Hi Lemark- working with stem cells and pharmaceuticals requires training in molecular techniques- you need to understand things like genetics, protein interactions, and diseases.
'Psychiatric genetics' addresses the role of genetics in psychiatry, which could be useful when it comes to treatment of neuropsychiatric disease (e.g. depression, eating disorders, PTSD), which could be tackled through drug development.
'Addiction biology' would address disorders such as tobacco, alcohol, and drug addictions- which are also tackled by pharma.
'Developmental neurobiology' is about the growth and maturation of the nervous system, processes which are controlled by genes, so would be relevant to stem cell differentiation, as well as pharma (because of the role drugs can play in development).
'Neurodegeneration' is about the degeneration of the nervous system- typically focused on diseases such as Alzheimer's and Parkinson's (both of which are the focus of regenerative medicine, i.e. spanning stem cell and drug research- tackled both in academic labs and the pharmaceutical industry).
'Neuroimaging' involves techniques such at PET, MRI, and fMRI, to obtain images of the brain in a relatively non-invasive way (as opposed to genetic manipulations or cortical electrode recordings, for example), and are typically used in humans.
'fMRI and tractography' are techniques used to study the nervous system, and have a wide range of applications in both basic research and medicine, depending on how they are used (fMRI is particularly widely used for human patients and human subjects, though both techniques are also used in other species- monkeys, for example). Tractography is closely linked to neuroanatomy and the tracing of connections between brain regions.
'Cognitive neuroscience' has to do with cognition and covers many subjects, such as perception, behaviour, and decision making, and can be applied in both clinical and non-clinical settings, and includes the examination of effects of neuromodulators on the brain, i.e. relevant to pharma (though in my opinion, stem cell research has yet to make waves in this area, though that may change overnight).
In other words, there is a lot of overlap between the topics listed, as well as overlap with your areas of interest (because they are broadly applicable).
My advice would be to read about the research done in labs at King's and to gain familiarity with the work of specific individuals. Practical research experience is essential for your future career and employment, and it would be highly beneficial to do an internship with a group that you're interested in. Also note that professors are not always able to take on students, no matter how bright and enthusiastic, for a variety of reasons- so if one lab doesn't take you in, keep contacting others.
Perseverance is key. Good luck!