Communiquez avec les autres et partagez vos connaissances professionnelles

Inscrivez-vous ou connectez-vous pour rejoindre votre communauté professionnelle.

Suivre

For blood culture the best anticoagulant is:

<p><strong><span>a- Citrate</span></strong></p> <p><strong><span>b-Oxalate</span></strong></p> <p><strong><span><span>c- Sodium polyanesthol sulphonate(SPS)</span></span></strong></p> <p><strong><span>d- Heparin</span></strong></p> <p> </p> <p><span><strong>e- EDITA</strong></span></p>

user-image
Question ajoutée par mohammad ali , رئيس قسم المختبرات , مؤسسة ماحد التطوير
Date de publication: 2014/11/21
Mozfar Idrees
par Mozfar Idrees , Medical Laboratory Director , Asia Polyclinic

SPS

Nabil Hijazi
par Nabil Hijazi , Director , Biocell Lab

Sodium polyanesthol sulphonate(SPS)

muhammad rababah
par muhammad rababah , jordan , royal medical

C sps .............................................

zubair farooq
par zubair farooq , supervisor of clinical lab , aznostics

a- Citrate b-Oxalate c- Sodium polyanesthol sulphonate(SPS) d- Heparin   e- EDITA

 

Ans: Tryptic soya broth 

Mohamed  shaheen
par Mohamed shaheen , مدرس كلينيكال باثولوجي , كلية الطب جامعة الأزهر

Sodium polyanetholesulfonate (SPS), an anticoagulant which inhibits the antimicrobial systems of blood, is used widely in blood culture media. The addition of SPS to experimental blood cultures inoculated with small numbers of a variety of organisms caused a striking increase in recovery of these organisms. Sodium fluoride also increased the incidence of positive blood cultures with some organisms. SPS completely inhibited serum antibacterial activity and serum-dependent phagocytosis (and killing) by isolated leukocytes at a concentration usually employed in blood culture media. SPS also stimulated both glucose C-1 oxidation in resting leukocytes and formate oxidation in both resting and phagocytosing leukocytes in serum-free systems. These in vitro studies support the concept that SPS is a useful additive to blood culture media and further elaborate on the mechanism of its inhibition of the microbicidal activity of blood.

More Questions Like This