Evaluation of use of respiratory physiotherapy in treatment of young foals with pneumonia.

The research article is about a study that evaluated the safety and effectiveness of respiratory physiotherapy as an additional treatment for pneumonia in young foals.

Objective of the Research

• The main objective of the research was to evaluate the effectiveness and safety of respiratory physiotherapy, a common complementary treatment in humans, in young foals (horses less than a month old) suffering from pneumonia. This is to establish if this method, which hadn’t been previously assessed in foals, could offer beneficial effects for their treatment.

Research Method

• The researchers assembled a total of 44 foals suffering from pneumonia, all below a month old.
• These foals were categorized into two groups: a prospective intervention group (16 foals) that received daily respiratory physiotherapy and a historical control group (28 foals), who were treated for pneumonia in the past without undergoing respiratory physiotherapy.
• The respiratory physiotherapy involved manual techniques meant to clear secretions from the airways. These included chest wall percussion and vibration, as well as postural drainage.
• The investigators evaluated key outcomes before and after the physiotherapy interventions, which included an assessment of oxygenation via pulse oximetry measurements and arterial blood samples, determination of respiratory rate, evaluation of breathing sounds and respiratory type, and assessment of any adverse effects.

Conclusion of the Research

• The researchers established that the use of respiratory physiotherapy for foal pneumonia is safe and feasible.
• However, they found no significant clinical improvements in the parameters they evaluated, except for a potential increase in oxygen saturation immediately post-intervention. The oxygen saturation rose from 95.1±4.5% before to 96.1±3.8% after physiotherapy (P=0.015).
• Despite the lack of significant improvements, the researchers identified the noted increase in oxygen saturation as a potential benefit that merits further investigation.