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CUHK Unlocks Cancer Pain Mechanism and Identifies Therapeutic Target MNT for Precise Treatment

Cancer pain is a common symptom of advanced cancer. Cancer pain not only seriously affects the quality of .

South koreaCity ofUnited kingdomDavid chuDepartment of anatomicalChinese university of hong kongChinese universityHong kongChairman professorCellular pathologySoutheast asianTraditional chinese medicineThe epoch times

SourceBio International PLC posts first-half results showing considerable growth in revenues from core business lines year-on-year

SourceBio International PLC posts first-half results showing considerable growth in revenues from core business lines year-on-year
proactiveinvestors.co.uk - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from proactiveinvestors.co.uk Daily Mail and Mail on Sunday newspapers.

United kingdomCity ofJay lecoqueSourcebio internationalCellular pathologyDigital pathologyHealthcare diagnosticsStability storage

EARNINGS SUMMARY: Open Orphan name change; Secured Income winds down

EARNINGS SUMMARY: Open Orphan name change; Secured Income winds down
lse.co.uk - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from lse.co.uk Daily Mail and Mail on Sunday newspapers.

United kingdomCity ofNeil johnsonJay lecoqueYamin khanGreg madisonAlliance newsDuke royalty ltdIncome fundSourcebio internationalChief executive officer yaminInfectious disease testingCellular pathologyExecutive chair jayRoyalty ltdChief executive officer neil

The Protein Signature Changes During Heart Disease Caused by Reductive Stress

These changes, seen in a mouse model, are a likely proteome signature for reductive stress cardiomyopathy. About one in six heart failure patients shows reductive stress, according to a 2018 clinical study

Rajasekaran namakkal soorappanDivision of molecularDepartment of pathologyUniversity of alabama at birminghamCellular pathologyMass tagging

New study uncovers a likely proteome signature for reductive stress cardiomyopathy

Two years ago, University of Alabama at Birmingham researchers and colleagues reported that reductive stress -; an imbalance in the normal oxidation/reduction, or redox, homeostasis -; caused pathological changes associated with heart failure in a mouse model.

Rajasekaran namakkal soorappanEmily hendersonDivision of molecularDepartment of pathologyUniversity of alabama at birminghamCellular pathologyHeart failureMass spectrometryOuse model