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Pre-clinical Data On Recent Advances With HIV VLP Vaccine Presented At AIDS Vaccine 07 Conference
Novavax, Inc. 
(Nasdaq: NVAX) announced today the oral presentation of a paper entitled  
"Recombinant Baculovirus Derived HIV-1 Virus-Like Particles Elicit Potent 
Neutralizing Antibody Responses" at the AIDS Vaccine 07 conference in 
Seattle by Dr. Weimin Liu, University of Alabama School of Medicine at 
Birmingham (UAB). Dr. Liu presented results of pre-clinical immunological 
studies of improved HIV-1 virus-like particle (VLP) vaccines being 
developed by scientists at Novavax and leading vaccine experts at UAB, 
Emory University School of Medicine and Duke University School of Medicine 
with funding from the National Institutes of Health.
  
    
Commenting on the presentation, Dr. Rahul Singhvi, president and CEO of 
Novavax said, "The data presented today demonstrate that immunization with   
VLPs containing a consensus envelope protein is a promising approach to 
achieving the desired broadly neutralizing antibody response against the 
HIV-1 virus. These data also substantiate the promise of our recombinant 
VLP technology to design vaccines to ultimately generate an immune response 
that can prevent complex diseases such as HIV/AIDS."
   
    
Virus-like particles (VLPs) represent an attractive HIV-1 vaccine 
platform for a safe and effective vaccine against HIV/AIDS. VLPs have the  
potential to mimic the three-dimensional structure of a virus without the 
risk of replication or infection. Applications of the VLP technology have 
been limited in the past due to very low level incorporation of HIV-1 
envelope glycoprotein, the principal target for neutralizing antibody 
responses, into the HIV-1 virus or recombinant VLPs. Scientists from Emory 
University and UAB, working closely with Novavax scientists reported last 
week how to genetically modify the HIV-1 envelope to significantly increase 
the content of envelope protein that is anchored to particles (Wang, et 
al., J Virol Online, Sept 1, 2007).
 
    
In addition to increasing the level of envelope protein in VLPs, the 
composition of envelope was modified to make it broadly reactive against 
several HIV strains. Genetic variation is a hallmark of HIV-1 infection and 
a major obstacle to HIV vaccine development. Scientists contributing to the 
current study designed centralized (ancestral and consensus) HIV-1 envelope   
constructs to help induce cross-reactive immune responses. One of these 
consensus HIV-1 envelope genes was used to generate the HIV-1 VLPs reported 
in this study.
  
    
In today's presentation, Dr. Liu described that in preclinical studies, 
VLP vaccination after DNA priming induced HIV-1 neutralizing antibodies to 
tier 1 viruses that are easy to neutralize and to a select number of tier 2  
viruses that are much harder to neutralize. The tier 2 viruses include 
HIV-1 subtype B viruses, which are common in Europe, Australia, and the 
Americas, and subtype C viruses, which are predominant in southern Africa, 
China, and India. HIV-1 subtype B and C viruses account for more than 50% 
of AIDS worldwide. The study also demonstrated that HIV-1 VLPs formulated 
without an adjuvant were as potent as an adjuvanted protein subunit vaccine 
with respect to eliciting neutralizing antibody responses to both tier 1 
and tier 2 viruses.
 
    
Dr. Richard Compans, chairman of the department of microbiology and 
immunology, Emory University School of Medicine, and senior investigator on  
the research team, said, "This vaccine approach differs from most others 
now in clinical trials in that VLPs are designed to produce neutralizing 
antibodies. Such antibodies have the potential to block the HIV infection 
process at its earliest stage."
 
    
Dr. Beatrice Hahn, professor of medicine at the University of Alabama 
at Birmingham, added "VLPs represent an exciting new vaccine delivery 
platform for HIV, the full potential of which has not yet been realized."
  
    
Novavax will support its collaborators in completing pre clinical  
studies of the consensus envelope HIV-1 VLP candidate vaccine over the next  
12 - 18 months and human clinical trials could begin as early as 2009.
  
    
Novavax is developing vaccines to prevent influenza, HIV and other 
viral diseases leveraging its proprietary VLP vaccine technology. The 
company is conducting a Phase I/IIa clinical trial of a pre-pandemic 
influenza VLP vaccine.
 
    
About Novavax
    
Novavax Inc. (Nasdaq: NVAX) is a clinical-stage vaccine company 
committed to leading the global fight against infectious disease by 
creating novel, highly potent vaccines that are safer and more effective 
than current preventives options. Using the company's proprietary 
virus-like particle (VLP) and Novasome(R) adjuvant technologies, Novavax is 
developing vaccines to protect against H5N1 pandemic influenza, seasonal 
flu and other viral diseases. Novavax's particulate vaccines closely match 
disease-causing viruses while lacking the genetic material to cause 
disease, which provides potential for greater immune protection at lower 
doses than current vaccines. With an exclusive portable manufacturing 
system that allows for rapid mass-production of vaccines, Novavax is 
uniquely positioned to meet global public health needs.
  
    
Forward-Looking Statements
    
Statements herein relating to future financial or business performance, 
conditions or strategies and other financial and business matters, 
including expectations regarding clinical developments, safety, efficacy 
and potency of our vaccines, and supply availability are forward-looking 
statements within the meaning of the Private Securities Litigation Reform 
Act. Novavax cautions that these forward-looking statements are subject to 
numerous assumptions, risks and uncertainties, which change over time. 
Factors that may cause actual results to differ materially from the results 
discussed in the forward-looking statements or historical experience 
include risks and uncertainties, including the failure by Novavax to secure 
and maintain relationships with collaborators; risks relating to the early 
stage of Novavax's product candidates under development; uncertainties 
relating to commencing clinical trials and their outcome; risks relating to 
the supply and commercialization, if any, of Novavax's proposed product 
candidates; dependence on the efforts of third parties; dependence on 
intellectual property; competition for clinical resources and patient 
enrollment from drug candidates in development by other companies with 
greater resources and visibility, and risks that we may lack the financial 
resources and access to capital to fund our operations. Further information 
on the factors and risks that could affect Novavax's business, financial 
conditions and results of operations, is contained in Novavax's filings 
with the U.S. Securities and Exchange Commission, which are available at 
http://www.sec.gov. These forward-looking statements speak only as of the  
date of this press release, and Novavax assumes no duty to update 
forward-looking statements.
 
Novavax, Inc.
http://www.novavax.com
		
Pre-clinice, datele de pe recente progrese cu HIV VLP vaccin vaccin SIDA prezentat la conferinþã 07 - Pre-clinical Data On Recent Advances With HIV VLP Vaccine Presented At AIDS Vaccine 07 Conference - articole medicale engleza - startsanatate