Year: 2025
Type: article
Abstract: The treatment of oncological diseases has developed very positively over the last 20 years. Nevertheless, it is useful to think about what can be used differently or better in standard therapy. In spite of this, not all new therapies for improving the immune system have a good effect in all tumour patients. The reasons for the lack of the expected response to treatment are the subject of much research today. One new direction is the use of modified bacteria and viruses both to activate the immune response and to make it more targeted. The fact that this is possible was noticed more than 100 years ago and the treatment of tumours by injecting pathological bacteria into the tumour was initiated. This is an oncological treatment complex that contains a combination of complementary, naturopathic treatment methods and new forms of treatment such as checkpoint inhibitors as well as some elements of conventional therapies. All this against the background of the strong activation of the immune system with PAMP therapy. The treatment method and the course of recovery are described here and also presented using two practical examples. This concept is not only able to positively influence the course of the disease even in moderately advanced stages of a tumour disease, but is even able to cure many of those who are supposedly incurable. For this purpose, only special oncolytic viruses and modified bacteria should not necessarily be used for such therapies. Vaccinations from living weakened bacteria and viruses used in other ways also ensure sufficient and successful activation of the immune system. Particular attention is paid to the safety of the therapy and the avoidance of drug interactions. The proposed concept has shown high therapeutic potential in various cancers. Many details of the method's application require further observation and subsequent analysis.
Source: Science Journal of Public Health
Author: Moses Schorr-Tschudnowski
Language: English
Subfield: Biotechnology
Domain: Life Sciences
Open Access status: diamond
OpenAlex ID: W4411840205