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In general, the interaction of protein with other molecules is believed to be due to molecular electrostatic potential bond [12, 13].
Membrane permeability to ions and small molecules is believed to be a critical step in the pathology of Alzheimer's disease (AD).
Deregulation of adhesion molecules is believed to cause gross structural defects, such as incomplete embryonic closure of neural tube, cranium, and body wall in GRHL2 KO mice.
β2-Microglobulin (β2M), a component of MHC class I molecules, is believed to be associated with tumour status in various cancers.
Oxidative stress due to abnormal induction of reactive oxygen species (ROS) molecules is believed to be involved in the etiology of many diseases.
The interaction between calnexin and MHC class I molecules is believed to stabilize the class I heavy chain and help it to associate with the β2m component [ 51, 53].
Similar(50)
EB molecules are believed to intercalate into the base pairs of DNA in aqueous solution.
Polyethylene glycol molecules are believed to facilitate the formation of the spherical assembly.
Artificial quantum dot molecules were believed to behave in a similar way.
Studies have demonstrated that the presence of smaller DNA fragments are believed to reflect the release of nucleosomes from apoptotic cells and higher molecular weight DNA molecules are believed to reflect release from necrotic cells [15].
Frustration effects on ABC close-packing of C70 molecules were believed to prevent extended polymerization based on 2 + 2 cycloaddition bonds, but here we show that an extended polymeric phase is obtained at 10 GPa and 270 °C.
More suggestions(15)
compounds is believed
pathways is believed
composites is believed
particles is believed
suspects is believed
elements is believed
species is believed
molecules is required
molecules is restricted
molecules is screened
molecules is presented
molecules is complicated
molecules is shown
molecules is listed
molecules is described
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