With 75 % of
all new human pathogens originating from animals, vaccines are key to limiting the future spread of infectious diseases between animals to people around the world» she added.
They fear the emergence of a dangerous
new human pathogen, possibly spread to people from fruit bats via pigs.
Not exact matches
Some crop — and even
human — diseases might be stopped dead in their tracks if researchers can harness a
new discovery about how
pathogens first infect their hosts
As people move into formerly wild areas, local
pathogens increasingly come into contact with
new domesticated animal hosts — freshly arrived pigs, chickens, horses — and, eventually,
humans.
New research published in ASM's Applied and Environmental Microbiology shows that
pathogens can also jump the species barrier to move from
humans to animals.
Ding's next goal is to raise $ 5 million so he can spend about five years studying
new vaccines for
human pathogens such as dengue fever.
«This approach of «xenosurveillance» could detect
pathogens before they spread to
humans, as well as the emergence of
new diseases in wild animals that may threaten their long - term survival.»
Seven
new pathogens are identified worldwide each year, and this is predicted to reach 15 - 20 every year by 2020 because of increased
human contact with wildlife species that are potential reservoirs of disease.
An analysis of 10 years» worth of data on
human influenza B viruses has shed
new light on the
pathogen which can cause the seasonal flu.
The
new generation of researchers faces the intense competition typical of a booming field, yet they also enjoy a wide - open arena of research questions exploring everything from
pathogens to plants to
humans.
A study published on January 7th in PLOS
Pathogens identifies a
new drug target, and supports the conclusion that iron - dependent signals generated in the mitochondria are essential for the development of parasite stages that cause disease in
humans.
Stricter safety procedures and
new ways to weaken
pathogens to reduce their risks are leading investigators in industry, universities, and government to take a
new look at
human challenge trials, which offer a powerful tool for studying diseases and potential therapies.
According to the
new work, the
pathogen has infected
humans for over 60,000 years and its genetic transformation over that time is remarkably similar to that of manmaking it a reasonable model for
human migration and diversification.
Walford's
new research is based on the fact that in mice and
humans, the immune system malfunctions during aging, losing the ability to distinguish between healthy cells and invasive
pathogens such as bacteria and viruses.
The
new study, led by Walter Mothes, a Yale microbial
pathogens expert, involved creating one culture that mixed healthy rat cells with cells infected by the murine leukemia virus, a cancerous
pathogen in rats and monkeys that is not known to affect
humans.
Although the fucose findings are still preliminary, unlocking the role of this sugar in competitions between gut microbiota and
pathogens could theoretically give rise to
new therapies for treating
human illness.
Although the virus didn't prove deadly, or even all that serious, to the
humans it infected, the
new findings suggest there may be more
pathogens than previously thought with species - jumping potential.
A
new study, published in PLOS
Pathogens, investigates the genome editing of bone - morrow stem cells in pigtail macaques as a potential treatment for simian /
human immunodeficiency virus (SHIV).
At any point in history, he says,
new strains could have arisen from these
pathogens rather than from
human - to -
human transmission.
The pattern of associations his team discovered suggests that today's population retains Neandertal DNA that may have provided modern
humans with adaptive advantages 40,000 years ago — as they migrated into
new non-African environments with different
pathogens and levels of sun exposure.
His laboratory and their collaborators have also identified
human amyloid fibrils in semen that enhance the ability of HIV to infect
new cells — a discovery that one day could help stem the global spread of this deadly
pathogen.
Recently, Dr. Greene's lab identified
human protein fragments in semen that enhance the ability of HIV to infect
new cells — a discovery that one day could help stem the global spread of this deadly
pathogen.
Chemical controls are costly and potentially harmful to
human and environmental health, so protecting crops like wheat with inherent resistance is the smart alternative, but resistance must be genetically complex, combining several genes, to withstand
new mutations of the
pathogen over time.
Analysis of the genome provides
new insights into the workings and genome evolution of a major
human pathogen.
By analyzing the molecular aspects of the extensive immune crosstalk between the fungal
pathogen and the
human host allows to define novel evasion strategies and defines
new molecules which can serve as useful markers to develop
new antifungal compounds and vaccine candidates.
The two scientists wanted to study rats in
New York City to have a point of comparison in case a
pathogen crossed over and caused a
human outbreak.
Climate change creates
new risks for
human exposure to vector - borne diseases by altering conditions — such as local temperatures, rainfall amounts, and warm season length — that affect the development and spread of disease vectors and the
pathogens they carry.