David Paul Adkison studies techniques and outcomes related to shoulder surgery, particularly total shoulder arthroplasty, which is a procedure to replace the shoulder joint. He specializes in a method that avoids cutting a tendon known as the subscapularis, which is important for shoulder movement. By using ultrasound technology, he assesses how well patients recover after surgery, helping to identify the best approaches for quicker healing and reduced pain.
Key findings
In a study on shoulder surgery techniques, 86% of subscapularis tendons remained intact post-surgery, indicating good preservation of this vital tendon.
Patients who underwent the subscapularis-sparing approach experienced improved recovery outcomes, with a focus on less pain and quicker healing.
The findings highlight that while some patients had a reduction in strength if their tendons were disrupted, the overall approach is beneficial for faster rehabilitation.
Frequently asked questions
Does Dr. Adkison study shoulder surgery techniques?
Yes, Dr. Adkison researches innovative techniques for shoulder surgery, especially total shoulder arthroplasty that preserves key tendons.
What treatments has Dr. Adkison researched?
He has researched the subscapularis-sparing approach for total shoulder replacement, focusing on enhancing recovery and outcomes for patients.
Is Dr. Adkison's work relevant to patients undergoing shoulder replacement?
Absolutely, his research directly benefits patients seeking improved recovery options and less pain after total shoulder arthroplasty.
Publications in plain English
Ultrasound assessment after a subscapularis-sparing approach to total shoulder arthroplasty.
2022
Journal of shoulder and elbow surgery
He JK, Huntley S, Arguello A, Adkison D, Larrison M +4 more
Plain English This study looked at a new method for shoulder surgery that avoids cutting a specific tendon called the subscapularis. Researchers used ultrasound to check the condition of this tendon in patients who had the surgery and found that 86% of the tendons remained intact after the procedure. The findings suggest that this method leads to good recovery outcomes, though there was some reduction in strength for those whose tendons were disrupted.
Who this helps: This benefits patients undergoing total shoulder replacement surgery, particularly those seeking faster recovery with less pain.
Turn-on transient statistics and dynamics in a multimode, short-cavity laser.
1992
Optics letters
Hodges SE, Munroe M, Adkison D, Gadomski W, Raymer MG
Plain English This study examined how quickly different parts of a specific type of laser, called a multimode dye laser, start working after being turned on. The researchers found that the average time it took for these parts to become fully active increased due to some parts of the laser working better than others, leading to a longer start-up time than expected. This is important because understanding these delays can help improve the design and performance of laser systems used in various applications.
Who this helps: This benefits engineers and scientists working with laser technology.