytes of the bufferfor the communication. You can select the values1024, 2048, 4096, 8192, 16384 and 32768.

(4) Parity :

The parity describes a bit checking scheme. Whenused, all of the bits in each data byte are addedtogether. A final bit, called the parity bit, is added sothat the sum of all bits is either odd or even,whichever you specify. The transmitter calculatesand transmits a parity bit. The receiver alsocalculates a parity bit and compares it to the paritybit received. If the bits are equal, it is assumed that the character was received without error. Otherwise, itis assumed that there was an error during the transmission. The possible values for parity are :

• None : In this case, no flow control is used, no parity bit is added.

• Odd : The flow control is made by means of RTS and CTS streams. The M use the RTS streamwhen it is able to receive and transmit when the CTS stream is activated. This flow control needs a 5wires cable : ground; transmission; cross reception; CTS; RTS crossed. A parity bit is added so that thebit sum is always odd.

• Even : The characters Xon (ASCII code 17) (8) and Xoff (ASCII code 19) (7) must be sent by thereceiver to the emitter to control the character emission flow. A parity bit is added so that the bit sum isalways even.Xon : Starts data emission.Xoff : Stops data emission.A parity bit is added such that the bit sum is always even.

• Mark : A parity bit of value one is always added.

• Space : A parity bit of value zero is always added.

(5) Word size: 5, 6, 7 or 8

(6) Stop bits: 1 or 2

Fig. 15: Export with SERIAL LINK format

(13)

(1) (3)(2)

(11)

(6)(5)(4)

(12) (10) (8)(9) (7)


Host hook-up 2-25

Information about the flow control

“Receive flow control” (9) stops a remote device fromtransmitting while the local receive buffer is too full.“Transmit flow control" (10) stops the local devicefrom transmitting while the remote receive buffer istoo full.

Receive flow control is enabled by including theUseRTS and/or UseDTR elements in the optionsset. When enabled, the corresponding modemcontrol signals (RTS and/or DTR) are lowered whenthe input buffer reaches the level set by theBufferFull property. The remote must recognizethese signals and stop sending data while they areheld low. Because there is usually little delay beforethe remote can react (as there is with software flowcontrol) you can set BufferFull close to the inputbuffer size, perhaps at the 90% level.

As the application processes received characters,buffer usage eventually drops below the value set bythe BufferResume property. At that point, the corresponding modem control signals are raised again. Theremote must recognize these signals and start sending data again. Again, because there is usually littledelay you can set BufferResume close to zero, perhaps at 10% of the input buffer size.

Transmit flow control is enabled by including the hwfRequireCTS and/or hwfRequireDSR elements in theoptions set. With one or both of these options enabled, the Windows communications driver doesn’ttransmit data unless the remote device is providing the corresponding modem status signal (CTS and/orDSR). The remote must raise and lower these signals when needed to control the flow of transmittedcharacters.

# Note: Flow control using RTS and CTS (11) is much more common than flow control using DTR andDSR (12).

Answer Time (13) : Determines how many seconds (30, 60, 90 or 120) the system waits for an answerfrom the host before it gives the Time out message.

2.2.4.7 Segment results codes

Code structures

Results are coded on four characters. If the test result includes two segments, the software sends twocodes.

Example : For a PR01 test (group A-B-AB-D-CDE-ctl), there is a blood group result and a Rh result (D).Here, then, we have two codes. Thus, if the result text reads, Group A Rh (D) positive, we would have aresult code of “1000 1001” (”1000” indicating “group A”, and “1001” indicating “Rh (D) positive”).

# Note: If the control or auto-control is positive or non-interpretable, the M sends a single code (e.g.|ctl| non-interpretable! result invalid |??09)

Fig. 16: Export with SERIAL LINK format

(13)

(1) (3)(2)

(11)

(6)(5)(4)

(12) (10) (8)(9) (7)

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2-26 Host hook-up

Test-type codes

The first two characters (XX) in the code represent the result and the last two represent the type of test.

The following table lists all possible test-type codes (last two characters).

