Examples of 'subunit vaccines' in a sentence
Meaning of "subunit vaccines"
Subunit vaccines: Vaccines that contain only a part (subunit) of the pathogen they are designed to protect against. These vaccines may include specific antigens or proteins that trigger an immune response without the presence of the whole pathogen
How to use "subunit vaccines" in a sentence
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subunit vaccines
An alternative to subunit vaccines are live vector vaccines.
Subunit vaccines can also be prepared.
An alternative to subunit vaccines is live vaccines.
Conventional or recombinant bacterial subunit vaccines.
Development of subunit vaccines of biomedical and veterinary interest.
Tremendous efforts have been made in the field of subunit vaccines.
These subunit vaccines are designed to reduce the toxicity problems.
Biotechnology and genetic engineering techniques are used to produce subunit vaccines.
Two subunit vaccines were demonstrated as effective in animal models of infection.
Several groups have proposed subunit vaccines based on the circumsporozoite protein.
Subunit vaccines are killed vaccines.
The poor immunogenicity of subunit vaccines is the barrier of widespread use of them.
Subunit vaccines can contain synthetic mimics of any infective agent.
Unsuccessful clinical trials have been conducted for some glycoprotein subunit vaccines.
The formulated subunit vaccines are kept on ice until administration.
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The recombinant proteins were used as potent subunit vaccines in protection studies.
Some subunit vaccines have been combined with an adjuvant or delivery system.
It could perhaps be used for the construction of subunit vaccines in different vaccine preparations.
Rotavirus subunit vaccines and methods of making and use thereof.
They can also identify bacterial molecules that may act as subunit vaccines.
Both peptide and subunit vaccines are subject to a number of potential limitations.
Immunization by DNA injection also allows the ready assembly of multicomponent subunit vaccines.
Subunit vaccines are composed of defined purified protective antigens from pathogenic microorganisms.
Attenuated recombinant viruses and subunit vaccines have been investigated to avoid these risks.
Subunit vaccines comprise the influenza surface antigens haemagglutinin and neuraminidase.
Merck is studying recombinant subunit vaccines expressed in Drosophila cells.
These subunit vaccines appear to be substantially more protective than prior art vaccines.
FN EDA has been explored as a platform for subunit vaccines.
The subunit vaccines abolish most of the disadvantages of the traditional dead vaccines.
Serum IgG response to TCI with divalent and trivalent ETEC subunit vaccines.
The aforesaid subunit vaccines or cocktail vaccines were used for swine immune tests.
In general, inactivated vaccines and subunit vaccines are the safest vaccines.
Subunit vaccines usually comprise a subcellular component purified from the pathogen of interest.
Commercially available HBV vaccines include subunit vaccines comprising the surface antigen S protein.
Subunit vaccines can also be prepared from highly purified subunits of the virus.
Further, synthetic and subunit vaccines are expensive to produce.
Subunit vaccines composed of proteins originating from parasites capable of inducing a protective immune response.
This problem can, however, be circumvented by the production of subunit vaccines.
Subunit vaccines comprise one or both of the influenza surface antigens haemagglutinin and neuraminidase.
Killed whole cell or other inactive subunit vaccines ( injected ) for preventing cholera.
Subunit vaccines are safe for immunocompromised patients because they can not cause the disease.
Thus, this technology is valuable for the development of highly effective subunit vaccines.
Nowadays subunit vaccines based on the toxins of APP are commonly used.
However, the use of MLVs has advantages over killed and subunit vaccines.
Inactivated and subunit vaccines which include certain coxsackie B viruses have been tested in animal models.
These responses have not been provided by most antigen preparations, including conventional subunit vaccines.
Subunit vaccines are composed of small fragments of disease-causing organisms.
In addition, traditional recombinant subunit vaccines are usually helpless in triggering a cell-mediated immune response.
There are three types of inactivated vaccines - whole virus vaccines, split virus and subunit vaccines.
Accordingly, subunit vaccines have been developed, which target conserved regions of pathogens.
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