Items where Author is "Roecken, M."

Article

Hoetzenecker, W. and Echtenacher, B. and Guenova, E. and Brueck, J. and Woelbing, F. and Hoetzenecker, K. and Glocova, I. and Biedermann, T. and Ghoreschi, K. and Roecken, M. (2011) ATF3 causes susceptibility to opportunistic infections during post-septic immunosuppression. EXPERIMENTAL DERMATOLOGY, 20 (2). p. 181. ISSN 0906-6705

Hoetzenecker, W. and Echtenacher, B. and Woelbing, F. and Guenova, E. and Brueck, J. and Biedermann, T. and Ghoreschi, K. and Roecken, M. (2011) ROS-induced ATF3 protects against bacterial toxins but causes IL 6-dependentsusceptibility to bacterial and fungal sepsis. EXPERIMENTAL DERMATOLOGY, 20 (2). p. 181. ISSN 0906-6705

Hoetzenecker, W. and Echtenacher, B. and Guenova, E. and Brueck, J. and Hoetzenecker, K. and Biedermann, T. and Ghoreschi, K. and Roecken, M. (2010) The Activating Transcription Factor 3 (ATF3) determines the state of postseptic immune suppression in humans. JOURNAL OF INVESTIGATIVE DERMATOLOGY, 130. S124. ISSN 0022-202X

Hoetzenecker, W. and Guenova, E. and Woelbing, F. and Echtenacher, B. and Brueck, J. and Glocova, I. and Biedermann, T. and Ghoreschi, K. and Roecken, M. (2010) Activating-Transcription Factor 3 (ATF3)-mediated protection against endotoxins causes severe susceptibility to bacterial infections. JOURNAL OF INVESTIGATIVE DERMATOLOGY, 130. S124. ISSN 0022-202X

Hoetzenecker, W. and Guenova, E. and Brueck, J. and Hoetzenecker, K. and Woelbing, F. and Glocova, I. and Biedermann, T. and Ghoreschi, K. and Echtenacher, B. and Roecken, M. (2010) The activating transcription factor 3 (ATF3) determines postseptic immune suppression. EXPERIMENTAL DERMATOLOGY, 19 (2). p. 193. ISSN 0906-6705

Other

Kamenisch, Y. and Baban, T. and Ivanova, I. and Schuller, W. and Schittek, B. and Metzler, G. and Garbe, C. and Bauer, J. and Roecken, M. and Berneburg, M. (2018) Ultraviolet (UV)-A irradiation induces prolonged changes in metabolism which influence, via enhanced lactic acid production, melanoma invasion in vitro. WILEY, HOBOKEN.

Kamenisch, Y. and Baban, T. and Ivanova, I. and Schuller, W. and Metzler, G. and Bauer, J. and Garbe, C. and Schittek, B. and Roecken, M. and Berneburg, M. (2017) Ultraviolet (UV)-A irradiation induces changes in metabolism which influence, via enhanced Warburg effect, melanoma invasion. ELSEVIER SCIENCE INC, NEW YORK.

Kamenisch, Y. and Baban, T. S. and Schuller, W. and Ivanova, I. and Metzler, G. and Bauer, J. and Garbe, C. and Schittek, B. and Roecken, M. and Berneburg, M. (2017) Ultraviolet (UV)-A irradiation induces melanoma invasion via enhanced Warburg effect. WILEY, HOBOKEN.

Giovannini, S. and Kamenisch, Y. and Weibel, L. and Sinnberg, T. and Kobert, N. and Schittek, B. and French, L. E. and Roecken, M. and Berneburg, M. (2016) Induction of the progeroid/cancer prone XP-like phenotype by a medical drug is mediated via reversible downregulation of DNA repair, an update. WILEY-BLACKWELL, HOBOKEN.

Giovannini, S. and Weibel, L. and Braunsdorf, C. and Schaller, M. and Schittek, B. and Kulik, A. and Fehrenbacher, B. and Roecken, M. and Kamenisch, Y. and Berneburg, M. (2016) Induction of the progeroid/cancer prone XP-like phenotype by an antimycotic drug is mediated via reversible downregulation of DNA repair, an update. ELSEVIER SCIENCE INC, NEW YORK.

Baban, T. and Kamenisch, Y. and Sinnberg, T. and Schuller, W. and von Thaler, A. and Metzler, G. and Schittek, B. and Garbe, C. and Bauer, J. and Roecken, M. and Berneburg, M. (2016) Ultraviolet (UV) - a irradiation induces melanoma invasion via enhanced Warburg effect. WILEY-BLACKWELL, HOBOKEN.

Baban, T. and Kamenisch, Y. and Schuller, W. and von Thaler, A. and Sinnberg, T. and Bauer, J. and Metzler, G. and Garbe, C. and Roecken, M. and Berneburg, M. (2016) Ultraviolet (UV)-A irradiation induces melanoma invasion via enhanced Warburg effect. ELSEVIER SCIENCE INC, NEW YORK.

Giovannini, S. and Kamenisch, Y. and Kobert, N. and Weibel, L. and French, L. and Roecken, M. and Berneburg, M. (2015) Induction of the progeroid/cancer prone XP-like phenotype by a medical drug is mediated via reversible downregulation of DNA repair. WILEY-BLACKWELL, HOBOKEN.

Kamenisch, Y. and Baban, T. and Schuller, W. and von Thaler, A. and Metzler, G. and Bauer, J. and Schittek, B. and Garbe, C. and Roecken, M. and Berneburg, M. (2015) Ultraviolet (UV)-A irradiation induces melanoma invasion via enhanced Warburg effect. NATURE PUBLISHING GROUP, NEW YORK.

Kamenisch, Y. and Baban, T. and Sinnberg, T. and Metzler, G. and Bauer, J. and Schittek, B. and Garbe, C. and Roecken, M. and Berneburg, M. (2015) Ultraviolet (UV)-A irradiation induces melanoma invasion via enhanced Warburg effect. WILEY-BLACKWELL, HOBOKEN.

Kamenisch, Y. and Baban, T. S. and Metzler, G. and Bauer, J. and Roecken, M. and Berneburg, M. (2014) Human mitochondrial DNA deletions are significantly decreased in vivo in melanoma with tumor thickness larger than 3 mm compared to nevi and melanomas with tumor thickness smaller than 1 mm isolated by laser capture microdissection. WILEY-BLACKWELL, HOBOKEN.

Giovannini, S. and Kamenisch, Y. and Kobert, N. and Weibel, L. and French, L. and Roecken, M. and Berneburg, M. (2014) Induction of the progeroid/cancer prone XP-like phenotype by an antimycotic drug is mediated via reversible downregulation of DNA repair. WILEY-BLACKWELL, HOBOKEN.

Kamenisch, Y. and Baban, T. S. and Schuller, W. and Sinnberg, T. and Metzler, G. and Bauer, J. and Garbe, C. and Schittek, B. and Roecken, M. and Berneburg, M. (2014) Ultraviolet (UV)-A irradiation induces melanoma invasion via enhanced Warburg effect. NATURE PUBLISHING GROUP, NEW YORK.