Doctor Mario Zierden

Cologne University Hospital - Heart Center, Cologne (Germany)

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PI3Ka protects against arteriosclerosis progression and plaque instability by controlling vascular smooth muscle cell functions

Presentation

PI3Ka protects against arteriosclerosis progression and plaque instability by controlling vascular smooth muscle cell functions

PI3 kinase delta governs regulatory T-cell biology and thus confers protection against atherosclerosis progression in mice

Presentation

PI3 kinase delta governs regulatory T-cell biology and thus confers protection against atherosclerosis progression in mice

Haematopoietic PI3-kinase delta deficiency profoundly impairs regulatory T-cell biology and thereby protection against atherosclerosis

Presentation

Haematopoietic PI3-kinase delta deficiency profoundly impairs regulatory T-cell biology and thereby protection against atherosclerosis

PI3-kinase delta protects against atherosclerosis progression by governing regulatory T-cell biology

Presentation

PI3-kinase delta protects against atherosclerosis progression by governing regulatory T-cell biology

PI3-kinase delta protects against atherosclerosis progression by controlling regulatory T-cell homeostasis and function

Presentation

PI3-kinase delta protects against atherosclerosis progression by controlling regulatory T-cell homeostasis and function

Hematopoietic PI3-kinase delta-deficiency aggravates atherosclerosis by impairment of regulatory T cells

Presentation

Hematopoietic PI3-kinase delta-deficiency aggravates atherosclerosis by impairment of regulatory T cells

Hematopoietic PI3-kinase delta-deficiency causes B-1 cell depletion, impaired regulatory T-cell function and aggravated atherosclerosis in LDLR-/- mice

Presentation

Hematopoietic PI3-kinase delta-deficiency causes B-1 cell depletion, impaired regulatory T-cell function and aggravated atherosclerosis in LDLR-/- mice

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