XX00 All Blood groups XX27 Poly

XX01 Rh (D) XX28 Direct Coombs (IgG)

XX02 Phenotype XX29 Not used

XX03 Kell XX30 Crossmatch

XX04 A1 XX31 Blood groups in crossmatch

XX05 H XX32 Minor crossmatch

XX06 Not used XX33 Syphilis

XX07 Not used XX34 HPF4

XX08 Not used XX35 Visceral Leishmaniasis

XX09 ctl XX36 Diphteria Toxin

XX10 Ab. screening Coombs XX37 dsDNA

XX11 Ab. screening Enzyme XX38 MDJ8

XX12 Ab. screening saline XX39 ID-PNH

XX13 Ab. screening (General) XX40 Identification

XX14 Not used XX50 ID sickle test

XX15 BAS test XX60 Antigen P1

XX16 Chagas XX61 Angigen Lea

XX17 Not used XX62 Antigen Leb

XX18 Autocontrol XX63 Antigen k (cellano)

XX19 Autocontrols XX64 Antigen Kpa

XX20 Direct Coombs XX65 Antigen Kpb

XX21 IgG XX66 Antigen Lua

XX22 IgA XX67 Antigen Lub

XX23 C3 XX68 Antigen Jka

XX24 C3d XX69 Antigen Jkb

XX25 C3c XX70 Antigen M

XX26 IgM XX71 Antigen N


Host hook-up 2-27

XX72 Antigen S XX100 Anti-D(II)

XX73 Antigen s XX101 D(III)/Dweak/D(+)(verify)

XX74 Antigen Fya XX102 Anti-D(IV)

XX75 Antigen Fyb XX103 Anti-D(V)

XX76 Antigen Cw XX104 Anti-D(VI)

XX77 Antigen B19 XX105 Anti-D(VII)

XX78 Antigen Xga XX106 Anti-D(FR)

XX79 Antigen Vel XX107 Anti-D(BT)

XX80 Antigen U XX108 Anti-RoHar

XX81 Antigen Tja XX109 Anti-RoHar/D(-)(verify)

XX82 Antigen Bg

XX83 Antigen Jsa

XX84 Antigen Jsb

XX85 Antigen Cob

XX86 Antigen Vw

XX87 Antigen Wra

XX88 Antigen Dia

XX89 Antigen Mia

XX90 IgG1

XX91 IgG3

XX92 Not used

XX93 Not used

XX94 Not used

XX95 Not used

XX96 Not used

XX97 Not used

XX98 Not used

XX99 Not used

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2-28 Host hook-up

Result codes, for all tests

Codes for blood group

The following tests use these codes : CH02, MO01, MO01B, MO01A, MO01C, MO02, MO10, MO10A,MO12, PR01, PR01B, PR01C, PR10, SV06, MO11, PR11, SV03, SV04, SV05, SV08, MP6148, MP6749,MO31, M031A, MO32, MP6040, MP6147, MP6238, MP6339, MP6437, MP6557, MP6540, MP6547,MP6557, PR31, GE26, GE44, GE44A.

0000 Group: O

1000 Group: A

2000 Group: B

3000 Group: AB

1100 Group: A weak (verify)

2100 Group: B weak (verify)

3100 Group: AB (A weak) (verify)

3200 Group: AB (B weak) (verify)

3300 Group: AB weak (verify)

DP00 Group: double population (verify)

??00 Group : not interpretable

9009 ctl: positive! Result not valid

??09 ctl not interpretable !Result not valid

?100 Double population! (verify) Reverse Group: Group A

?200 Double population! (verify) Reverse Group: Group B

?300 Double population! (verify) Reverse Group: Group AB

3400 Group:A1

3500 Group: A2

3600 Group: A1B

3700 Group: A2B

3800 Group: A1B (B weak verify!)

3900 Group: A2B (B weak verify!)


Host hook-up 2-29

Codes for reverse group

The following tests use these codes : CH04, PO04, PR07, PR07A, PR07B, PR07C, PR08, SC02, PO01,PR18, PR18A, PR18C, PR32A, PR32B.

