Showing posts with label surgery. Show all posts
Showing posts with label surgery. Show all posts

Saturday, October 4, 2025

Fatal failures from failing to learn from failure

 

Soon after Anne and I arrived in Seattle, we became hooked on alpine climbing.

Three of our favorite climbs were:

The Inspiration Glacier Route on El Dorado




The Kautz Glacier Route on Mt. Rainier


and 

The West Ridge of Mt. Stuart


It occured to me that alpine climbing was similar to surgery in many ways: it is rewarding, it is technical, and it turns out well most of the time.
 
Also, like climbers, surgeons often do not learn from past failures.

My friend, Colton Bramson, loaned me a book last night called Accidents in North American Climbing 2023. What stuck me as I paged through this book was that a substantial number of fatalities occurred during rappelling. For the non-climbers among you, rappelling is a standard method of descending from a climb in which the climber slides down a rope that is fixed to an anchor.


In contrast to climbing up (where the climber is supported by his/her hands and feet), in rappelling the climber is completely dependent on (1) the anchor fixed to the rock or snow, (2) the link between the anchor and the rope (usually a combination of a carabiner and webbing or cord sling), (3) the rope (passed through  the anchor system so that the ends are of equal length with large knots at the end of each one), (4) the climber's harness, and (5) the link between the harness and the rope (such as a jumar). The technique of getting it right is shown in this link.  

As can easily be seen (as is the case in surgery) there are many points of potential failure:  anchor, carabiner, sling, harness, jumar and the rope (e.g. sliding off the end of the rope). 

Causes of fatal rappel falls have been well documented:

2004 Devils Tower — Fatal rappel error - no knots at the end of the rope 
2006: Sinks Canyon — Fatal fall while rappelling - no knots at the end of the rope
2016: Indian Creek — Uneven rope ends, no knots at the end of the rope
2017: Shelf Road — Fatal rappel error - improper set up of rappel system
2020: 6 rappel-anchor failures, 3 of them fatal 
2022: Joshua Tree (broken sling) - fatality
          Tahquitz (broken sling) - fatality
          Mt. Evans (fell while pulling rope after rappel) - fatality 

In spite of these examples of fatal errors from which climbers could learn, there were 8 known rappelling fatalities in 2023.

Accidents in North American Climbing sought to determine the cause of each failure, even when complete information was not available, and to suggest what could have been done to prevent the failure

45 yo female, Auburn Quarry-only one end of the rope passed through her belay device=>make sure both ends of the rappel rope are passed through the device

51 yo female, Joshua Tree-failure of old anchor and weathered sling=>avoid using anchor systems placed by prior climbers unless they are solid and in mint condition, take time to place new anchor system

22 yo female, Mt. Evans-fall while retrieving rappel rope=>make sure footing is secure and/or that the retrieving climber is anchored so that the act of rope retrieval does not cause a fall

58 yo female, El Dorado Canyon-one end of rope pulled through anchor=>tie knots in the end of each rope strand

two 67 yo males, Glacier National Park-hastily placed anchor pulled from rock=>take time to assure that anchor is solid and redundant

44 yo male, Leavenworth-poor anchor placement leading to anchor failure=>take time to assure that anchor is solid and redundant

33 yo female, Tahquitz Rock-failure of old anchor and weathered sling=>avoid using anchor systems placed by prior climbers unless they are solid and in mint condition, take time to place new anchor system


It is apparent that the American Alpine Club provides a great example of causal modeling. In each case, they sought to determine the counterfactual - what could have been done differently to prevent the rappelling accident - even in cases where complete information was not available.  In addition to the analyses of individual fatalities, they publish their results in their annual publication, Accidents in North American Climbing, so that all climbers have access to the results.

This a perfect example of learning from a relative small number of failures in a space - like orthopaedic surgery - where the great majority of cases are successful (see this link)

For more learning from failure in the mountains, see When Everest Climbers Die Because of Poor Decisions.

Surgery, like climbing, is usually wonderful, 
but past failures contain lessons for preventing future failures 


Mt. Rainier
August 2025


Follow on twitter/X: 
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Follow on facebook: https://www.facebook.com/shoulder.arthritis
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Here are some videos that are of shoulder interest
Shoulder arthritis - what you need to know (see this link).
How to x-ray the shoulder (see this link).
The ream and run procedure (see this link)
The total shoulder arthroplasty (see this link)
The cuff tear arthropathy arthroplasty (see this link).
The reverse total shoulder arthroplasty (see this link).
The smooth and move procedure for irreparable rotator cuff tears (see this link)
Shoulder rehabilitation exercises (see this link).

Sunday, February 23, 2025

How you can optimize your surgical outcome!


A guide to help you bring your healthiest, best-prepared self to the operating room

Most shoulder surgeries — including operations for arthritis, rotator cuff problems, and instability — are elective. Because they are planned, you have an opportunity that emergency patients do not: the chance to arrive in the operating room as healthy and as well prepared as possible. The recommendations below are meant to help. Please review them with your surgeon and primary care provider, who can tailor them to you.

Why Nutrition Matters Before and After Surgery

Many people come to surgery relatively undernourished, often without realizing it. This is true even for patients who are not underweight — a person can carry plenty of weight and still be short on the protein, vitamins, and other building blocks that healing depends on.

Surgery places an added demand on your metabolism. To rebuild tissue, fight off infection, and regain strength, your body burns through more protein, calories, vitamins, and fluid than usual. If you begin in a depleted state, you have less in reserve at exactly the moment your body needs the most.

