S&A
REAGENTS LAB![](data:image/png;base64,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)
Quality Serological Diagnostic Reagents
Salmonella O Polyvalent Antisera
Antisera
are a comprehensive range of high quality bacterial agglutinating antisera for
confirmation of bacterial identity. Each antiserum is available in simple to
use dropper bottles, 2 ml per vial,
producing clear, easy to read agglutination.
Advantages of S&A Salmonella antisera
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‧ Çѹø Å×½ºÆ®¿¡ 20 ¥ìL »ç¿ë
‧ 2 mL bottle ´ç 40~50ȸ ½ÃÇè(S&A dropper¸¦ »ç¿ëÇÑ °æ¿ì)
‧ Á¦Á¶ ÈÄ 24°³¿ù À¯È¿±â°£
Product Range
Poly
antisera for serological confirmation
More than 250 different antisera
‧ O Polyvalent
‧ O group
‧ O factor
‧ H Polyvalent
‧ H phase
‧ H factor
‧ H R-phase
and H for phase inversion
Product List
Cat. No. | Product
description | Groups or
Factors present | AS 002 | Salmonella
O Polyvalent A-S Antiserum | Group
: A, B, C, ....., O:39(Q), O:40(R), O:41(S) | AS 003 | Salmonella
O Polyvalent A-I Antiserum | Group
: A, B, C, D, E, F, G, H, I | AS 004 | Salmonella
OMA Antiserum | Group
: A, B, D, E, L | AS 005 | Salmonella
OMB Antiserum | Group
: C, F, G, | AS 006 | Salmonella
OMC Antiserum | Group
: O : 16,17,18,28,30,35,38 | AS 007 | Salmonella
OMD Antiserum | Group
: O : 39,40,41,42,43,44,45 | AS 008 | Salmonella
OME Antiserum | Group
: O : 47,48,50,51,52,53,61 | AS 009 | Salmonella
OMF Antiserum | Group
: O : 54,55,56,57,58,59 | AS 010 | Salmonella
OMG Antiserum | Group
: O : 60,62,63,65,66,67 |
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