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New insights into the prognostic power of gene expression signatures in breast cancer

New insights into the prognostic power of gene expression signatures in breast cancer
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Dimitrij tschoduAxel niendorfLeipzig universityMatter physics division at leipzig universityMedianc indicesScientific reportsPathologie hamburg westPeter debye instituteSoft matter physicsProfessor axel niendorfSoft matter physics divisionProfessor niendorf

Gene Expression Signatures Boost Breast Cancer Prognosis Power

Gene Expression Signatures Boost Breast Cancer Prognosis Power
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Axel niendorfDimitrij tschoduMatter physics division at leipzig universityPeter debye instituteSoft matter physicsLeipzig universityProfessor axel niendorfPathologie hamburg westSoft matter physics divisionProfessor niendorf

Researchers develop new marker for cancer cell motility

Researchers develop new marker for cancer cell motility
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Axel niendorfBahriye aktasHans kubitschkePablo gottheilMatter physics division at leipzig universityInstitute for medical informaticsLeipzig universityDepartment of gynecologyUniversity of leipzig medical centerPhysical reviewProfessor axel niendorfPathologie hamburg westSoft matter physics divisionLeipzig medical centerProfessor bahriye aktasMedical informatics

Mechanical Properties Show Rigid Breast Tumors Can Contain Soft Cancer Cells

According to research, breast and cervical cancer cells adopt a material state that combines the advantages of solids and liquids in order to grow in healthy tissue.

Thomas fuhsMatter physics division at leipzig universityLeipzig universityEbers papyrusSoft matter physics division