Analytical Chemistry in Life Sciences - Airport tire wear emerges as a major source of hidden air pollutants
View as a Web Page
News Medical
 
  Analytical Chemistry in Life Sciences Analytical Chemistry in Life Sciences logo  
  The latest analytical chemistry news from News-Medical  
 

Exposing Fake Fentanyl: How Spectroscopy is Leading the FightExposing Fake Fentanyl: How Spectroscopy is Leading the Fight

Counterfeit pharmaceuticals are a growing public health threat, with fentanyl-laced counterfeit pharmaceuticals contributing dangerously to the ongoing opioid crisis. Molecular analytical advancements are crucial for the rapid and precise identification and regulation of counterfeit products.

Read More
 
   Airport tire wear emerges as a major source of hidden air pollutantsAirport tire wear emerges as a major source of hidden air pollutants
 
New findings reveal Milan's airport operations release industrial chemicals, reshaping our understanding of aviation-related air pollution and benzothiazoles.
 
   Blood metabolite profiling outperforms BMI in predicting pregnancy complicationsBlood metabolite profiling outperforms BMI in predicting pregnancy complications
 
This study shows that a blood-based metabolomic signature linked to maternal BMI predicts gestational diabetes and preeclampsia more strongly than BMI alone, particularly in late pregnancy. A subset of 16 metabolites statistically mediates the BMI–gestational diabetes association, highlighting metabolic pathways that may improve prenatal risk stratification.
 
 New Insights Into LARP6-RNA Binding Could Lead to Fibrosis Therapies
 
New Insights Into LARP6-RNA Binding Could Lead to Fibrosis TherapiesA research team at the Institute of Molecular Biophysics and the Department of Chemistry and Biochemistry at Florida State University has made a significant discovery regarding the interaction between a protein present in the human body and RNA, which may pave the way for innovative treatments for tissue scarring, commonly referred to as fibrosis.
 
 
 Smart Hydrogel Senses Infected Wounds and Delivers the Right Treatment
 
Smart Hydrogel Senses Infected Wounds and Delivers the Right TreatmentThe novel hydrogel adapts to wound environments, offering precise antibacterial and regenerative support, addressing the challenges of infected wounds.
 
 
 Hidden kinase state enables rapid and repeated protein phosphorylation
 
Hidden kinase state enables rapid and repeated protein phosphorylationScientists at St. Jude Children's Research Hospital have characterized a hidden intermediate state at the center of Src kinase function. This hidden state allows the kinase to repeatedly modify its target, without needing to release and reattach to the target each time.
 
 
 Periodontal bacterial load associated with disease severity in multiple sclerosis
 
Periodontal bacterial load associated with disease severity in multiple sclerosisIncreasing evidence suggests that the severe gum disease, periodontitis, may contribute to central nervous system disorders through chronic inflammation.
 
 
 Elusive Kinase State Explains How Cells Achieve Efficient Signaling
 
Elusive Kinase State Explains How Cells Achieve Efficient SignalingScientists at St. Jude Children's Research Hospital have characterized a hidden intermediate state at the center of Src kinase function. This hidden state allows the kinase to repeatedly modify its target, without needing to release
 
 
 High-Tech Imaging Unlocks Genetic Secrets Of Nutrient-Rich Seeds
 
High-Tech Imaging Unlocks Genetic Secrets Of Nutrient-Rich SeedsBy rapidly analyzing nearly 12,000 individual seeds, the approach uncovers genetic loci that simultaneously influence seed morphology and mineral composition, opening new avenues for crop biofortification and safer food production.
 
 
 Personalized Neoantigen Vaccines: Principles, Technologies, and Clinical Impact
 
Personalized Neoantigen Vaccines: Principles, Technologies, and Clinical ImpactNeoantigen vaccines are at the forefront of cancer research, driving personalized immunotherapy and improving outcomes through targeted T-cell activation.
 
 
 Fungal Detoxification Pathway Enables Infestation of Bark Beetle Pests
 
Fungal Detoxification Pathway Enables Infestation of Bark Beetle PestsSpruce bark is rich in phenolic compounds that protect trees from pathogenic fungi. A research team at the Max Planck Institute for Chemical Ecology in Jena investigated how these plant defenses function within the food web, particularly in spruce bark beetles (Ips typographus), which ingest the compounds through their diet. Could the beetles use substances from the spruce's defenses to protect themselves against pathogenic fungi?
 
 

How would you rate today's newsletter?

 
             
 
 
Google News Icon Stay updated with the latest in health and medical news! Follow News‑Medical.net on Google News for real‑time updates. Click here to follow us now.
 
Facebook X Instagram LinkedIn Vimeo
Why did you receive this email?
You are receiving this email because you subscribed to updates from AZoNetwork UK Ltd. on one of our websites and requested to be notified of additional information.

Unsubscribe or Update Notification Preferences

Contact | About | Privacy Policy

- - - - - -

Registered Address:
AZoNetwork UK Ltd., NEO, 9 Charlotte St, Manchester, M1 4ET, UK

Manchester | Sydney | Boston

Copyright © 2000-2026