Tag Archives: Cancer Biology

Large extracellular vesicles help cells communicate, remove cellular waste, and maintain tissue health while offering promising opportunities for disease diagnosis and targeted therapies...

Nobel Laureate Randy Schekman challenges the idea that extracellular vesicles like exosomes are intentional messengers, instead proposing they reflect cellular stress and could serve as disease...

A postdoctoral opportunity at the University of Milan focuses on developing gene-editing delivery systems using extracellular vesicles and viral-like particles...

Extracellular vesicles called blebbisomes, recently discovered by Harvard researchers, act as mobile communication centers carrying functional organelles. These large vesicles can absorb and release exosomes and may help cancer cells evade the...

Researchers discovered that mitochondrial transfer through extracellular vesicles contributes to immune evasion in cancer, impairing TIL function and reducing immunotherapy effectiveness, highlighting a potential target for treatment enhancement....

We are seeking a talented and passionate postdoc who has a strong interest in cancer biology. The qualified candidate will study the impact that exosomes derived from the tumor microenvironment have on pancreatic cancer initiation, progression, and therapeutic resistance using 2D and 3D cell cultures...

The post-doctoral fellow will be engaged in translational projects focused on understanding the role of exosomes released by prostate cancer cells under hypoxic conditions in pre-metastatic niche...

Exosomes have emerged as a novel approach for the treatment and diagnosis of cancer after RNA content was discovered in exosomes in 2007. As important meditators of intercellular communication, exosomes have become a strong focus of investigation for researchers in ...

Job Summary:  The post-doctoral fellow will be engaged in translational projects focused on understanding the role of exosomes released by prostate cancer cells under hypoxic conditions in pre-metastatic niche preparation, drug-resistance and disease aggressiveness. The fellow will perform studies in ...

Chronic sleep fragmentation (SF) increases cancer aggressiveness in mice. Exosomes exhibit pleiotropic biological functions, including immune regulatory functions, antigen presentation, intracellular communication and inter-cellular transfer of RNA and proteins. University of Chicago researchers hypothesized that SF-induced alterations in biosynthesis and ...