>
Fa   |   Ar   |   En
   Production of Antibody Raised Against Lipopolysaccharide (Lps) of Vibrio Cholerae Non-O1  
   
نویسنده Saadati M ,Godarzi A ,Akbari M ,Salehi Mb ,Shirzad H ,Jahani M ,Rahimi Aa
منبع Iranian Journal Of Public Health - 2008 - دوره : 37 - شماره : 2 - صفحه:15 -23
چکیده    Background: cholera, an infectious disease caused by vibrio cholerae, is primarily transmitted by ingestion of contaminatedfood or water. in severe cases, cholera may lead to severe dehydration, metabolic acidosis, and ultimately, hypovolemicshock and death. ethods: in this study v.cholerae non-o1 was cultured in suitable media. lps was extracted from the surface of bacteria by hot phenol-water method and then purified by high-speed centrifugation. for production of specific antibody against lps, white newzeland rabbits were first immunized by whole cell bacteria and then immunized with highly purified lps. the titre of the antiserum was determined by elisa for each srogroup.results: results presented in this study indicate that serum anti-lps antibodies raised against purified lps of v.choleraenon-o1 can detect v.cholerae non-o1. conclusion: this antibody had low cross reactivity with v.cholerae o1, serotype inaba or ogawa. so, this antibody can use for detection of v. cholerae non-o1.
کلیدواژه Immunoglobulin ,Lipopolysaccharide ,Vibrio Cholerae Non-O1 ,Elisa
آدرس Imam Hossein University, Basic Science Research Center, Dept Biology, ایران, Imam Hossein University, Basic Science Research Center, Dept Biology, ایران, Imam Hossein University, Basic Science Research Center, Dept Biology, ایران, Imam Hossein University, Basic Science Research Center, Dept Biology, ایران, Imam Hossein University, Basic Science Research Center, Dept Biology, ایران, Imam Hossein University, Basic Science Research Center, Dept Biology, ایران, Imam Hossein University, Basic Science Research Center, Dept Biology, ایران
پست الکترونیکی saadati_m@yahoo.com
 
     
   
Authors
  
 
 

Copyright 2023
Islamic World Science Citation Center
All Rights Reserved