Clinicians and scientists have long questioned whether the immune system has a role in destroying cancerous tissue. Studies performed in animal models have, however, recently revealed that the immune system can, at least in principle, effectively control tumours. In parallel with these findings, a large body of evidence indicates that although the immune system has the capacity to control tumours, there are also regulatory mechanisms that subdue these responses. A major challenge of tumour immunotherapy, therefore, is to find ways of disabling these regulatory functions while restoring or priming any immune responses that are protective
Interactions between the immune system and tumors have been among the highlights of present immunolo...
IMPORTANCE OF THE FIELD: The active suppression of immune responses against tumor is a major barrier...
One of the main obstacles to immunotherapy of cancer in humans is the immunosuppressive environment ...
Clinicians and scientists have long questioned whether the immune system has a role in destroying ca...
Clinicians and scientists have long questioned whether the immune system has a role in destroying ca...
THESIS 9623The immune system has evolved tolerogenic and regulatory mechanism to control responses t...
Active suppression of tumour-reactive T cells can limit both immune surveillance and immunotherapy. ...
An enormous body of work supports a role for CD4+ CD25+ regulatory cells (Tregs) in shaping the imm...
Despite major advances in understanding the mechanisms leading to tumor immunity, a number of obstac...
Characterized by immunosuppression regulatory T cells (Tregs) play a key role in maintaining immune ...
The status of a host's immune response influences both the development and progression of a malignan...
Although the immune system is rapidly becoming a key target for cancer treatment we still lack a com...
The immune system, mainly through the action of T cells (and NK), patrols nascent tumours and contro...
The observation that depletion or inhibition of regulatory T cells (Tregs) unleashes efficient antit...
Radiation therapy (RT) can extend its influence in cancer therapy beyond what can be attributed to i...
Interactions between the immune system and tumors have been among the highlights of present immunolo...
IMPORTANCE OF THE FIELD: The active suppression of immune responses against tumor is a major barrier...
One of the main obstacles to immunotherapy of cancer in humans is the immunosuppressive environment ...
Clinicians and scientists have long questioned whether the immune system has a role in destroying ca...
Clinicians and scientists have long questioned whether the immune system has a role in destroying ca...
THESIS 9623The immune system has evolved tolerogenic and regulatory mechanism to control responses t...
Active suppression of tumour-reactive T cells can limit both immune surveillance and immunotherapy. ...
An enormous body of work supports a role for CD4+ CD25+ regulatory cells (Tregs) in shaping the imm...
Despite major advances in understanding the mechanisms leading to tumor immunity, a number of obstac...
Characterized by immunosuppression regulatory T cells (Tregs) play a key role in maintaining immune ...
The status of a host's immune response influences both the development and progression of a malignan...
Although the immune system is rapidly becoming a key target for cancer treatment we still lack a com...
The immune system, mainly through the action of T cells (and NK), patrols nascent tumours and contro...
The observation that depletion or inhibition of regulatory T cells (Tregs) unleashes efficient antit...
Radiation therapy (RT) can extend its influence in cancer therapy beyond what can be attributed to i...
Interactions between the immune system and tumors have been among the highlights of present immunolo...
IMPORTANCE OF THE FIELD: The active suppression of immune responses against tumor is a major barrier...
One of the main obstacles to immunotherapy of cancer in humans is the immunosuppressive environment ...