Itinai.com an advertising picture for medical analysis labora e23355f1 1375 4542 a767 fc92f774dc1f 3
Itinai.com an advertising picture for medical analysis labora e23355f1 1375 4542 a767 fc92f774dc1f 3

High-Power Ho:YAG Laser Lithotripsy: Implications for Renal Stress and Safety in RIRS

Summary of the Study

This study looked at two types of lasers used in a procedure for kidney stones: high-power (HPL) and low-power (LPL) Holmium:YAG lasers. The goal was to see if one was safer than the other, using a test called KIM-1 to check for early signs of kidney injury.

What Worked?

  • Both types of lasers were effective in treating kidney stones.
  • No major differences in overall kidney function were found after the surgery.
  • Both groups had similar rates of complications and stone-free results.

What Didn’t Work?

  • The HPL group showed higher levels of KIM-1, indicating more stress on the kidneys shortly after surgery.
  • While overall kidney function was normal, higher KIM-1 levels suggest there may be some hidden kidney stress with the high-power laser.

What Does This Mean for Patients and Clinics?

  • Patients undergoing treatment with high-power lasers may need closer monitoring for kidney stress, even if their kidney function tests are normal.
  • Clinics should consider the balance between effectiveness and potential kidney stress when choosing which laser to use for procedures.

Real-World Opportunities

  • Hospitals can implement regular monitoring of kidney health after surgeries using the HPL laser.
  • Doctors can discuss the risks and benefits of HPL and LPL lasers with their patients before the procedure.

Measurable Outcomes to Track

  • Levels of KIM-1 in urine after surgery.
  • Overall kidney function tests (like creatinine levels and eGFR).
  • Rate of complications and success in removing kidney stones.

AI Tools to Consider

  • AI software could help track patient recovery and kidney health after procedures.
  • AI can analyze data on kidney function and KIM-1 levels to predict potential issues early.

Step-by-Step Plan for Clinics

  1. Start Small: Begin by selecting a few patients to monitor closely after using the HPL laser.
  2. Track Data: Collect and analyze KIM-1 levels and kidney function tests in these patients.
  3. Evaluate: Compare outcomes from HPL and LPL treatments to identify trends in kidney stress.
  4. Educate: Train staff on the importance of monitoring kidney health and discussing options with patients.
  5. Expand: Gradually implement these practices across more procedures based on initial findings.

For More Information:
Read the full study here.

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