In this new Five Quick Questions series, we profile KCL researchers. If you are a KCL researcher and would like to have your research featured, contact us at firstname.lastname@example.org.
Five quick questions with King’s College Postdoc Dr Mark Hintze.
Mark is a recent postdoc from Andrea Streit’s lab in the Centre for Craniofacial and Regenerative Biology, a part of the Dental Institute. For more information about the Centre, or the Streit Lab visit their websites:
If you could tell the public one thing about your research, what would it be?
That development is incredible! The idea that one single cell can develop into the animals, including you, that surround us in our natural world is a wonder I personally can never tire of. One interesting piece of information from my research would be that the lens in your eye and your inner ear all develop from the same set of cells, mixed with each other in the early embryo.
What is a typical day like for you?
Different from any previous day. My day usually begins with coffee, then is filled with experiments or data analysis, while I also try to find time to think about which experiments to carry out next and also what all the results mean for my hypothesis. This means that every day I am usually doing or thinking about something different from the previous day and that for me is the best bit about my job.
What first interested you in this field?
I have always been interested in how things work and how they are put together. When I attended my first lecture on the Neuroscience, this was given by Claudio Stern. He told a story about neural development and the regulation of Sox2 [a gene that keeps stem cells as stem cells, and stops them developing into other tissues too early – Ed] and its role in the defining of the neural plate in early development [neural plate is a group of cells present in early development, that goes on to become the nervous system – Ed]. I was hooked! I wanted to know everything about how the embryo developed and how neurons were specified, how they found each other and how this lead to behavior. As I worked on motor neuron development for my master’s thesis [a motor neuron carries signals from your brain to your muscles telling them to move -Ed], I became more and more interested in how a cell determines its own identity and how this is influenced by the environment in which it resides. These questions drove me to find a PhD in development and cell identity and continue to do so.
What is one of the best moments in your career?
Being published in the journal Proceedings of the National Academy of Sciences of the United States of America (PNAS) for the work on the common state, the idea that neural, neural crest and sensory progenitor cells all share a common cell state in early development before diverging was pretty fun to work on and attaining my PhD.
What is one of the worst moments in your career so far?
A worst moment in my career is hard to define, the simple failure or disproof of hypotheses that I have developed can be disheartening but this just allows you to change the idea or modify your goal. The rejection of my first paper from the journal Developmental Cell and failing to get a Leverhulme early research career fellowship are two events that were probably the most personally disappointing at the time they happened in my career.