A disease capable of decimating and killing those affected, cancer involves cells in a specific part of the body growing and reproducing uncontrollably in a process known as proliferation. In … Continue Reading New AI-based nano-radiomics successfully analyze the tumor microenvironment.
A crucial part of our defence against disease, the composition and diversity of the gut microbiome can even affect how cancer immunotherapy works. However, little research has focused on the … Continue Reading The tumour microbiome influences immune response and survival in pancreatic cancer.
Cancer immunotherapy, which uses the body’s immune defenses to fight cancer, has transformed cancer treatment over the past decade, however, only a handful of solid tumors have responded to treatment, … Continue Reading Synthetic bacteria delivers nanobodies to kill cancer.
Adding to their already thick armor, cancer cells are capable of ‘self-homing’ behavior where cells released into the circulation can return to the main tumor site. Therefore, much research has … Continue Reading Engineered cancer cells can track and destroy tumours.
Masters of survival in any environment, cancer cells rely on the healthy cells surrounding them for sustenance, literally leeching life from their host. They do this by rerouting blood vessels … Continue Reading Study shows neurons support cancer growth throughout the body.
Sleep apnea’s variable oxygen levels cause damage that is detectable at the tissue level. Although many other confounding factors exist, sleep apnea is shown to be an independent factor associated … Continue Reading Study shows that sleep apnea can help enable the spread of lung cancer cells.
Angiogenesis, the growth of new blood vessels from pre-existing ones, is required for wound healing, menstruation, embryogenesis and various pathological conditions including tumour growth. Macrophages, key cells of the innate … Continue Reading Immune cells shown to facilitate tumour growth by forming primitive vascular channels.
Melanoma is one of the types of cancer that poses the greatest challenge to researchers because it manifests itself in many ways, it contains a large number of mutations and … Continue Reading Researchers identify a new molecular biomarker for malignant melanoma.
According to the World Health Organization, cancer is the leading cause of death worldwide and is projected to increase 45% between 2007 and 2030, which will involve more than 15 … Continue Reading The first epigenetic test to diagnose tumours of unknown origin.
Previous studies show that traditional cancer treatments like radiation and chemotherapy have major side affects. This is because they affect both cancer tumours and healthy parts of the body. Now, … Continue Reading Study shows that gentle, highly-targeted cancer treatment using nanoparticles and lasers works.
Multiple myeloma, also known as myeloma, is a type of bone marrow cancer. Multiple myeloma affects the plasma cells, blood cell, inside the bone marrow. Myeloma does not take the form of a … Continue Reading Study is first to link multiple myeloma protein to extramedullary disease.
In oncology, the Warburg effect is the observation that that the driver of tumourigenesis is an insufficient cellular respiration caused by insult to mitochondria. It postulates that most cancer cells, … Continue Reading Study uncovers vital Warburg effect pathway in brain tumour formation and metabolism.
Telomere dysfunction has been proposed as a key event that causes cancer progression. According to this model, progressive telomere shortening results in telomere dysfunction and end-to-end chromosomal fusions. The resulting … Continue Reading Researchers identify telomere-based mechanism which turns mutant cells into aggressive cancers.
It has been established that not all cancer cells are equally aggressive, most can be neutralised with radiation and chemotherapy. Now, a study from researchers at Lund University shows that … Continue Reading Study shows cancer cells can become aggressive and metastasize by storing fat cells.
Breast cancer is notorious for its ability to relapse after many years, long after a patient had completed treatment. A major site of disease dissemination and relapse is bone, although … Continue Reading Researchers successfully block circulating breast cancer cells from entering bones.
First discovered in 1975, carbon nanotubes are graphene sheets rolled up into cylinders. The diameter is typically in the nanometer range, and the length can be up to many micrometers. … Continue Reading Nanotubes light-up 3D location of cancer tumour.