Surface Proteins

Virtually all the surface proteins involved in immune cells' recognition of disease have been identified and named.

The new H and N surface proteins mean most people do not have antibodies to the virus, allowing it to go pandemic.

This is because HIV has proven to be very adaptable; many of its surface proteins constantly change.

The intergration of pollen surface proteins will facilitate the further research on molecular mechanism of pollen-stigma recognition.

Pollen surface proteins are involved in the recognition between pollens and stigma, and play crucial roles in plant growth and reproduction.

Moreover, the daughter that retained the old DNA also retained the cell-surface proteins that mark the putative cancer stem cells.

By contrast, the cells that comprise the bulk of most tumours lack these surface proteins and are poor at creating new tumours.

This accessibility of surface proteins is a good fit for hematological neoplasms.

We propose that this FRAP method can be widely applied to study di- or oligomerization of cell-surface proteins.

This led researchers to suggest that H5N1 might need surface proteins more like those on human flu to trigger a pandemic.

Comparative Study on Spore Surface Proteins of Two Microsporidia and Their Infectivity to Silkworm Bombyx mori

The mediatory effects of pneumococcal surface proteins on the adherence of bacteria to host cell in vitro

The progress of Staphylococcus aureus surface proteins

Recognition of Cell Surface Proteins by High-density Phage Antibody Chip