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Genetically Engineered Good Bacteria Could Aid In Combating Disease

Genetically Engineered Good Bacteria Could Aid In Combating Disease
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United statesQing sunBaizhen gaoNature communicationsArtie mcferrin department of chemical engineeringTexasam universityArtie mcferrin department

Researchers explore the mechanical properties of cellular microenvironment in the body

Cells sense and respond to the mechanical properties of the cellular microenvironment in the body. Changes in these properties, which occur in a number of human pathologies, including cancer, can elicit abnormal responses from cells.

United statesCharles baerTanmay lelePurboja purkayasthaKavya pendyalaEmily hendersonArtie mcferrin department of chemical engineeringTexasam universityDepartment of chemical engineeringDepartment of biomedical engineeringUniversity of floridaDepartment of biomedical engineering at texasDepartment of translational medical sciencesUnocal professorBiomedical engineeringChemical engineering

Researchers seek deeper understanding on how cells in the body operate

Washington [US], May 26 (ANI): Cells sense and respond to the mechanical properties of the cellular microenvironment in the body. Changes in these properties, which occur in a number of human pathologies, including cancer, can elicit abnormal responses from cells but how the cells adapt to such changes in the mechanical microenvironment is not well understood.

United statesCharles baerTanmay lelePurboja purkayasthaKavya pendyalaArtie mcferrin department of chemical engineeringDepartment of chemical engineeringDepartment of biomedical engineeringUniversity of floridaM universityDepartment of biomedical engineering at texasDepartment of translational medical sciencesUnocal professorBiomedical engineeringChemical engineeringTranslational medical sciences

Study on how cells in the body operate

Cells sense and respond to the mechanical properties of the cellular microenvironment in the body. Changes in these properties, which occur in a number of human

United statesCharles baerTanmay lelePurboja purkayasthaKavya pendyalaArtie mcferrin department of chemical engineeringDepartment of chemical engineeringDepartment of biomedical engineeringUniversity of floridaM universityDepartment of biomedical engineering at texasDepartment of translational medical sciencesUnocal professorBiomedical engineeringChemical engineeringTranslational medical sciences

Study Deepens Our Understanding of Cellular Mechanosensing

An interdisciplinary team seeks to better understand how the mechanical properties of cells operate in the body and how pathologies can disrupt these processes.

United statesCharles baerTanmay lelePurboja purkayasthaKavya pendyalaArtie mcferrin department of chemical engineeringTexasam universityDepartment of chemical engineeringDepartment of biomedical engineeringUniversity of floridaDepartment of biomedical engineering at texasDepartment of translational medical sciencesUnocal professorBiomedical engineeringChemical engineeringTranslational medical sciences