Примеры использования Kidney damage на Английском языке и их переводы на Русский язык
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pancreas However it is less likely to cause kidney damage than other NSAIDs.
GGTP may be used for diagnosing kidney damage[4], including newborns.
Noninvasive identification of GGTP in the urine in the early neonatal period is a preferable method for screening kidney damage in newborns with asphyxia.
Besides, nonspecificity of serum creatinine in toxic kidney damage and its dependence on a number of nonrenal factors motivate the search of new CIN markers 15, 16.
These marks, the knee, the kidney damage-- none of it affects the conclusions of my C.O.D.
Persistently elevated blood calcium can cause irreversible kidney damage and soft tissue calcification.
High enzymuria in the early neonatal period in newborns with kidney damage caused by asphyxia is most likely to be caused by ischemia of the renal tissue,
The coefficient value of more than 4.0 characteristic of the newborns with kidney damage caused by severe asphyxia is the result of relatively high enzymemia due to instability of the basal membrane of the tubular epithelium.
the difference among the groups of newborns with kidney damage due to severe and moderate asphyxia remained.
breast cancer or liver damage, kidney damage, stroke, high blood pressure,
enzymuria in the majority of infants with kidney damage due to asphyxia is associated with a significant dysfunction of the apical
increased mortality, and slight kidney damage.
May cause liver and kidney damage through prolonged or repeated exposure.
Liver and kidney damage may occur in case of an overdose.
Liver and kidney damage may occur in the case of an overdose.
vision and kidney damage.
If protein is found in the urine, it can be a sign of kidney damage.
In a study understanding the process of kidney damage and regeneration, a molecular regenerative pathway was identified 74.
CIN is the cause of acute kidney damage occurring after intravascular introduction of an iodine-containing radiocontrast media 7-10.
The assessment of organospecific enzyme content in biological fluids enables to determine localization and intensity of kidney damage 1.