Antibodies - Study reveals why COVID-19 antibodies fade quickly
Can't see this email? View it online
   
  Antibodies Antibodies logo  
  The latest antibodies news from News Medical  
 

Exploring Tissue Fixation and Downstream AnalysisExploring Tissue Fixation and Downstream Analysis

The use of biospecimens is common in research, from initial research stages to late-phase clinical trials. As a result, a comprehensive understanding of pre-analytical deviations in collection, processing, and storage is vital to downstream applications and data analysis. This article from BioIVT explains how tissue fixation influences downstream analysis.

Read More
 
   Study reveals why COVID-19 antibodies fade quicklyStudy reveals why COVID-19 antibodies fade quickly
 
Researchers at the Institute of Human Virology (IHV) at the University of Maryland School of Medicine published a new study in the Journal of Infectious Diseases investigating the antibody response following SARS-CoV-2 infection.
 
   Antibody discovery could explain mysteries about COVID-19 and long COVIDAntibody discovery could explain mysteries about COVID-19 and long COVID
 
UVA Health researchers have discovered a potential explanation for some of the most perplexing mysteries of COVID-19 and long COVID.
 
 COVID-19 booster enhances virus neutralizing antibodies in breast milk, new study reveals
 
COVID-19 booster enhances virus neutralizing antibodies in breast milk, new study revealsThe potential of COVID-19 booster vaccine products (antibodies) passed from mother to offspring through breastmilk.
 
 
 New immunotherapy strategy potentially lays the groundwork for treating autoimmune diseases
 
New immunotherapy strategy potentially lays the groundwork for treating autoimmune diseasesMayo Clinic scientists have developed an immunotherapy strategy that potentially lays the groundwork for treating a spectrum of autoimmune diseases.
 
 
 Concomitant pharmacotherapy overcomes immunotherapy challenges in aggressive blood cancer
 
Concomitant pharmacotherapy overcomes immunotherapy challenges in aggressive blood cancerResearchers at the University of Zurich and the University Hospital Zurich have discovered that a specific mutation in the cancer cells of an aggressive type of blood cancer can prevent novel immunotherapies such as CAR T-cell therapy from working.
 
 
 Milk ladder approach offers hope for children with cow's milk allergy
 
Milk ladder approach offers hope for children with cow's milk allergyResearchers review milk ladder use for managing cow's milk allergy in children, emphasizing its potential in safely introducing cow's milk to induce tolerance and the need for standardization and further research.
 
 
 Mapping the heart's cellular blueprint: New insights into cardiac structure and disease repair
 
Mapping the heart's cellular blueprint: New insights into cardiac structure and disease repairResearchers unveil the complex cellular architecture of the heart using advanced RNA sequencing and imaging techniques, shedding light on the intricate organization of heart cells and their developmental pathways.
 
 
 Innovative CAR T cell therapy targets two proteins to combat aggressive brain tumor growth
 
Innovative CAR T cell therapy targets two proteins to combat aggressive brain tumor growthBreakthrough in Brain Cancer Treatment: Dual-Target CAR T Cell Therapy Shows Promise in Early Clinical Trial.
 
 
    MediKnowledge - Your new AI assistant for trusted Medical Knowledge - is now live in the GPT Store.MediKnowledge - Your new AI assistant for trusted Medical Knowledge - is now live in the GPT Store.
 

Use this GPT to search for edited and trustworthy references, articles, and equipment reviews from over 20 years of trusted medical and healthcare content.

Currently only available to ChatGPT Plus account holders.

 
Ask a Question Now
 
 
 

How would you rate today's newsletter?