Collaborative medicine: weaving the microbiology laboratory into clinical practice

Area of Science:

• Microbiology
• Medical Diagnostics
• Healthcare Technology

Background:

• Advances in microbiological diagnostics and communication are transforming patient care.
• Molecular developments are accelerating diagnostic speed and accuracy.
• Rapidly communicated results can significantly improve clinical decision-making.

Purpose of the Study:

• To illustrate technological and procedural advances in microbiological diagnostics using a case presentation of Kingella kingae osteoarthritis.
• To test the hypothesis that a more active approach to microbiology, termed "interventional microbiology," can enhance patient care and reduce healthcare costs.

Main Methods:

• Case presentation of Kingella kingae osteoarthritis.
• Highlighting technological and procedural advancements in diagnostics and communication.
• Proposing the concept and hypothesis of "interventional microbiology" for further testing.

Main Results:

• The case demonstrates the impact of molecular developments on rapid diagnoses.
• Effective communication of results has the potential to drive better decision-making and care.
• The study illustrates the benefits of active, rather than passive, microbiological approaches.

Conclusions:

• Interventional microbiology warrants testing in multiple institutions to confirm its potential to improve care and reduce costs.
• Rapid implementation of diagnostic pathways, point-of-care molecular diagnostics, and enhanced culture methods are recommended.
• Effective communication strategies in emergency departments and hospitals are crucial for quality improvement.