Incomplete arsenic (As) methylation has been considered a risk factor of As-related diseases. This study aimed to examine the difference of urinary As metabolites and the methylation capacity between subjects with and without skin lesions. Urinary inorganic arsenic (iAs), monomethylarsonic acid (MMA), and dimethylarsinic acid (DMA) were analyzed. The percentage of each As species (iAs%, MMA%, and DMA%), the primary methylation index (PMI) and secondary methylation index (SMI) were calculated. The results showed that subjects with skin lesions have higher levels of urinary iAs (99.08 vs. 70.63 μg/g Cr, p = 0.006) and MMA (69.34 vs. 42.85 μg/g Cr, p = 0.016) than subjects without skin lesions after adjustment for several confounders. Signif...
[[abstract]]Subjects exposed to arsenic show significant inter-individual variation in urinary patte...
Several recent investigations have reported associations between a reduced capacity to fully methyla...
Inorganic arsenic (In-As), an occupational and environmental human carcinogen, undergoes biomethylat...
Abstract: Incomplete arsenic (As) methylation has been considered a risk factor of As-related diseas...
More than 0.3 million individuals are subject to chronic exposure to arsenic via their drinking wate...
Arsenic can cause cancerous and non-cancerous human diseases . Inorganic arsenic from drinking water...
[[abstract]]Arsenic can cause cancerous and non-cancerous human diseases. Inorganic arsenic from dri...
It is known that a high fraction of methylarsonate (MA) in urine is a risk modifying factor for seve...
Chronic ingestion of arsenic from drinking water is associated with the occurrence of skin cancer. T...
In contrast to arsenic (As) poisoning caused by naturally occurring inorganic arsenic-contaminated w...
Chronic arsenic exposure is a critical public health issue in many countries. The metabolism of arse...
In contrast to arsenic (As) poisoning caused by naturally occurring inorganic arsenic-contaminated w...
Inefficient arsenic methylation capacity has been associated with various health hazards induced by ...
Subjects exposed to arsenic show significant inter- individual variation ill urinary patterns of ars...
Methylation is considered the detoxification pathway for inorganic arsenic (InAs), an established hu...
[[abstract]]Subjects exposed to arsenic show significant inter-individual variation in urinary patte...
Several recent investigations have reported associations between a reduced capacity to fully methyla...
Inorganic arsenic (In-As), an occupational and environmental human carcinogen, undergoes biomethylat...
Abstract: Incomplete arsenic (As) methylation has been considered a risk factor of As-related diseas...
More than 0.3 million individuals are subject to chronic exposure to arsenic via their drinking wate...
Arsenic can cause cancerous and non-cancerous human diseases . Inorganic arsenic from drinking water...
[[abstract]]Arsenic can cause cancerous and non-cancerous human diseases. Inorganic arsenic from dri...
It is known that a high fraction of methylarsonate (MA) in urine is a risk modifying factor for seve...
Chronic ingestion of arsenic from drinking water is associated with the occurrence of skin cancer. T...
In contrast to arsenic (As) poisoning caused by naturally occurring inorganic arsenic-contaminated w...
Chronic arsenic exposure is a critical public health issue in many countries. The metabolism of arse...
In contrast to arsenic (As) poisoning caused by naturally occurring inorganic arsenic-contaminated w...
Inefficient arsenic methylation capacity has been associated with various health hazards induced by ...
Subjects exposed to arsenic show significant inter- individual variation ill urinary patterns of ars...
Methylation is considered the detoxification pathway for inorganic arsenic (InAs), an established hu...
[[abstract]]Subjects exposed to arsenic show significant inter-individual variation in urinary patte...
Several recent investigations have reported associations between a reduced capacity to fully methyla...
Inorganic arsenic (In-As), an occupational and environmental human carcinogen, undergoes biomethylat...