Welcome to the Ishihara lab! Novel immunotherapy development in London
We are a Drug Design Lab, creating safe and efficacious drugs based on strong science.
Several postdoctoral researcher positions available (https://www.imperial.ac.uk/jobs/description/ENG02730/research-associate-immuno-engineering).https://www.imperial.ac.uk/jobs/description/ENG02731/research-associate-immuno-engineering
A technician position is available https://www.imperial.ac.uk/jobs/description/ENG02729/technician-biology
We are working to tackle the problems of difficult-to-cure diseases.
https://www.thebraintumourcharity.org/brain-tumour-diagnosis-treatment/types-of-brain-tumour-adult/glioblastoma/glioblastoma-research/fighting-recurrent-glioblastomas-with-immunotherapy/
Research
Developing new classes of immunotherapy to solve autoimmune diseases
When humans age, they experience many diseases in which the immune system is excessively activated and attacks host healthy tissues. Furthermore, aged people tend to have poor vaccination responses. COVID-19 reminds us that aged people are threatened by inappropriate reactions of the immune system. Our lab designs new protein-based drugs that address the issues caused by cellular senescence.
Making cancer therapy safe and effective
We are keen to develop new cancer medicines with bioengineering methods. Cancer immunotherapy is a very promising approach that is used in the clinic. However, current therapies are not effective for every patient and are prone to toxicities. We are developing technologies that can deliver cancer drugs specifically to the tumor. Our targeted immunotherapy will improve safety and efficacy of current treatments. Our goal is to translate our technologies to the clinic. As an example, Ishihara founded a company, ArrowImmune Inc.
Creating new approaches to promote tissue repair
Regenerative medicine is a very promising field that is essential for treating injuries. However, very few treatments are currently available in the clinic due to undesirable side effects and lack of potency. We engineer proteins to induce efficient tissue restoration.