Cancer Cells Hijack Immune Cells

By Allan Mai ‘20 A sure sign of the progression of cancer occurs when tumor cells from the initial site of development breaks off and enters the bloodstream, invading other healthy tissue. A recently published study conducted by Barbara Szczerba and her team from the Cancer Metastasis Lab at the University of Basel found that circulating tumor cells (CTCs) are associated with white blood cells, … Continue reading Cancer Cells Hijack Immune Cells

Mind the Gap! Nanoparticles Increase Endothelial Leakiness

By Riya Gandhi ‘22 Although recent advancements in the field of nanomedicine are elucidating potential novel therapies for cancer, researchers have uncovered one major drawback called gap growth. Under the leadership of principal investigator Fei Peng, a recent study at the National University of Singapore discovered that the introduction of nanomaterial into animal bodies may result in micro-sized gaps in the endothelial lining, which can … Continue reading Mind the Gap! Nanoparticles Increase Endothelial Leakiness

Investigating the Link Between Cancer Cells and Embryonic Cells to Treat Cancer

By Snigdha Kanadibhotla ‘21 Fundamentally rooted in a lack of cell cycle control, cancer is predicted to affect 38.4% of Americans within their lifetimes (1). While most healthy cells are regulated by three cell cycle checkpoints, cancerous cells can bypass these regulatory systems, which leads to uncontrolled division and metastasis (the spread of cancer through the body). Considered to be a unique characteristic of cancer, … Continue reading Investigating the Link Between Cancer Cells and Embryonic Cells to Treat Cancer