0000 Group: O

1000 Group: A

2000 Group: B

3000 Group: AB


?000 Atypical reactions ! (verify)

9018 Autocontrol: positive! Result not valid

??18 Autocontrol : not interpretable !Result not valid

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2-30 Host hook-up

Codes for Rh(D)

The following tests use these codes : MO09E, PR09E, PR09H, PR09X, CH02, MO01, MOO1B, MO01C,MOO1D, MO02, MO10A, MO12, PR01, PR01B, PR01C, PR10, SV06, MO11, PR11, SV04, SV08,MP6148, MP6749, MO31, MO31A, MO32, MP6040, MP6147, MP6238, MP6339, MP6437, MP6537,MP6540, MP6547, MP6557, PR31, GE26, GE44, GE44A.

0001 Rh (D): negative

1001 Rh (D): positive

0101 Rh (D): negative (C/E: positive)

2001 Rh (D): weak (Du!)

2101 Rh (D): weak! (Du!) (C/E: positive)

3001 Rh (D): probable DVI (verify)

3101 Rh (D): weak! (Du/DVI) (verify)

3201 Rh (D): positive, probable Dweak (Du) (verify!)

3401 Rh (D): weak! (Du!/DVI) verify , (C/E: positive)

DP01 Rh (D): double population! (verify)

0D01 Rh (D): negative ,C/E double population! (verify)

??01 Rh(D) : not interpretable



3701 Rh (D) : positive,probable DVI (verify)

3501 Rh(D) : (DVI-)

3801 Rh(D): weak (Du!) , probable DVI (verify)


Host hook-up 2-31

Codes for phenotype

The following tests use these codes : MO09A, PR09, MP6030, PR09A, PR09B.

??02 Phenotype : not interpretable

.002 Phenotype: cc..ee

.102 Phenotype: cc..Ee

.202 Phenotype: cc..EE

.302 Phenotype: Cc..ee

.402 Phenotype: Cc..Ee

.502 Phenotype: Cc..EE

.602 Phenotype: CC..ee

.702 Phenotype: CC..Ee

.802 Phenotype: CC..EE

1002 Phenotype: ccD.ee

1102 Phenotype: ccD.Ee

1202 Phenotype: ccD.EE

1302 Phenotype: CcD.ee

1402 Phenotype: CcD.Ee

1502 Phenotype: CcD.EE

1602 Phenotype: CCD.ee

1702 Phenotype: CCD.Ee

1802 Phenotype: CCD.EE

0002 Phenotype: ccddee

0102 Phenotype: ccddEe

0202 Phenotype: ccddEE

0302 Phenotype: Ccddee

0402 Phenotype: CcddEe

0502 Phenotype: CcddEE

0602 Phenotype: Ccddee

0702 Phenotype: CcddEe

0802 Phenotype: CcddEE

2002 Phenotype: ccDuee

2102 Phenotype: ccDuEe

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2-32 Host hook-up

Explanation :

The first character is for (D) 0 = negative,1 =positive,2 =low(Du!).

The second character is for the phenotype, and the same code is used for this list and the first phenotype

.0 = cc..ee

.1 = cc. Ee

.2 = Cc..EE

.3 = Cc..ee

.4 = Cc..Ee

.5 = Cc..EE

.6 = CC..ee

.7 = CC..Ee

.8 = CC..EE

Example 2502: 2 = Du! 5 = Cc..EE. Result = CcDuEE

2202 Phenotype: ccDuEE

2302 Phenotype: CcDuee

2402 Phenotype: CcDuEe

2502 Phenotype: CcDuEE

2602 Phenotype: CCDuee

2702 Phenotype: CCDuEe

2802 Phenotype: CCDuEE

.B02 Phenotype: CCw..ee

.A02 Phenotype: CCw..Ee

.902 Phenotype: CCw..EE

.E02 Phenotype: CCwc..ee

.D02 Phenotype: CCwc..Ee

.C02 Phenotype: CCwc..EE

DP02 Phenotype: double population! (verify)




Host hook-up 2-33

Codes for kell

The following tests use these codes : MO09A, MP6030, PR09, PR09A.

