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Our Collab Network members are not only experts within their own domain but educators with the research community. Learn more about the discoveries and findings our collaborators are achieving with IDT.

Member spotlight:

Manja Meggendorfer, PhD

The future of personalized genomics

Manja Meggendorfer is the Head of Molecular Genetics at Munich Leukemia Laboratory (MLL), where she oversees various R&D activities such as the 5,000 genome project, which is aimed at better understanding the genetic factors behind leukemia. She received her Master of Science in Biology from the Ludwig-Maximilians-University in Munich and her PhD. in collaboration with the Helmholtz Center Munich working on gene regulation within the architecture of the cell nucleus. After her post-doctorate, she moved to the field of hematology as a scientist in the department of molecular genetics at MLL. In combination with her MBA in Health Care Management, Manja hopes to improve the diagnostic and prognostic work associated with routine diagnostic approaches for leukemia or lymphoma patients.

 

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Featured Content/assets

The future of personalized genomics: Advancing hematology research with NGS

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Integrated DNA Technologies Adds MLL Munich Leukemia Laboratory to Align Program

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Tom Aune

Tom Aune received a Bachelor of Science from Rhodes College and a Doctor of Philosophy from University of Tennessee Health Sciences Center. He currently is a Full Professor of Medicine at Vanderbilt University Medical Center. 

Collaborator content

A simplified method to produce mRNAs and functional proteins from synthetic double-stranded DNA templates

Since the start of molecular biology, plasmid-based cloning has been an essential component of both basic and medical research. A limitation is that plasmid-based cloning is a complicated, multistep process.

This publication presents a new method preparing synthetic genes and mature mRNA that can be efficiently introduced into cells and translated into functional proteins without the need for plasmid-based cloning, other RNA such as long noncoding RNA, can also be prepared using this method.

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