Javascript must be enabled to continue!
Acute kidney injury in the tropics
View through CrossRef
The spectrum of acute kidney injury (AKI) encountered in the hospitals of the tropical zone countries is different from that seen in the non-tropical climate countries, most of which are high-income countries. The difference is explained in large part by the influence of environment on the epidemiology of human disease. The key features of geographic regions falling in the tropical zones are climatic, that is, high temperatures and absence of winter frost, and economic, that is, lower levels of income. The causes and presentation of tropical AKI reflect these prevailing cultural, socioeconomic, climatic, and eco-biological characteristics.Peculiarities of tropical climate support the propagation of several infectious organisms that can cause AKI and the disease-transmitting vectors. In contrast to the developed world, where AKI usually develops in already hospitalized patients with multiorgan problems and iatrogenic factors play a major role, tropical AKI is acquired in the community due to issues of public health importance such as safe water, sanitation, infection control, and good obstetric practices. Infections such as malaria, leptospirosis, typhus, HIV, and diarrhoeal diseases; envenomation by animals or insects; ingestion of toxic herbs or chemicals; intravascular haemolysis; poisoning; and obstetric complications form the bulk of AKI in the tropics. Poor access to modern medical facilities and practices such as seeking treatment from traditional faith-healers contribute to poor outcomes.AKI extracts macro- and microeconomic costs from the affected population and reduces productivity. Improvement in the outcomes of tropical AKI requires improvement in basic public health through effective interventions, and accessibility to effective medical care.
Title: Acute kidney injury in the tropics
Description:
The spectrum of acute kidney injury (AKI) encountered in the hospitals of the tropical zone countries is different from that seen in the non-tropical climate countries, most of which are high-income countries.
The difference is explained in large part by the influence of environment on the epidemiology of human disease.
The key features of geographic regions falling in the tropical zones are climatic, that is, high temperatures and absence of winter frost, and economic, that is, lower levels of income.
The causes and presentation of tropical AKI reflect these prevailing cultural, socioeconomic, climatic, and eco-biological characteristics.
Peculiarities of tropical climate support the propagation of several infectious organisms that can cause AKI and the disease-transmitting vectors.
In contrast to the developed world, where AKI usually develops in already hospitalized patients with multiorgan problems and iatrogenic factors play a major role, tropical AKI is acquired in the community due to issues of public health importance such as safe water, sanitation, infection control, and good obstetric practices.
Infections such as malaria, leptospirosis, typhus, HIV, and diarrhoeal diseases; envenomation by animals or insects; ingestion of toxic herbs or chemicals; intravascular haemolysis; poisoning; and obstetric complications form the bulk of AKI in the tropics.
Poor access to modern medical facilities and practices such as seeking treatment from traditional faith-healers contribute to poor outcomes.
AKI extracts macro- and microeconomic costs from the affected population and reduces productivity.
Improvement in the outcomes of tropical AKI requires improvement in basic public health through effective interventions, and accessibility to effective medical care.
Related Results
Community-acquired pneumonia and acute kidney injury
Community-acquired pneumonia and acute kidney injury
It is known that in one-half of the patients hospitalized for community-acquired pneumonia, severe sepsis develops, with non-pulmonary organ dysfunction developing in more than one...
Epidemiology and injury surveillance in sports medicine
Epidemiology and injury surveillance in sports medicine
Injury surveillance has for many years been considered fundamental to injury prevention in sport (van Mechelen et al. 1992; van Mechelen 1997; Finch 2006). The seminal paper by van...
Renal outcomes of acute kidney injury
Renal outcomes of acute kidney injury
This chapter summarizes the accumulating evidence that incomplete or even apparent complete recovery of renal function after acute kidney injury (AKI) may be an important contribut...
Acute Pain Management and Tissue Pain
Acute Pain Management and Tissue Pain
This chapter on acute pain medicine examines the themes represented on the American Board of Anesthesiology’s pain medicine certification exam. It covers Part 6 (tissue pain), Sect...
Prevention of acute kidney injury
Prevention of acute kidney injury
This chapter discusses commonly used drugs that frequently are associated with nephrotoxic acute kidney injury (AKI). These drugs include aminoglycosides; old and new formulations ...
Prevention of acute kidney injury
Prevention of acute kidney injury
The prevention of acute kidney injury (AKI) should start with an assessment of the risk to develop AKI, by identification of co-morbidities, use of potentially nephrotoxic medicati...
The role of novel biomarkers in acute kidney injury
The role of novel biomarkers in acute kidney injury
Although there is a growing literature on the performance of various biomarkers in clinical studies, there is limited information on how these biomarkers would be utilized by clini...
Acute respiratory failure and acute respiratory distress syndrome
Acute respiratory failure and acute respiratory distress syndrome
Respiratory failure (RF) is defined as the acute or chronic impairment of respiratory system function to maintain normal oxygen and CO2 values when breathing room air. ‘Oxygenation...

