Research Articles
Decoding Cancer's Evolution: How AI is Learning to Predict Leukemia's Next Move
Explore how neurosymbolic AI is revolutionizing pediatric AML treatment by predicting cancer cell behavior through single-cell transcriptomics analysis.
Breaking the Code: A Novel Triple-Drug Strategy for Acute Myeloid Leukemia
Exploring the innovative Phase 1/2 study of CC-90011 combined with venetoclax and azacitidine for treating acute myeloid leukemia (AML)
Frontiers in Hematology: The Pioneering Research of Dr. Naoto Takahashi
Exploring the groundbreaking work of Dr. Naoto Takahashi in blood cancer research, including innovative treatments for leukemia and multiple myeloma.
The BAP1 Bridge: How a Tiny Molecule Links Leukemia to Broken DNA Repair
Discover how the BAP1 protein connects chronic myeloid leukemia to DNA repair breakdown through the BRCA1 pathway, revealing new cancer mechanisms.
The Epigenetic Bridge: How Ancient Ayurvedic Wisdom Meets Modern Science in Understanding Childhood Leukemia
Explore the fascinating connection between Ayurvedic Shadgarbhakara Bhava and modern epigenetics in understanding childhood leukemia development and treatment.
The Silent Switch: How Genetics and Epigenetics Conspire to Cause Leukemia
Explore how genetic mutations and epigenetic changes work together to drive the development of leukemia, featuring key research and experimental data.
The Genomic Detective: How Next-Generation Sequencing is Revolutionizing Childhood Leukemia Treatment
Exploring how next-generation sequencing technology is transforming minimal residual disease detection in pediatric B-acute lymphoblastic leukemia treatment.
The Telomere Oracle: How Cellular Clocks Predict Leukemia's Course
Exploring how telomere length predicts survival in chronic lymphocytic leukemia (CLL) better than conventional tools, with insights into epigenetic programming and clinical applications.