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Whole blood RNA profiling of severe COVID-19 cases
Researchers led by Osaka University performed RNA-sequencing analysis of whole blood samples from patients with severe COVID-19 and healthy controls to ...
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2022
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Microbial food chain: Nutritional interactions promoting periodontitis
Researchers led by Osaka University shed light on a metabolic network integrated by an oral microbe Fusobacterium nucleatum (F. nucleatum). Analysis of ...
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2022
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Shedding light on the happy hormone
Researchers led by Osaka University developed a novel fluorescent sensor to detect and monitor levels of the neuropeptide oxytocin, also known as the “happy ...
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2022
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Serum albumin could prevent amyloid fibril formation in dialysis patients
Researchers from Osaka University have found that serum albumin interferes with β2m amyloid fibril formation through macromolecular crowding. Monitoring serum ...
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2022
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Favine protein found to potentially protect against vascular disease
Researchers from Osaka University have shown that deficiency of the protein Favine can lead to accelerated development of atherosclerosis. Loss of Favine in a ...
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2022
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Efflux pump inhibitors: Bulking up to beat bacteria
Researchers from Osaka University used a combination of genetic manipulation and protein structural analysis to determine how the position of “bulky” amino ...
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2022
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New insights into the mechanisms causing diabetes
Researchers led by Osaka University show that a molecule called T-cadherin can be secreted in a soluble form. Soluble T-cadherin interacts with pancreatic ...
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2022
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Targeting refractory prostate cancer: a novel radiopharmaceutical hits the bull’s-eye
Researchers from Osaka University and Dusseldorf University have found a new theranostic compound that effectively shrinks prostate tumor in mice. Theranostics ...
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2022
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Investigating the plasma to predict COVID-19 progression
Researchers led by Osaka University identified plasma proteins associated with critical pathogenesis in COVID-19. Using a novel blood proteomics method, the ...
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2022
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D-Amino acids: Signaling severity in viral infection
The research team investigated the role of D-amino acids in severe viral infection. Mouse models of influenza A and COVID-19 infection and patients with severe ...
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2022