Significados de microcalorimetry en inglés

Synovial fluid was aspirated and investigated by Gram stain, culture and microcalorimetry.

We investigated the accuracy and time to detection of septic arthritis by using microcalorimetry.

The microcalorimetry findings were correlated with conventional microbiologic methods.

The microcalorimetry curve from the right implant reached the peak earlier than did the left implant.

The sensitivity and specificity for diagnosing septic arthritis and the time to positivity of microcalorimetry were determined.

Infection was diagnosed by microcalorimetry of sonication fluid in 1 hour and 21 minutes.

The end-luminal equilibrium pH was calculated from the total CO2 concentration in the collected fluid, as measured by microcalorimetry.

Objectives: To describe the use of sonication and microcalorimetry in diagnosing necrotizing fasciitis in a 27-year-old woman with bilateral breast implants.

We hypothesized that the combination of sonication with a novel method called microcalorimetry will further improve and accelerate the diagnosis of implant infection.

We studied the corresponding structural changes with temperature-dependent X-ray diffraction and the thermodynamics of the phase transitions with adiabatic microcalorimetry and differential scanning calorimetry.

Microcalorimetry is an accurate and rapid method for the diagnosis of septic arthritis.

Microcalorimetry is a novel method that can rapidly detect microorganisms by their heat production.

Conclusion: Microcalorimetry will have a benefit in conditions in which rapid diagnosis of infection is important.

PMID: 25252631 Microcalorimetry is a novel method that can rapidly detect microorganisms by their heat production.

Synovial fluid was aspirated and investigated by Gram stain, culture and microcalorimetry.

We investigated the accuracy and time to detection of septic arthritis by using microcalorimetry.