0003 Kell antigen: negative

1003 Kell antigen: positive

DP03 Kell: double population! (verify)

??03 Kell antigen : not interpretable



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Codes for A1

The following tests use these codes : PR09C, PR09F.

0004 A1: negative

1004 A1: Possibly A1 negative, verify for A2

2004 A1: positive ++

3004 A1: positive +++

4004 A1: positive ++++

DP04 A1: double population! (verify)

???? Result : not interpretable


Host hook-up 2-35

Codes for H

The following tests use these codes : PR09D, PR09G.

0005 H: negative

1005 H: positive +

2005 H: positive ++

3005 H: positive +++

4005 H: positive ++++

DP05 H: double population! (verify)


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Codes for antibody screening IAT

The following tests use these codes : CH04,CH05, CH05A, CH06, CH08, CH09, CH12, CH13, CH14,GE01, GE15I, GE45, LUZ1, MO11, PR11, PR18A, PR21A, PR32A, PR32B, PR13C, PR13D, PR13E,PR13G, PR13H, PR13I, PR13J, PR15A, PR15B, PR20, PR21A, PR21B, PR21C, PR21D, PR22, PR23,PY15A, PY15B, SP04, SVO1, SV03, SV04, SV05, SVO8.

0010 Ab. screening IAT: negative

1010 Ab. screening IAT: positive

??10 Ab.screening IAT : not interpretable



0015 Bas-test negative

??15 Bas-test not interpretable

1015 Bas-test positiv


Host hook-up 2-37

Codes for antibody screening enzyme

The following tests use these codes : PR13C, PR13D, PR13E, PR13G, PR13H, PR15C, PR15D, PR15E,PR15F, PR15I, PR20A, PR20B, PR21A, PR21B, PR21C, PR21D, SP01, SV01.

0011 Ab.screening Enzyme test:negative

1011 Ab.screening Enzyme test: positive

??11 Ab.screening Enzyme test : not interpretable



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Codes for antibody screening saline test

The following tests use these codes : PR15G, PR15H, SPO2, SP03, PR18C.

1012 Ab.screening Saline test: positive

0012 Ab.screening Saline test : negative

??12 Ab.screening Saline test : not interpretable




Host hook-up 2-39

Codes for reverse group + AS

The following tests use these codes : PR18A, PR32A, PR32B.

??13 Ab.screening IAT : not interpretable

0013 Ab.screening IAT: negative

1013 Ab.screening IAT: positive



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Codes for autocontrol

The following tests use these codes : PR70, PR70A, PR70B, PR70C, PR70D, PR70E, PR70F, PR70H,PY70.

0018 Autocontrol : negative

1018 Autocontrol : positive



0019 Autocontrols: negative

0119 Autocontrol Enzyme: positive!

1019 Autocontrol IAT: positive!

1119 Autocontrols: positive!


Host hook-up 2-41

Codes for Direct Antiglobulin Test

The following tests use these codes : PR22, MO01B, MO01C, CH03, PR16A, PR16D, PR17, PY17, PY18,CH04.

0020 DAT: negative

1020 DAT: positive

??20 DAT: not interpretable

0021 IgG: negative

1021 IgG: positive

??21 IgG : not interpretable

0022 IgA: neg./

1022 IgA: pos./

??22 IgA : not interpretable

0024 C3d: neg./

1024 C3d: pos./

??24 C3d : not interpretable

0025 C3c: neg./

1025 C3c: pos./

??25 C3c : not interpretable

0026 IgM: neg./

1026 IgM: pos./

??26 IgM : not interpretable

0028 DAT(IgG): negative

1028 DAT (IgG): positive

??28 DAT IgG : not interpretable



1121 Weak positive IgG: Low risk of haemolysis

2121 DAT IgG+: important risk of haemolysis

1190 Moderate risk of haemolysis (IgG1 weak concentration)

1191 Moderate risk of haemolysis (IgG3,weak concentration)

2190 Important risk of haemolysis (IgG1, high concentration)

2191 Important risk of haemolysis (IgG3,high concentration)


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Codes for cross-referenced tests

The following tests use these codes : MO81, MO82, PR80, PR80A, PR80B, PR80D, PR80E, PR80F,PR80H, PR80I, PR81, PY80, PY80D.

