Water makes up around 60% of the human body. More than half of this water sloshes around inside the cells that make up organs and tissues. Much of the remaining water flows in the nooks and ...

Watching and measuring what happens in tissues inside the human embryo is currently not possible, and it's difficult to do in mammalian models. Because humans and the fruit fly Drosophila share so ...

The organs on the chip are both genetically and physically linked by a flow of immune cells between them, meaning they can mimic how the actual human body works.

Human tissues of liver, lung, spleen and kidney were obtained from a brain and body bank along with metadata on the medical, occupational and recreational history of the organ donors.

Learn all about the human body's many systems and some of its individual organs, both vital and vestigial.

Everywhere scientists look for microplastics, they’ve found them — food, water, air and some parts of the human body. But examinations of our innermost organs that aren’t directly exposed to the ...

Engineered blood microvessels developed at the University of Washington may give us a better understanding of diseases and, one day, help us grow human tissues for transplant.

However, further understanding of the implications of microplastic presence in body tissues is needed. A concern for human health?

Audit Years Program Code EEEB This sample plan and flow chart is suitable for undergraduate students who are ready for calculus and starting in: 2024-25 2023–24 2022–23 2021–22 EE 3261 (3) and EE 4250 ...

Regulatory T cells usually reside in lymphoid organs in the human body; recent research has identified their presence in non-lymphoid tissues.

As embryos develop, tissues flow and reorganize dramatically on timescales as brief as minutes. This reorganization includes epithelial tissues that cover outer surfaces and inner linings of ...