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.
Not exact matches
In 2015, researchers at the University of Washington's Cancer
Vaccine Institute published a study on
designing vaccines to prevent breast cancer.
To mimic a booster shot, the microspheres had to be
designed to survive for months
in the body, then quickly release
vaccine.
In the world of vaccine development, 3 1/2 months from design to injection is «warp speed,» says vaccine researcher Nelson Michael of the Walter Reed Army Institute of Research in Silver Spring, Md
In the world of
vaccine development, 3 1/2 months from
design to injection is «warp speed,» says
vaccine researcher Nelson Michael of the Walter Reed Army Institute of Research
in Silver Spring, Md
in Silver Spring, Md..
The
vaccine tested
in Cape Town
in 2013 was MVA 85A, a modification of the cowpox
vaccine designed to express a major protein of the TB bacterium.
Now that boost
in Zika - linked Guillain (GBS) is stoking concerns that a
vaccine designed to protect patients against Zika could inadvertently provoke more cases of the autoimmune condition.
These findings provide insights for the
design of
vaccines that can «kick - start» and then shape the maturation of broadly neutralizing antibodies
in HIV uninfected individuals, to provide protection from HIV exposure.
Studies that compare flu alterations
in multiple people won't immediately tell researchers how to
design vaccines, she says, but could point to parts of the virus for further investigation.
«Our ability to control these reactions and use them to form a response to the
vaccine will be critical
in designing the next generation of
vaccines,» Kemble says.
But
designing solutions to real - world
vaccine problems requires him to answer questions that he might not have pursued
in the past: «What's the best microRNA to choose?
To be sure, scientists have zeroed
in on some promising
vaccine - adjuvant combinations, and a few well -
designed trials are now under way.
Most attempts have been
vaccines designed to make us produce antibodies, aimed not at flu's surface proteins, but at internal proteins that are the same
in all flu viruses.
To create a new dengue virus
vaccine, Stefan Metz, Shaomin Tian
in the laboratories of Aravinda de Silva, Chris Luft and Joe DeSimone at the University of Carolina, Chapel Hill, USA
designed nanoparticles of various shapes and sizes using Particle Replication
in Non-wetting Template (PRINT) technology.
Every year, public health officials survey the three flu subtypes circulating
in humans and
design a
vaccine for the next winter season that covers them all.
«We think we can use our molecular, rational
design approaches to make a better flu
vaccine for people who really need it,» says study leader Andrew Pekosz, PhD, an associate professor
in the Department of Molecular Microbiology and Immunology at the Bloomberg School of Public Health.
Understanding how the virus operates offers a pathway to
designing antiviral drugs as well as new
vaccines to control bluetongue and related viral infections
in animals and humans.
Most cancer
vaccines developed to date have been
designed to recognize and attack a specific known molecule — such as a cell - surface receptor — that is likely to be found on cancerous cells
in any patient with that type of tumor.
Using the findings from this study, the team has
designed vaccine immunogens to selectively trigger the cooperating antibody - producing B cells to cooperate to make broadly neutralizing antibodies
in a manner that mimics broadly neutralizing antibody development
in natural HIV infection.
It is
designed to learn more about the immune responses to the
vaccine in different populations.
CTL119 manufacturing begins with a patient's own T cells, some of which are removed and then reprogrammed
in Penn's Clinical Cell and
Vaccine Production Facility with a gene transfer technique
designed to teach the T cells to target and kill tumor cells.
This seminal finding led to his recognition as an important scientist
in vaccine design, and to his inclusion as a T cell expert
in the CHAVI - ID
vaccine consortium.
Ferguson's team is calling for trials of Zika treatments and
vaccines to be
designed so that even if the epidemic burns out, they are ready to kick
in quickly should Zika roar back again.
The heart disease shot Some of the new therapeutic
vaccines are actually
designed to attack the body, albeit
in a selective way.
Scientists say the key may be
in the way the
vaccine is
designed.
Researchers working on cancer
vaccines may need to take account of these interactions
in designing their treatments if they are ever to prove effective.
«Engineers
design programmable RNA
vaccines: Tests
in mice show the
vaccines work against Ebola, influenza, and common parasite.»
