Articles tagged with Disease Vectors
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Researchers found that increasing serotonin levels in mosquito blood reduces their flight speed and motivation to seek second blood meals, making them less efficient vectors of malaria parasites. This discovery provides a promising new avenue for insect-targeted interventions to prevent malaria transmission.
The CDC has published a new report detailing the county-level distribution of seven diseases spread by blacklegged ticks. The map highlights areas with reported infections and those without, emphasizing the need for public awareness and prevention measures.
A single-center study found lower pneumonia frequency and severity in fully vaccinated patients compared to unvaccinated patients. The study included 467 patients who underwent chest CT during hospitalization for symptomatic COVID-19, with significant reductions in pneumonia frequency and severity observed in those fully vaccinated.
A WHO-supported series has collected 13,700 new database records on mosquito-borne diseases, providing valuable resource for studying and containing infectious diseases. The data can be used to train machine-learning models for vector detection and classification, improving global human health.
Researchers found that baby corals are infected with stony coral tissue loss disease (SCTLD) at similar severity and mortality rates as adult colonies. Growing coral recruits larger and promoting grouping before outplanting may reduce the risk of SCTLD.
Two fatal cases of airport malaria were reported in Belgium, highlighting the need for healthcare awareness near airports. The most likely route of transmission was through an imported infectious exotic Anopheles mosquito that was possibly brought via the international airport or military airport.
Researchers at Florida Atlantic University found that increasing sun exposure in rehabilitation facilities can enhance health and recovery in green sea turtles with fibropapillomatosis. Vitamin D levels increased significantly in turtles exposed to higher UV light, leading to less tumor regrowth and improved overall health.
A new study analyzed brown dog ticks, canine and human infections, and climatic data to understand how Rocky Mountain spotted fever spreads. The research found that the vectoring capacity of the brown dog tick may be spreading outside its known region, putting a larger portion of the country at risk.
A novel bed net treated with chlorfenapyr has been shown to significantly reduce malaria infection in children, with a 43% decrease in the first year and 37% decrease in the second year. The study found that the bed net reduced clinical episodes of malaria by 44% over two years.
Scientists at Emory University have identified Heartland virus in lone star ticks in central Georgia, confirming its active transmission within the state. The study reveals that the virus is evolving rapidly and may be confined to isolated areas, highlighting the need for further research on this emerging infectious disease.
A team of scientists led by Karine Le Roch has identified two proteins, RAP01 and RAP21, crucial to the malaria parasite's survival. Knocking down these proteins can interrupt protein translation in the mitochondria, leading to the parasite's death.
Researchers at Clemson University have identified a genetic variation associated with congenital idiopathic megaesophagus (CIM) in German shepherd dogs, which is often fatal if left untreated. A genetic test using melanin-concentrating hormone receptor 2 and dog's sex can predict the risk of CIM with 75% accuracy.
A new study found a strong association between school closures and declines in non-residential trips during COVID-19, leading to reduced risk of dengue transmission. Reduced time spent in public areas was closely associated with reduced dengue risk in countries where COVID-19 restriction measures began at the peak of dengue season.
Research suggests that genetic material from E. coli bacteria in farm animals may contribute to the evolution of deadly pandemic strains. The study found that ColV plasmids in pigs, cattle, and chickens can increase the likelihood of antimicrobial resistance and extra-intestinal infections in humans.
Researchers from the University of Tsukuba have discovered that certain flavonoids inhibit an enzyme involved in the formation of a key insect hormone in the yellow fever mosquito. Flavonoids, found in plants and other organisms, also show larvicidal activity against mosquitoes.
A new study suggests that small respiratory particles can remain moist and airborne for a longer time and greater distance than previously recognized. The mucus shell surrounding these particles likely reduces evaporation rates, keeping viral particles infectious for up to 30 minutes and traveling distances of up to 200 feet.
Researchers successfully edited the genomes of black-legged ticks using CRISPR-Cas9, overcoming technical challenges and advancing tick genetic research. The study's findings have significant implications for understanding tick-pathogen-host interactions and developing new approaches to tick-borne disease control.
New research reveals mosquitoes use red and orange colors to detect hosts, influenced by their sense of smell. By filtering out these colors or wearing specific attire, individuals can potentially prevent mosquito bites, reducing the risk of diseases like dengue and Zika.
