Cancer Education and Research Institute (CERI)'s Cancer Education Programs
Our Team of cancer experts at Cancer Education and Research Institute® (CERI)'s, formerly Cancer Research Simplified, provides you with the most reliable, most up-to-date, and simplified cancer information available. Our educational programs quickly became trusted and highly sought after worldwide.
CERI strongly stands behind the importance of cancer patient empowerment and is a worldwide leading source for simplified, multi-language cancer education. Knowledge is power and empowerment is the key for greater treatment success, early diagnosis, as well as cancer prevention.
For any questions or requests, please submit your inquiry at our CERI Personalized Patient Program™ page.
CERI strongly stands behind the importance of cancer patient empowerment and is a worldwide leading source for simplified, multi-language cancer education. Knowledge is power and empowerment is the key for greater treatment success, early diagnosis, as well as cancer prevention.
For any questions or requests, please submit your inquiry at our CERI Personalized Patient Program™ page.
Genes and Cancer
Aygün Sahin, MSc, PhD | CEO, President, and Cancer Lead, Cancer Education and Research Institute (CERI)
What is an Oncogene?
Oncogenes are genes that can transform normal cells into cancerous cells. Some oncogenes have also been identified in the human genome (DNA sequence), but these genes are kept inactive under normal conditions.
What are the sub-elements that make up the hereditary structure?
To understand the cellular structures that make up the oncogenes and cancer, let's first get acquainted with these basic cellular structures.
What are the genes associated with cancer?
There are specific cancer-related genes in our cells. These genes are found naturally in our cells but are inactive. But when external factors and cellular events trigger these genes, this causes cancer to develop. Let's learn more about these cancer-related genes.
What is EGFRvIII?
EGFRvIII is an example of a "tumor-specific" oncogene, but not an oncogene found naturally in our cells as described above.
EGFRvIII is a tumor-specific oncogene. Why it is “tumor-specific”, you’ll learn in our infographic below.
Read our article to learn about glioblastoma, EGFRv III and more: canceredinstitute.org/fda-grants-breakthrough-therapy-designation-to-rindopepimut-rintega
EGFRvIII is a tumor-specific oncogene. Why it is “tumor-specific”, you’ll learn in our infographic below.
Read our article to learn about glioblastoma, EGFRv III and more: canceredinstitute.org/fda-grants-breakthrough-therapy-designation-to-rindopepimut-rintega
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