Introduction The immune response caused by Mycobacterium leprae is a risk factor for the development of oxidative stress (OS) in leprosy patients. This study aimed to assess OS in leprosy patients before the use of a multidrug therapy. Methods We evaluated the nitric oxide (NO) concentration; antioxidant capacity; levels of malondialdehyde, methemoglobin and reduced glutathione; and the activity of catalase and superoxide dismutase (SOD) in leprosy patients. Results We observed lower SOD activity in these leprosy patients; however, the NO levels and antioxidant capacity were increased. Conclusions The infectious process in response to M. leprae could primarily be responsible for the OS observed in these patients
Leprosy is an infectious and contagious Mycobacterium Leprae affects mainly the skin and nerves cau...
Inflammation caused by Mycobacterium leprae infection and drugs with oxidative properties such as da...
Background: We aimed to evaluate urinary MCP-1 and oxidative stress through urinary malondialdehyde ...
Background: The study and assessment of oxidative stress plays a significant role in the arena of le...
Background: Leprosy is an old, dreaded infectious disease caused by the obligate intracellular bacte...
This study aims to assess the oxidative stress in leprosy patients under multidrug therapy (MDT; dap...
This study aims to assess the oxidative stress in leprosy patients under multidrug therapy (MDT; dap...
Leprosy reduces quality of life of affected persons. Oxidative stress caused by reactive oxygen spec...
Leprosy is chronic infectious disease caused by the intracellular parasitic pathogen Mycobacterium L...
In the study being reported, the plasma levels of vitamin C, vitamin E and uric acid were determined...
The plasma levels of vitamin C, vitamin E and uric acid were determined in leprosy subjects from in ...
Background: Leprosy is a disease of great antiquity and it still continues to be a significant publi...
Leprosy reaction is an acute episodes that occurred in the chronic clinical process of leprosy. Lep...
This study aims to assess the oxidative stress in leprosy patients under multidrug therapy (MDT; dap...
The plasma levels of vitamin C, vitamin E and uric acid were determined in leprosy subjects from in ...
Leprosy is an infectious and contagious Mycobacterium Leprae affects mainly the skin and nerves cau...
Inflammation caused by Mycobacterium leprae infection and drugs with oxidative properties such as da...
Background: We aimed to evaluate urinary MCP-1 and oxidative stress through urinary malondialdehyde ...
Background: The study and assessment of oxidative stress plays a significant role in the arena of le...
Background: Leprosy is an old, dreaded infectious disease caused by the obligate intracellular bacte...
This study aims to assess the oxidative stress in leprosy patients under multidrug therapy (MDT; dap...
This study aims to assess the oxidative stress in leprosy patients under multidrug therapy (MDT; dap...
Leprosy reduces quality of life of affected persons. Oxidative stress caused by reactive oxygen spec...
Leprosy is chronic infectious disease caused by the intracellular parasitic pathogen Mycobacterium L...
In the study being reported, the plasma levels of vitamin C, vitamin E and uric acid were determined...
The plasma levels of vitamin C, vitamin E and uric acid were determined in leprosy subjects from in ...
Background: Leprosy is a disease of great antiquity and it still continues to be a significant publi...
Leprosy reaction is an acute episodes that occurred in the chronic clinical process of leprosy. Lep...
This study aims to assess the oxidative stress in leprosy patients under multidrug therapy (MDT; dap...
The plasma levels of vitamin C, vitamin E and uric acid were determined in leprosy subjects from in ...
Leprosy is an infectious and contagious Mycobacterium Leprae affects mainly the skin and nerves cau...
Inflammation caused by Mycobacterium leprae infection and drugs with oxidative properties such as da...
Background: We aimed to evaluate urinary MCP-1 and oxidative stress through urinary malondialdehyde ...