The Research Corporation for Science Advancement and USDA have awarded $1.25 million to early-career scientists to detect and mitigate emerging zoonotic diseases. Crystal Hepp and Jason Ladner of Northern Arizona University will receive funding for projects on serological approaches and genomic epidemiology.
The US HIV treatment population is projected to increase by 36% by 2030, with older adults making up nearly a quarter of users. The population is expected to shift towards more older age groups, with nearly one in four people with HIV aged 65 or older by 2030.
Scientists at New York University have developed seven new crystal forms of the insecticide imidacloprid, which work up to nine times faster than the original version. The new forms enable the control of disease-carrying mosquitoes in smaller amounts and with reduced environmental impact.
Chronic P. vivax infections cause significant damage to kidneys, brain, and circulatory system, affecting impoverished communities. The parasite can hide at low levels, making diagnosis difficult and treatment efforts challenging.
The study found no significant causal relationship between genetically determined age at menarche or menopause and AD risk. However, an inverse association was detected between age at menarche and body mass index. Further studies are needed to validate these findings.
Researchers at UC San Diego develop precision-guided sterile insect technique (pgSIT) to control mosquito populations. The system uses CRISPR to alter genes linked to male fertility and female flight in Aedes aegypti, reducing disease transmission.
Carnivorous animals lack key genes needed to detect and respond to infection, making them asymptomatic carriers of disease-causing pathogens. This can lead to the formation of undetected disease reservoirs that can mutate and become a risk to human health.
A team of researchers from NUS developed an integrative approach to boost accuracy in mosquito surveillance by including larvae and species identification using mini-barcodes. This approach improves overall diversity estimates by 38% compared to adult-only data, contributing to baseline knowledge on potential vectors in Singapore.
Global health practitioners urge integrating surveillance of zoonotic diseases into health security intelligence systems to effectively handle future pandemics. Companion, zoo, and shelter animals pose significant risks due to limited monitoring and stress levels, leading to potential transmission of animal infections to humans.
Scientists have discovered the potential progenitor of the domestic watermelon, the Kordofan melon, which has more disease-resistant genes. The study could help breed more disease-resistant watermelons in the future.
A study found that a plant's evolutionary history predicts its susceptibility to powdery mildew disease. Researchers tested 126 sunflower species and found no association with common traits like biomass or trichome density.
Researchers have discovered that catnip's active ingredient, Nepetalactone, activates the mosquito irritant receptor TRPA1, making it an effective repellent. This finding has significant implications for developing new, plant-based insect repellents.
Scientists at Durham University have discovered a new type of brain cell called Vector Trace cells, which can store maps of places we've been and track the distance between objects. This discovery could lead to earlier diagnosis and treatment of Alzheimer's disease.
Research reveals Xylella fastidiosa transmission peaks in July and August, affecting grapevine Pierce's disease in California. The study suggests late-season infections are more likely to persist, highlighting the need for regionally specific data.
A new species of 'soft' tick associated with bats has been reported in New Jersey, raising concerns about public health risks. The tick, Carios kelleyi, was found on big brown bat larvae in Mercer and Sussex counties, highlighting the need for further research into its disease-carrying potential.
Researchers have created a genetically engineered mosquito strain with a Cas9/guide RNA-based gene drive that targets the cardinal gene to prevent malaria transmission. The drive achieved an average efficiency of 96.7% in both sexes, ensuring every mosquito carries at least one copy within six generations.
A study by Rutgers University researchers suggests that the Asian longhorned tick in the US originated from at least three self-cloning females from northeastern Asia. The tick species has been linked to serious illnesses in other countries, but its impact on human health in the US remains unclear.
A recent study by Rutgers researchers found only one Rickettsia rickettsii-infected tick out of over 3,000 examined in New Jersey. This discovery brings good news as the bacterium is extremely rare in the state, but its presence highlights the need for continued surveillance and research.
Scientists at Imperial College London used gene drive technology to create an all-male population of malaria-carrying mosquitoes, leading to a total collapse in the population. The modified mosquitoes produce more male offspring, causing females to be born and eventually leading to no females being present.
Researchers discover chemical cues in orchid that stimulate mosquitoes' sense of smell, attracting them like flowers. The scent contains nonanal and lilac aldehyde, which stimulate mosquito antennae and draw in multiple species.
A comprehensive roadmap has been established to evaluate and implement ivermectin as a complementary vector control tool against malaria. The roadmap aims to decrease malaria transmission by targeting the vector population, bypassing challenges of insecticide resistance and residual transmission.
