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Disease Resistance Articles & Analysis
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The applications of WGS are vast, impacting fields such as disease research, drug discovery, personalized medicine, food safety, agriculture, and pharmacy. ...
By using Leaf’s proprietary transient expression technology Supravec®, in partnership with Professor Mark Banfield’s lab at the John Innes Centre, the team will explore the mechanistic biology of plant proteins involved in pathogen recognition and disease resistance. The research led by Professor Banfield’s group at the John Innes Centre ...
TOPICS 2022: The diagnostic laboratory in 2032: reflecting medical needs in changing health systems Infectious diseases: detecting resistance on various levels Cancer & Co. – diagnostics for complex diseases AI & Digital diagnostics ...
” The FDA’s Breakthrough Device Program is designed to give patients more timely access to novel technologies, like the Monarch eTNS System, that provide more effective treatments for life-threatening or irreversibly debilitating human diseases and conditions. Drug-resistant epilepsy (DRE) occurs in approximately 30% of epilepsy patients, resulting ...
Whole transcriptome sequencing has a wide range of applications, such as growth and development regulation (including animal metamorphosis, plant flowering, fruit development, etc.), environmental adaptation mechanisms (including drought, salt tolerance, disease resistance, etc.), immune interaction (including bacteria, fungus, virus infection). ...
SAGAsafe® is part of a portfolio of ultrasensitive technologies, which also includes SAGAsign® for personalized monitoring of cancer burden and minimal residual disease (MRD) using chromosomal rearrangements, as well as novel technologies in development. ...
The TRACERx study focuses on cancer evolution in lung cancer patients and tracking the evolutionary trajectory of the disease from diagnosis through to relapse. The PEACE study accepts post-mortem tissue donation for comprehensive cancer research with the aim to benefit future patients. ...
“Eliminating the need for daily insulin could transform disease management for the hundreds of millions of people across the world suffering from type 2 diabetes. ...
” “Fractyl's founding mission was to find a better way to treat type 2 diabetes by addressing the root cause of disease that can reverse the disease process rather than manage its symptoms. ...
Founded on great experience built up at international level in the cleaning of environments in which pathogens spread in the past (from influence to infective diseases resistant to antibiotics), the GBAC STAR™ program will enable to establish and maintain control based on the training and accountability of IEG´s management and employees on the ...
As BIO’s Phyllis Arthur, Vice President for Infectious Diseases and Diagnostics, said in advance of today’s hearing: “Being better prepared for the next pandemic must be a top priority for our nation, and today’s hearing will help create the type of policy environment needed to make that possible. Chairman Alexander and Ranking Member Murray are to be ...
The patients represented a wide range of geographic regions, clinical care setting and disease contexts. The researchers then tested the locked classifier – i.e., without modification or retraining – on an independent cohort of 109 patients from Stanford University’s intensive care unit who underwent evaluation for acute infection and sepsis. ...
A team from the University of Camerino in Italy, recently used LC-MS/MS to identify killer toxins to discover new opportunities for controlling Malaria - a deadly infectious disease common in a number of tropical and subtropical countries. Malaria is not caused by a virus or bacteria but is spread by parasites known as Plasmodium. These parasites continue to evolve and some of ...
Enhance the stress resistance of crops, and have obvious effects on cold resistance, drought resistance and disease resistance. The fulvic acid can effectively regulate the closure of plant stomata, and can automatically close the stomata of the epidermis under drought conditions, reducing the evaporation of ...
IHNV is among the most harmful to the industry; however, there are currently no cost effective methods to prevent the disease. Genomic selection may offer a solution to IHNV resistance, and we’ve partnered with academic and government experts to find out more. ...
Perlin is an internationally recognized expert and research scientist in infectious diseases who has played a major role in advancing the national research agenda in biodefense and emerging infectious diseases. ...
Methicillin-resistant Staphylococcus aureus, commonly referred to as MRSA, is a type of staph bacteria that is resistant to certain antibiotics called beta-lactams. These antibiotics include methicillin and other common antibiotics such as oxacillin, penicillin and amoxicillin. Infections due to MRSA are often spread by having contact with someone’s skin infection as can easily occur ...
A study recently published in the journal, Clinical Infectious Diseases, discovered azole-resistance markers in 75% of a small group of aspergillosis patients who had not previously been treated with an azole. The research was conducted by the University of Manchester working with colleagues in the United States. Aspergillosis is the ...
Being conducted in collaboration with the Centre for Food and Genomic Medicine (CFGM) in Perth, WA, the three-year, $1.5 million project will enable researchers and breeders to accelerate lupin crop improvements such as drought tolerance, disease resistance and optimal flowering time. The research team will build upon established resources and employ powerful ...