Medicines have different effects on different people, especially on children due to changes that take place as they grow and develop. This study aims to solve the problem of dose optimisation of children's medicines, reveals a new research. // Historically, there has been very little focus on paediatric clinical pharmacology, and there are still a lot of unknowns with regard to optimally delivering medicines to children. New research published was conducted by a research team from the University of Liverpool and Alder Hey Children's Hospital.
‘Obese children are benefited with newer dosing methods, as they effectively reduce the harmful effects on the child later in life.’
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In many paediatric populations worldwide the proportion of children who are overweight and obese is increasing, but there is wide geographical variation (from 16.9% in the USA to 0.5% in Denmark).
The dosage of many children's drugs is based on total body weight (TBW) unfortunately obesity can cause problems establishing the best dose.
Reservoirs
After a drug is absorbed into the bloodstream, it rapidly circulates through the body. As the blood recirculates, the drug moves from the bloodstream into the body's tissues.
Once absorbed, most drugs do not spread evenly throughout the body. Drugs that dissolve in water (water-soluble drugs) tend to stay within the blood and the fluid that surrounds cells. Drugs that dissolve in fat (fat-soluble drugs) tend to concentrate in fatty tissues. Some drugs accumulate in certain tissues which can also act as reservoirs of extra drug.
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Beneficial effect
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The beneficial effects were related to dose, but for the heaviest children with the largest Body Mass Index, there was a maximum effect - no more height could be gained.
However, increased weight and therefore dose continued to increase the levels of IGF-1.
Effective and safe
Dr Hawcutt, said: "Our study shows that using newer dosing methods may actually help those with the lowest and highest BMIs get the beneficial effects while potentially minimising the harmful effects.
"In addition, these dosing strategies could save the NHS a considerable amount of money. This research paves the way for clinical trials to establish which is the most effective and safe growth hormone dosing strategy for children and young people."
"This research underlines the important strategic partnership between one of Europe's largest children's hospitals and the University Liverpool which enables important discoveries in better, safer medicines for children. The Liverpool Paediatric Medicines Research Unit is an important resource in the city which through its interdisciplinary research programmes continues to improve medication safety and effectiveness in children and young people"
Source-Eurekalert