Scientists found Plasmodium PAGRI02, a parasite from Africa, in 5% of European house sparrows. The study, published in Parasites & Vectors, highlights the impact of global environmental changes on wildlife transmission.
Research reveals that mated female mosquitoes are more susceptible to transmitting malaria parasites, highlighting the importance of targeting male mosquitoes in vector control measures. This study provides new insights into the impact of mating on mosquito susceptibility to P. falciparum.
Research suggests DNA changes can increase susceptibility to age-related diseases like heart conditions and blood cancers. A study of over 1000 older individuals found those with somatic mutations had a biological age almost four years older than those without alterations.
Researchers created a mathematical model to calculate temperature suitability for citrus greening transmission, mapping areas at risk of production collapse. The study provides critical information for crop management and surveillance prevention.
Two metabolic pathways, NAD+–SIRT1 and FAD–LSD1, play a role in regulating energy metabolism and tissue development. These pathways are controlled by dietary vitamins and hormones, leading to the induction of fat accumulation and obesity.
Researchers reviewed 60 years of dengue literature to identify trends and knowledge gaps in the Philippines. The study found that the number of dengue publications increased, but there are still gaps in basic laboratory research and newer intervention measures.
Veterinary professionals have sounded the alarm on the first reported UK case of dog-to-dog transmission of leishmaniosis, a potentially fatal infection. The infection was passed from one dog to another through direct contact, highlighting the need for extra vigilance against its spread.
A new analysis tool developed by Florida State University scientists can help improve understanding of population genetics and combat pathogens. The f-coalescent model, which incorporates fractional calculus, offers a promising method for analyzing the spread and distribution of disease vectors.
A new vector control strategy is being developed by BOHEMIA, which uses ivermectin mass administration to kill malaria-transmitting mosquitoes. The project will conduct two clinical trials in Tanzania and Mozambique to evaluate the efficacy, safety, social science, and environmental impact of this approach.
Scientists have discovered a new genus and species of mosquito in Myanmar amber dating back 100 million years, indicating that anopheline mosquitoes were present during this time period. This finding sheds light on the history of malaria and may offer clues on how its modern-day life cycle evolved.
Rutgers researchers and scientists created a visual guide to help identify and control the Asian longhorned tick, which transmits fatal human diseases. The guide identifies tiny details that distinguish the tick from native species, allowing for easier detection and control of its spread in North America.
A study published in Nature Communications has uncovered additional mechanisms of insecticide resistance in mosquitoes, which had not been previously recognized. The research used a bioinformatics approach to integrate data from multiple studies and identified new gene families and pathways involved in resistance.
A study published in PLOS Medicine reveals that temperature increases have caused a decline in local tsetse fly populations, potentially reducing the risk of sleeping sickness in Africa. Rising temperatures may also make some areas more suitable for tsetse flies.
Researchers analyzed DNA from kissing bugs to understand the complex interactions between humans, parasites, and microbes involved in Chagas disease. The study found two strains of Trypanosome cruzi and a higher bacterial species richness in infected insects.
Researchers found that coral bleaching doubles the mortality rate of disease-resistant staghorn coral genotypes. Maintaining genetic diversity is crucial to prevent further loss in the Florida Reef Tract ecosystem.
A new study suggests that different vector control strategies are needed depending on when Chikungunya cases are notified, with optimal response strategies varying between late spring/summer and fall/colder seasons. The research provides useful indications for public health authorities to respond to emerging mosquito-borne epidemics.
Researchers found that people generalize knowledge from similar animals to those they encounter, leading to increased risk perception. This study highlights the importance of understanding inductive reasoning in health communication and its potential impact on public health.
A coalition of entomologists suggests working together in local communities to protect pollinators while managing mosquito and tick populations. The research emphasizes the importance of collaboration between vector-control professionals and pollinator experts.
Researchers at Liverpool School of Tropical Medicine have been awarded £6.4 million from the Global Challenges Research Fund to develop evidence-based solutions for integrated vector control in three African countries. The partnership aims to strengthen national decision-making, reduce disease burden, and increase resilience against ou...
A new study published in Phytobiomes found conflicting effects of climate change on the spread of Pierce's disease, an economically important grapevine disease. Rising temperatures can bring both positive and negative effects on disease development, depending on vector behavior.
The University of California, Irvine is leading a $2 million effort to cultivate new strains of mosquitoes to fight malaria in Africa. A team of experts will develop and test these insects in the field to disrupt malaria transmission.