By blood group tests codes

The following tests use these codes : MO82, MO81, PR81.

Codes for minor crossmatch

The following tests use these codes : PR80G, PY80G.

0030 Crossmatch: compatible

1030 Crossmatch: not compatible

?030 Crossmatch :not interpretable



0031 Blood Group: compatible

1031 Blood Group: not compatible




0032 Minor crossmatch : compatible

/032 Minor crossmatch : not compatible

?032 Minor crossmatch : not interpretable


Host hook-up 2-43

Identification codes

The following tests use these codes : CH10, CH11, PR93, PR93A, PR93B, PR93C, PR94A, PR94B,PR94C, PR94E, PR94F, PR94G, PR94H, PR94I, PR94J, PR95, PR95B, PY93, PY93A, SV02A, SV02B.


0040 Test cell negative

1040 Test cell positive



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Codes for Haemoglobinemia

The following tests use this codes : PR50, PR51.

# Note: The b and the s cannot interpret double population (for security reasons). If a microtubecontains a double population, the M will register a question mark, and the user will be asked to clickon the microtube to give the result. A double population in this test will be considered as positive.

0050 Hbs: negative

1050 Hbs: positive

DP50 Hbs: double population! (verify)

??50 Hbs : not interpretable

??39 PNH : not interpretable

0039 PNH negative

1039 PNH positive

2039 PNH weak




Host hook-up 2-45

Codes for single antigen

The following tests use these codes : MO44D, PR44A, PR44B, PR44C, PR44D, PR44E, PR44F, PR44G,PR44H, PR441, PR44J, PR44K, PR44M, PR44N, PR44O, PR44P, PR44S, PR44T, PR44U, PR44V,PR44W, PR44X, PO07, PR41A, PR42A, PR43, PR44Q, PR44R.

??76 Cw antigen : not interpretable

0076 Cw antigen: negative

1076 Cw antigen: positive

??74 Fya antigen : not interpretable

0074 Fya antigen: negative

1074 Fya antigen: positive

??75 Fyb antigen : not interpretable

0075 Fyb antigen: negative

1075 Fyb antigen: positive

??68 Jka antigen : not interpretable

0068 Jka antigen: negative

1068 Jka antigen: positive

??69 Jkb antigen : not interpretable

0069 Jkb antigen: negative

1069 Jkb antigen: positive

0063 k (cellano) antigen: negative

1063 k (cellano) antigen: positive

??63 k(cellano) antigen:not interpretable

??03 Kell antigen : not interpretable

0003 Kell antigen: negative

1003 Kell antigen: positive

DP03 Kell: double population! (verify)

??64 Kpa antigen : not interpretable

0064 Kpa antigen: negative

1064 Kpa antigen: positive

0065 Kpb antigen: negative

1065 Kpb antigen: positive

??65 Kpb antigen:not interpretable

0061 Lea antigen: negative

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1061 Lea antigen: positive

??61 Lea antigen:not interpretable

0062 Leb antigen: negative

1062 Leb antigen: positive

??62 Leb antigen:not interpretable

0066 Lua antigen: negative

1066 Lua antigen: positive

??66 Lua antigen:not interpretable

??67 Lub antigen : not interpretable

0067 Lub antigen: negative

1067 Lub antigen: positive

??70 M antigen : not interpretable

0070 M antigen: negative

1070 M antigen: positive

??71 N antigen : not interpretable

0071 N antigen: negative

1071 N antigen: positive

??60 P1 antigen : not interpretable

1060 P1 antigen : positive

0060 P1 antigen: negative

??73 s antigen : not interpretable

??72 S antigen : not interpretable

0073 s antigen: negative

0072 S antigen: negative

1073 s antigen: positive

1072 S antigen: positive

??81 Tja antigen : not interpretable

0081 Tja antigen: negative

1081 Tja antigen: positive

??80 U antigen : not interpretable

0080 U antigen: negative

1080 U antigen:positive

??79 Vel antigen : not interpretable


Host hook-up 2-47

0079 Vel antigen: negative

1079 Vel antigen: positive

??78 Xga antigen : not interpretable

0078 Xga antigen: negative

1078 Xga antigen: positive

0077 B19 antigen : negative

??77 B19 antigen : not interpretable

1077 B19 antigen : positive

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Codes for Newborns

The following tests use these codes : MO30B, PR30B, SV07.

