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More in Cancer
What Is CAR T Expansion and Why Is It Important?
Explore the critical process of cell proliferation in CAR T therapy, a key determinant of treatment effectiveness and long-term patient response to cancer.
The H1975 Cell Line in Lung Cancer Research
Examine how the H1975 cell line’s genetic profile helps researchers model and overcome acquired drug resistance in targeted therapies for lung cancer.
The Paradox of p53 Overexpression in Cancer
Explore the clinical paradox of p53. High levels of this tumor suppressor often indicate a non-functional mutation, impacting cancer diagnosis and prognosis.
How the HPV E7 Oncoprotein Causes Cancer
Discover how the HPV E7 oncoprotein disables cellular safeguards to drive tumor growth, a precise mechanism that also makes it an ideal target for therapy.
What Is NY-ESO-1 Antibody Targeted Cancer Therapy?
Explore how the NY-ESO-1 protein provides a specific target on certain cancer cells, enabling the development of precise, investigational therapies.
HLA-E: Its Role in Immunity, Pregnancy, and Cancer
This article examines the HLA-E protein, a key immune modulator whose inhibitory signal is vital for health but can also be subverted in disease.
Does COVID-19 Have Oncogenic Potential?
Does a COVID-19 infection raise cancer risk? This analysis reviews current evidence, separating the virus’s direct cellular actions from the disease’s indirect effects.
BRAF V600E Melanoma: Mutation, Diagnosis, and Treatment
For melanoma with the BRAF V600E mutation, genetic testing informs the use of targeted therapies designed to block specific cancer cell pathways.
Stem Cell Transplant for AML: Process and Recovery
Understand how a donor’s cells create a new immune system to treat AML, balancing the goal of remission with the management of long-term health adjustments.
What Are Myeloid Cell Lines and How Are They Used?
Learn about myeloid cell lines, the foundational in vitro tools that allow researchers to consistently study the immune system, blood disorders, and new therapies.
CTLA-4 Function in Immune Regulation and Cancer Therapy
Explore the function of CTLA-4, a protein that regulates T cell activity to maintain immune balance, a mechanism central to preventing autoimmunity and developing cancer therapies.
The RPMI 8226 Multiple Myeloma Cell Line
An examination of the RPMI 8226 cell line, a key in vitro model for studying the pathobiology and therapeutic vulnerabilities of human multiple myeloma.
Lung Cancer Metastasis to Bone: Symptoms & Management
Learn how lung cancer can affect bones and discover the medical approaches used to manage symptoms, prevent complications, and support overall well-being.
Can Von Willebrand Disease Cause Cancer?
Examines the scientific evidence on the link between Von Willebrand Disease and cancer, clarifying the distinction between direct causation and co-occurrence.