Sphingolipids: Unlocking Cancer’s Immune Evasion

Sphingolipids: Unlocking Cancer’s Immune Evasion

Cancer cells rely on specific lipid pathways, such as sphingolipids, for growth and proliferation, leading to an upregulation of lipid synthesis. While it is established that an excess of lipids can promote metastasis and immune evasion in murine models, the specific...

Schwann Cells: The Hidden Force Behind Neurons

As the fundamental building blocks of the nervous system, neurons have long been at the center of neurobiological research, forming intricate networks within living organisms and displaying key properties such as excitability. Excitability is defined as the ability to...

Proteomic Age Clock: A New Way to Understand Aging

Proteomic Age Clock: A New Way to Understand Aging

Aging has a significant impact on chronic diseases and mortality rates. As people age, the incidence of these diseases increases; however, chronological age may not fully reflect individuals' biological aging processes. Omic data allow for a more accurate prediction...

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