Course Content
Introduction to SWL Complications
Foundation of complication awareness, risk, and early recognition in SWL.
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Why complications matter
05:42
Definitions (Side effects vs adverse effects vs complications)
01:55
Clinical relevance
03:55
Mechanisms of Injury in SWL
SWL causes injury through direct mechanical stress and cavitation. While these effects help break stones, they can also impact surrounding tissues, making technique and energy delivery critical for safety.
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How SWL causes injury
01:50
Complications during SWL
0/4
Incidence of Complications
01:43
Who are at high risk?
02:55
Complications in adults and children
01:43
How to adapt to children
02:33
Risk Stratification
Assess risk before SWL to improve safety and outcomes.
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Pre procedure risk and stratification
02:38
Contraindications absolute and relative
02:27
Technique Optimization to Prevent Complications
0/3
Intra procedure choices that reduce complications
01:33
Slow vs Fast Shockwave delivery
01:02
Coupling and SWL
01:41
Common Complications & Management
0/8
Post SWL hematuria
00:32
Post SWL Pain
01:19
Preventing bleeding
01:10
Reduce febrile UTI
02:14
Management algoritm for hematuria
00:29
Steinstrasse and fragment obstruction
01:13
Post SWL Sepsis
01:10
Cardiac arrythmia
00:43
Rare complications
0/3
Intestinal injury
00:55
How to avoid intestinal injury
00:35
Organ injury post SWL
00:42
Common debatable issues
0/2
Does renal function change after SWL?
01:39
Does SWL cause hypertention or Diabetes?
01:52
How to avoid complications and modifications
0/4
High risk group and modifications
00:46
Patient instructions post SWL
01:07
Complication prevention check list
01:48
Complications Quiz
00:15:00
Key take away
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Key take away
01:36
Complications in ESWL: Prevention, Early Recognition & Management
About Lesson

SWL is a non-invasive treatment, but it still affects surrounding tissues. Not every post-treatment event is a complication. Understanding what is expected and what requires attention is the first step toward safe practice.

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