![Hannah Mischo](/newimages/folsm/person-profile/sims/hannah-mischo.x7ac72674.png?f=webp)
Dr Hannah Mischo
Sir Henry Dale Fellow
Research interests
- Immunology
Biography
Hannah Mischo received her PhD for studies on transcription termination in budding yeast in the laboratory of Nick Proudfoot from the Dunn School of Pathology at Oxford University in 2009. She was awarded a Sir Henry Wellcome Postdoctoral fellowship to study the regulation of budding yeast non-coding transcription termination with Nick Proudfoot (Dunn School of Pathology, Oxford, UK) Jesper Svejstrup (London Research Institute – Clare Hall Laboratories, London, UK) and Stephen Buratowski (Harvard Medical School, Boston, US). She will join the Department of Infectious Diseases in early 2020 as Henry Dale Fellow to study the regulation of transcription termination in influenza A virus infected cells.
Research
![mischo-hero](/newimages/folsm/224-x-135/mischo-hero.x8f696127.png?w=1501&h=440&crop=780,440,654,0&width=380&height=215&fit=crop&f=webp)
Mischo Lab
The Mischo Lab studies how gene expression can be controlled through the modulation of transcription termination.
![synthetic-biology](/newimages/folsm/hero-banner/synthetic-biology.xaac89d8f.png?w=1584&h=440&crop=780,440,402,0&width=380&height=215&fit=crop&f=webp)
RNA Biology
RNA is at the forefront of biomedical research for its central role in how information is transferred from DNA to protein. This Research Interest Group is open to all interested parties from across the University.
Research
![mischo-hero](/newimages/folsm/224-x-135/mischo-hero.x8f696127.png?w=1501&h=440&crop=780,440,654,0&width=380&height=215&fit=crop&f=webp)
Mischo Lab
The Mischo Lab studies how gene expression can be controlled through the modulation of transcription termination.
![synthetic-biology](/newimages/folsm/hero-banner/synthetic-biology.xaac89d8f.png?w=1584&h=440&crop=780,440,402,0&width=380&height=215&fit=crop&f=webp)
RNA Biology
RNA is at the forefront of biomedical research for its central role in how information is transferred from DNA to protein. This Research Interest Group is open to all interested parties from across the University.