Sentence examples for may develop brain from inspiring English sources

Infants with congenital cytomegalovirus infection (CCMVI) may develop brain abnormalities such as ventricular dilatation, which may potentially associate with sensorineural hearing loss.

"I don't think it's a great deal of comfort to tell somebody whose kids may develop brain damage or the adults in the neighborhood who may get cancer that, overall, we're reducing toxic air pollutants," Waxman said.

This may not always be the case as some patients may develop brain swelling as a secondary damage to hypoxia/hypotension. Whilst our assumption of normal CT for hypotension/hypoxia may not be acceptable in our cross-tabulation, we believe the algorithm would address this problem.

Ataxia-telangiectasia patients show a predisposition to the development of different types of lymphoid tumours as children or as young adults and, less frequently, they may also develop brain and other tumours (Spector et al, 1982; Morrell et al, 1986; Taylor et al, 1996).

New research now suggests that children of mothers who lived near an EPA Toxics Release Inventory TRII) facility while pregnant may be more likely to later develop brain cancer, especially if the site released carcinogens [ EHP 114:1113–1118; Choi et al.].

This underlines that the microglial nodules in CNS white matter tend to occur in overt axonal degenerative conditions and therefore may develop in various brain disorders.

Although infrequent, neurological disease has been associated with acute and chronic EBV infection with detectable virus in the CNS, and it is well established that EBV-positive diffuse large B cell lymphomas may develop in the brains of HIV-infected individuals.

Most of the 1,4-DHP analogs showed BACE-1-inhibitory activities with IC50 values in the range 8 30 μM, suggesting that the 1,4-DHP skeleton may be utilized to develop brain-targeting BACE-1 inhibitors.

A study with premature infants demonstrated that a mother's voice and heartbeat may help the developing brain grow.

Additional noncholinergic mechanisms - such as oxidative stress - may damage the developing brain with exposures occurring below the systemic effects threshold.

Although researchers do not know the mechanism of action, the Mailman team speculates that antibodies released by the mother's immune system may affect the developing brain.