Protein Analysis - Study Reveals Key Proteins Behind CAR-T Cell Therapy Effectiveness
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   Study Reveals Key Proteins Behind CAR-T Cell Therapy EffectivenessStudy Reveals Key Proteins Behind CAR-T Cell Therapy Effectiveness
 
A study conducted by researchers at the Center for Cell-Based Therapy (CTC) highlights key proteins and signaling pathways involved in the efficacy of immunotherapy based on CAR-T cells (lymphocytes modified in the laboratory to fight cancer).
 
   What drives insulin resistance? Proteomics reveals key pathways in human skeletal muscleWhat drives insulin resistance? Proteomics reveals key pathways in human skeletal muscle
 
Identifying proteomic signatures of insulin resistance in fasting muscle offers insights for personalized type 2 diabetes therapies based on molecular profiles.
 
 Fungal antiviral responses controlled by RNA editing and transcription factor dynamics
 
Fungal antiviral responses controlled by RNA editing and transcription factor dynamicsThe expression of symptoms of viral infections is a byproduct of complex virus-host molecular pathways.
 
 
 Proteomic Signature in Blood Predicts Dementia and Diabetes Risk
 
Proteomic Signature in Blood Predicts Dementia and Diabetes RiskA blood-based proteomic signature predicts healthspan, linking protein levels to disease risk and mortality, paving the way for targeted aging interventions.
 
 
 Novel RNAs from Jumping Genes Produce Reverse Transcriptase Activity in Aging Neurons
 
Novel RNAs from Jumping Genes Produce Reverse Transcriptase Activity in Aging NeuronsAlzheimer's disease is the most common cause of dementia and affects more than a tenth of Americans aged 65 and older.
 
 
 Study Reveals RNA Polymerase I Stalling Mechanism at Abasic DNA Damage Sites
 
Study Reveals RNA Polymerase I Stalling Mechanism at Abasic DNA Damage SitesNew study shows RNA polymerase I halts at abasic DNA damage, helping prevent faulty rRNA production and exposing lesions for repair in dividing cells.
 
 
 Cysteine depletion triggers rapid weight loss in mice
 
Cysteine depletion triggers rapid weight loss in miceMice genetically engineered to lack the ability to make the amino acid cysteine, and fed a cysteine-free diet, lost 30 percent of their body weight in just one week, a new study shows.
 
 

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