Taking a slightly different route, Aviron, a biotech company
in Mountain View, California,
designed a
vaccine based on a live, inactivated virus that could be squirted into the nose as a fine mist.
«We realized that might be an approach that you could try to copy
in a
vaccine —
design a
vaccine molecule that binds to albumin and hitchhikes to the lymph node,» Irvine says.
«But it is a meaningful approach
in protein
design that could be given as a
vaccine so that it triggers an immune response.»
Kang's primary research focuses on
designing and developing effective
vaccines against viral diseases such as influenza virus and RSV, but he partnered with a university and research institutes
in South Korea that wanted international collaborative projects to study if ginseng can be used to improve health and protect against disease because of the potential benefit
in fighting these viruses.
«We learned
in this study that grabbing hold of these glycans can be a very important early step
in an effective immune response to HIV, and with this knowledge, we believe we can
design better candidate
vaccines,» said principal investigator Dennis R. Burton, professor of immunology and microbiology at TSRI.
Defining how to safely replicate these attributes
in HIV - uninfected
vaccine recipients may lead to better
designed experimental
vaccines to protect against HIV.
This approach represents a departure from traditional
vaccine designs, which have been developed and tested against HIV
in vulnerable populations since the mid-1980s without success.
However, bnAbs are found
in only a minority of infected people,
in quantities too small to clear the virus, so Burton and other researchers are now trying to
design vaccines to elicit these bnAbs
in numbers large enough to provide effective protection.
Identifying those two molecular targets could help
in the
design of better
vaccine strategies and tumor immunotherapies.»
PEOPLE who are allergic to cats may find that relief is on the way
in the form of a
vaccine designed to retrain the sufferers» immune systems.
«It is likely to be part of the mechanism for changing the functions of other immune cells, and the insight may help
in designing vaccines.»
The ability to
design new protein nanostructures could have useful implications
in targeted delivery of drugs,
in vaccine development and
in plasmonics — manipulating electromagnetic signals to guide light diffraction for information technologies, energy production or other uses.
Global
vaccine experts and officials from all 26 African «meningitis belt» countries have convened
in Addis Ababa, Ethiopia to celebrate one of Africa's biggest public health achievements — the introduction of a
vaccine, MenAfriVac ®,
designed, developed, and produced for use
in Africa, that
in five years of use has nearly eliminated serogroup A meningococcal disease from meningitis belt countries and is now being integrated into routine national immunization programs.
In December 2009, the U.S. Food and Drug Administration licensed trivalent inactivated influenza
vaccine — Sanofi Pasteur's Fluzone High - Dose — specifically
designed for people 65 years and older.
But the hope, he says, is that ImmunoMap may one day be helpful
in designing vaccines and engineered T - cells for cancer treatment.
«Results from a former AIDS
vaccine study have shown that
in a worst case scenario, immunization against HIV could enhance infection,» says Christiane Stahl - Hennig, who
designed the project
in cooperation with the former DPZ employee Sieghart Sopper.
Although reanalysis of the available evidence is important, the ability to properly control for bias and confounding [factors that can influence outcomes]
in observational studies is often limited, and without randomized controlled trials specifically
designed to test the hypothesis, the issue of nonspecific effects of
vaccines may remain subject to continuing debate.»
The study focused on a flu
vaccine designed to protect against an unusual strain that originated
in pigs and caused a pandemic
in 2009.
«I mean, we're working
in things like
vaccine design and computational biology, quantum computing.»
Vaccine therapies are
designed to strengthen the body's immune defenses and are typically given
in the arm or leg.
Researchers at the University of Maryland and Duke University have
designed a novel protein - sugar
vaccine candidate that,
in an animal model, stimulated an immune response against sugars that form a protective shield around HIV.
«Our
vaccine was made possible by combining a wide range of biomedical expertise that thrives
in Boston and Cambridge,» said Mooney, who specializes
in the
design of biomaterials for tissue engineering and drug delivery.
«New findings to help HIV scientists establish «template» for potent antibodies: Natural - infection studies
in Africa and India continue to inform HIV
vaccine design.»
Led by University of Texas Austin researcher Dr Steve Bellan, and
in collaboration with the U.S. Centers for Disease Control and Prevention (CDC), the study on the
design of CDC's
vaccine trial
in Sierra Leone is published
in The Lancet Infectious Diseases.