Maximilian Plank

University of Newcastle
Newcastle Australia

Any personal financial relationships? No

I have disclosed to ICMI all relevant financial relationships, and hereby allow ICMI to disclose this information to learners in print.
I will include, as the first slide of any presentation, a full disclosure of any financial relationships that may influence my presentation.
The content and/or presentation of the information with which I am involved, including any presentation of therapeutic options, will be well-balanced, evidence-based, and will not promote specific proprietary business interests of a commercial interest. Any product identification will be made using the generic names to the extent possible. In addition, any off-label use of a medication will be specifically disclosed.
If I have been trained or utilized by a commercial entity or its agent as a speaker (e.g., speaker’s bureau) for any commercial interest, the promotional aspects of that presentation will not be included in any way with this activity.
If I am presenting research funded by a commercial company, the information presented will be based on generally accepted scientific principles and methods, and will not promote the commercial interest of the funding company.
1. I will insure balance, independence, objectivity, and scientific rigor in my role in the planning, development or presentation of this CME activity.
2. I will comply with the requirements to protect health information under the Health Insurance Portability & Accountability Act of 1996 (HIPAA).
3. I will disclose any discussion or reference to unapproved or unlabeled uses of therapeutic agents or products.
4. I have input my full name below as attestation of agreement with declaration statements. Marking the check box and indicating my name is in lieu of signature and is considered an "e-signature".

Signed on 02/10/2015 by Maximilian Plank
Papers:
F.54 Mapping the cellular source and role of IL-22 in murine lung infections
OR.42 Generation and Characterisation of Th22 Cells Identifies a Unique Molecular Profile