Sentence examples similar to material portals from inspiring English sources

In addition, fibrous material was occluding portal veins in several portal tracts pointing towards HIV-associated obliterative portopathy.

This reduces the chance of migration of embolization material in the portal branches of the FRL.

Kupffer cells, the resident liver macrophages, have long been considered as scavenger cells responsible for removing particulate material from the portal circulation.

In the Netherlands, HIV prevention activities are provided by in a range of community and health care settings, including during HIV/STI testing and counselling, telephone hotlines, peer outreach, educational materials and Internet portals and websites.

Increasing numbers of organizations have set up material on their Web portals as a way of providing users with information about their products or services.

Alignment of the MscS-Ec protein sequence with homologs from Methanococcus jannaschii, archaeon MS channels that exhibit cation preference (27), shows that there are fewer positively charged and polar residues in the sequences potentially bordering the M. jannaschii portals (Supplementary Material, Fig. S1).

But rather than being an original-content news site, news.yahoo.com is a portal to material from other news organizations, including Reuters and The New York Times on the Web.

This paper describes an optimization process for a Radioactive Material Detection Spectroscopic (RMDS) portal, designed to detect and identify radioactive materials concealed inside cargo containers.

Using a helical CT with a single detector row and a scanning speed of 0.8 1 s per rotation, it is impossible to scan the entire liver in a truly arterial phase, before contrast material inflow from the portal vein is encountered.

According to previous studies, these patients have an increase in production and absorption of intestinal bacterial products, which can lead to a continuous flux of lipopolysaccharides and other toxic materials to the portal vein.

One major uncertainty in interpretation of experimental toxicity studies as well as in risk assessment of engineered nanomaterial arises from lack of systematic knowledge about the physico-chemical characteristics of the material arriving at the major portals through which nanoparticles can enter the body, i.e. lung, skin, gastro-intestinal tract, nasal olfactory structures and eyes.