Not exact matches
The study, «The efficacy of the BCG
vaccine against newly emerging clinical strains of Mycobacterium
tuberculosis,» was published
in the journal PLOS One
in September.
Orme and his research team
in Fort Collins investigated whether the existing
vaccine for TB, which goes by the acronym BCG (bacille Calmette - Guerin), worked equally well against different clinical strains of
tuberculosis.
Recombinant
vaccines rely on one or more antigens — proteins associated with the target bacterium — that boost an immune response;
in this case Mycobacterium
tuberculosis, which causes TB.
In collaboration with many researchers (graduate students, postdocs, and faculty elsewhere), we have examined the role of cross-immunity on the evolution and dynamics of influenza; the impact of behavioral changes, long periods of infectiousness, variable infectivity, co-infections, prostitution, social networks, and
vaccine efficacy on HIV dynamics; the role of exogenous re-infection, variable progression rates, vaccination, public transportation, close and casual contacts on
tuberculosis dynamics and control; the impact of life - history vector dynamics on dengue epidemics; and on the identification of time - response scales for epidemics of foot and mouth disease.
Today he directs the Innovations
in International Health program at MIT, and his inventions (including an inhalable measles
vaccine and a system that monitors
tuberculosis treatment) are helping to improve medical access
in the developing world.
Worse still, the results suggest it would be a mistake to use adenovirus - based
vaccines against other diseases, such as malaria or
tuberculosis,
in areas where HIV is common.
He adds that the findings, which are published
in the online 26 September issue of Nature Medicine, may be applicable to other infectious diseases such as
tuberculosis, for which no highly effective
vaccine exists.
Although the immune mechanisms implicated
in the development of childhood asthma are not fully understood, some studies seem to suggest that the BCG
vaccine, used
in tuberculosis prevention, may have a protective effect on childhood asthma.
Frieden said the halt has raised concerns from researchers working on drug - resistant
tuberculosis, the Ebola outbreak
in Africa, and preparations for next season's influenza
vaccine.
«You certainly can't do a $ 100 million study for every candidate
vaccine that appears safe and immunogenic,» says Mark Mulligan, a molecular virologist who heads the
vaccine center at Emory University
in Atlanta and does human challenges with norovirus and
tuberculosis.
The DarDar Trial remains the only trial
in which a new
tuberculosis vaccine has shown efficacy
in humans.
An earlier form of the
vaccine was used
in the DarDar Trial, a seven - year study
in Tanzania sponsored by the U.S. National Institutes of Health involving patients with HIV infection who at birth had received BCG, the current
tuberculosis vaccine.
BCG, a
vaccine against
tuberculosis, was discovered
in the 1920s and is one of the most used
vaccines worldwide.
Studies
in several countries have demonstrated that the
tuberculosis vaccine BCG, when given early
in life, confers some protection against acute leukaemia (Journal of the Royal Society of Medicine, vol 96, p 389).
«Taken together, these two studies suggest that the new scalable
vaccine formulation is likely to prove as effective as the original formulation — which would make it the first protective TB
vaccine in humans since BCG, which was introduced almost a century ago,» said Professor Ajit Lalvani, Director of the
Tuberculosis Research Centre, National Heart and Lung Institute, Imperial College London and a member of the DAR - 901 development team.
Children who attend daycare
in their first few months are much less likely to develop leukaemia than those who stay at home, for instance, while some
tuberculosis vaccines reduce the risk of skin cancer.
The study, «The efficacy of the BCG
vaccine against newly emerging clinical strains of Mycobacterium
tuberculosis,» was published
in September.
This has yielded three
Tuberculosis vaccine candidates undergoing phase IIa testing and three first -
in - human trials of novel CMI - inducing adjuvants.
New
vaccines against malaria,
tuberculosis and HIV are currently
in field trials
in the developing world.
We are also interested
in the study of the roles of caspase - 2
in host responses induced by other
vaccines (e.g.,
tuberculosis vaccine BCG).
Vaccine Design
In this effort, many LJI scientists conduct pre-clinical studies relevant to design and optimize
vaccines to combat infectious diseases like
tuberculosis or dengue virus.
In addition, he is also a member of the Governing Board of the
Tuberculosis Vaccine Initiative (TBVI) and past - chairman of the Human
Vaccine Committee of the International Association for Biologicals (IABS) and of the WHO GACVS (Global Advisory Committee on
Vaccine Safety).
The idea behind a â $ œHuman
Vaccine Projectâ $ is to combine efforts at developing
vaccines for major (but very different) diseases such as influenza, dengue, HIV, hepatitis C,
tuberculosis and malaria, with the rationale that what scientists working on those diseases have
in common is the Ray Ban outlet challenge of working with the human immune system.
He has also participated
in technology transfer projects
in Brazil and India, where a
vaccine formulation center has been constructed to manufacture IDRI - developed adjuvant formulations for clinical trials to evaluate malaria, leishmania, and
tuberculosis vaccines.
Similar to these projects, IDRI's subunit
tuberculosis vaccine, ID93, also utilizes adjuvants that induce a cell - mediated immune response, which is required for protection against M.
tuberculosis infection
in low dose aerosol models of TB.
Before joining IDRI, Tracey worked as a Protocol Development Manager with the HIV
Vaccine Trials Network at the Fred Hutchinson Cancer Research Center where she led multi-disciplinary teams
in the design and implementation of clinical trials evaluating candidate HIV and
tuberculosis vaccines.
She is completing her postdoctoral training at IDRI and is excited to use her background
in adaptive immunity to help optimize
vaccine strategies for pathogens like Mycobacterium
tuberculosis.
She completed her doctorate work
in Dr. Ian Orme's laboratory where she focused on the development of several novel
vaccines against M.
tuberculosis.
He currently serves as principal investigator on a $ 11.9 M contract from the National Institutes of Health (NIH) to develop a thermostable
tuberculosis vaccine suitable for distribution
in developing countries, involving formulation development, cGMP manufacturing, and clinical testing.
Among other things, it features articles on new developments
in HIV cure research, recent studies that show promise but also possible pitfalls of using adenovirus vectors
in HIV
vaccine candidates, and the funding crisis at the Global Fund to Fight AIDS,
Tuberculosis and Malaria.
In this effort, many LJI scientists conduct pre-clinical studies relevant to design and optimize
vaccines to combat infectious diseases like
tuberculosis or dengue virus.