0000 Group: O

1000 Group: A

2000 Group: B

3000 Group: AB


0001 Rh (D): negative

1001 Rh (D): positive

2001 Rh (D): weak (Du!)

DP01 Rh (D): double population! (verify)

??01 Rh(D) : not interpretable

0020 DAT: negative

1020 DAT: positive

??20 DAT: not interpretable


Host hook-up 2-49

Codes for Pagia infectious diseases tests

The following tests use these codes : CHA1, DIPH1, DSDNA, HPF4, SYPH1.

??16 Chagas : not interpretable

0016 Chagas: negative

1016 Chagas: positive

2016 Chagas: weak positive

0036 Diphteria toxin : negative

??36 Diphteria toxin : not interpretable

1036 Diphteria toxin : positive

2036 Diphteria toxin : strong positive

0037 dsDNa antibody : negative

??37 dsDNA antibody : not interpretable

1037 dsDNA antibody : positive

2037 dsDNA antibody : strong positive

0034 HPF4 : negative

??34 HPF4 : not interpretable

1034 HPF4 : positive

2034 HPF4 : strong positive

0033 Syphillis : negative

??33 Syphillis : not interpretable

1033 Syphillis : positive

2033 Syphillis : strong positive

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Index X-1

Doc N° H 009

AA1 2-34Antibody screening 2-10, 2-36,

2-37, 2-38Antigen 2-12

profile 2-13single 2-45

ASTM 2-22Auto-control 2-20, 2-25

BBlood group 2-2, 2-13, 2-14,

2-25, 2-26, 2-42codes for 2-28

CChagas 2-17

codes for 2-49Test-type codes 2-26

Checksum 2-2, 2-3Coombs

Ab.screening 2-26Direct 2-26Reverse Group 2-18

Copyright I-2Crossmatch 2-15

Codes for cross-referencedtests 2-42Codes for minor crossmatch2-42Donor identification 2-10File structure 2-2Test-type codes 2-26

DDiphtheria

ID-PaGIA Infectious diseasetests 2-17

Document number 1-1

EEnzyme 2-10

Antibody Screening 2-10Autocontrol 2-13Codes for antibody scree-ning 2-37Codes for autocontrol 2-40Crossmatch 2-15

007 10.04 V3.2

Identification 2-16Reverse Group 2-18Reverse Group + AS 2-18Test-type codes 2-26

Export 2-10DBASE 2-23DELIMITED 2-23PARADOX 2-23SERIAL LINK 2-24

FFile structure 2-2

HH

Codes for 2-35Hardware connection 2-1

IIdentification 2-16

Card’s Results interpretation2-18Codes 2-43Document 1-1Donor field 2-5Number of Cards Used 2-20Sample field 2-5Test field 2-5Test-type codes 2-26

Import 2-5DBASE 2-7DELIMITED 2-7PARADOX 2-7SERIAL LINK 2-8

KKell 2-26, 2-33

NNetwork 2-1, 2-7, 2-23Newborns 2-17, 2-48

PPhenotype 2-17, 2-26, 2-31

RReverse Group 2-14, 2-18

AS 2-18, 2-39Code for 2-28

Rh (D) 2-21, 2-25Codes for 2-30Test-type codes 2-26

RS232 2-1, 2-7, 2-8, 2-23, 2-24

SSaline

Autocontrol 2-13Codes for antibody scree-ning 2-38

SickleHaemoglobinemia 2-16

SoftwareCommunication 2-2Product 1-2

SyphilisID-PaGIA Infectious diseasetests 2-17Test-type codes 2-26

TTypographic conventions 1-3

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