For that reason, the goal is to get a head start before surgery and keep it going afterward. Think of it the way an athlete fuels for an event: you want to go in well-stocked rather than running on empty, and you want to keep refueling throughout your recovery. The diet, protein, and supplement suggestions in this handout are aimed at exactly that.

A Word About Fasting Before Surgery

You will be told to stop eating and drinking for a period before your operation. This is an important safety measure for anesthesia. The traditional instruction — “nothing to eat or drink after midnight” — can be surprisingly hard on your body, however, especially if your surgery is scheduled for the afternoon. A midnight cutoff before a mid-afternoon operation can mean 14 hours or more with no food or fluid. That comes close to a starvation state at the very time your body is preparing for the stress of surgery.

Modern anesthesia guidelines are generally more flexible than the old midnight rule. In many practices, solid food is stopped roughly 6 to 8 hours before surgery, while clear liquids — water, apple juice, black coffee or tea, or a clear sports drink — are allowed up to 2 hours before. Some programs even encourage a special clear carbohydrate drink a couple of hours beforehand to ease hunger and thirst and to lessen the metabolic stress of fasting.

Important: Fasting instructions differ from patient to patient and from one facility to another. Always follow the specific instructions given by your surgeon and anesthesia team, and ask them directly when you should stop (1) eating solid food and (2) drinking clear liquids. If you eat or drink against these instructions, your surgery may have to be delayed or cancelled on the day of the operation, so it is important to get the timing right.

A Note About GLP-1 Medications (Ozempic, Wegovy, Mounjaro, and Similar Drugs)

A growing number of people take a class of medication called GLP-1 receptor agonists — used for type 2 diabetes and for weight management. Common ones include semaglutide (Ozempic, Wegovy), tirzepatide (Mounjaro, Zepbound), liraglutide (Victoza, Saxenda), and dulaglutide (Trulicity). They may be given as a daily or a once-weekly injection, or as a daily pill.

These medications matter for surgery because they slow down how quickly your stomach empties. That means your stomach may still hold food or liquid even after the usual fasting period — which can raise the risk of stomach contents coming back up and entering the lungs while you are under anesthesia. For that reason, your care team needs to know if you take one of these drugs.

What to do:

  • Tell your surgeon and anesthesia team well before surgery that you take a GLP-1 medication, including the name and how often you take it.

  • They may ask you to hold a dose before surgery. For a once-weekly injection this often means skipping the dose during the week of your operation; for a daily form, it may mean the day of surgery. Some teams also ask you to take only clear liquids the day before.

  • Do not stop the medication on your own, especially if you take it for diabetes — stopping without a plan can worsen your blood sugar control. Coordinate the timing with the provider who manages the medication.

Recommendations in this area are still evolving and vary from one practice to another, so the most important step is simply to raise it early and follow the specific instructions your surgeon and anesthesia team give you. 

At the University of Washington the following rule applies: for any patient having taken GLP-1 Medications within 5 weeks of their surgery, no foods other than clear liquids are allowed for 24 hours prior to surgery.

Confirm the plan well in advance and make sure you understand exactly what to do. If you arrive for surgery without having followed these instructions, your operation may be delayed or cancelled that day for your safety — so it is well worth getting the details right ahead of time.

Nutritional Supplement Drinks (such as Ensure Plus)

If you have trouble eating enough, or simply want an easy way to raise your protein and calorie intake before and after surgery, oral nutrition drinks can help. Products such as Ensure Plus, Boost Plus, or their less-expensive store-brand equivalents are calorie- and protein-dense and need no preparation. An 8-ounce serving of Ensure Plus provides roughly 350 calories and about 13 grams of protein, along with added vitamins and minerals.

Consider taking one to three of these per day in the days and weeks leading up to surgery to build your reserves, then resuming them afterward to help meet the added demands of healing — especially in the first days, when appetite is often low.

One important caution: these drinks are milk-based and are not clear liquids. For fasting purposes they count as food and must be stopped on the same schedule as solid meals (typically 6 to 8 hours before surgery) — not during the 2-hour clear-liquid window. If your surgeon wants you to have something closer to surgery, he or she will recommend a specific clear carbohydrate drink. When in doubt, ask.

Your Pre-Surgery Checklist

A. Get Comfortable with the Surgery and Recovery

Discuss the following with your surgeon:

  1. The planned procedure, including its likely benefits and possible risks

  1. Surgical and non-operative treatment options

  2. The recovery process, including post-surgery do’s and don’ts

  3. Any special equipment you will need after surgery

  4. The timing and frequency of postoperative visits, including when your bandage will be changed and your sutures removed

  5. Whether you will need physical therapy

  6. If you need other procedures — for example on your hands, feet, knees, or hips — the ideal order in which to have them

B. Assemble Your Support Team

Make sure you have help in place for your recovery. Ask your surgeon what kind of support you will need and for how long — for example, how soon after surgery you will be able to drive a car.

If you live alone, this is especially important. Arrange help ahead of time from family, friends, or hired caregivers, and put it on the calendar before your surgery rather than trying to organize it afterward. Plan in particular for the first days at home, when you will need the most assistance with dressing, meals, and getting around.

 Some patients understandably assume that Medicare routinely covers in-home physical therapy or home health aides after surgery. In most cases, this is not covered unless the patient meets criteria such as being functionally homebound.
For the majority of elective surgical patients, the support system they have in place before surgery should be considered their primary post-operative plan.

That said, some Medicare Advantage or supplemental plans may offer additional home health benefits. Patients should contact their insurance plan directly to confirm what, if any, benefits are available. These services are coverage-dependent and should not be assumed as part of the surgical planning process.

C. Confirm Insurance Authorization

Make sure the procedure is authorized by your insurance company and that both the hospital and surgeon fees will be covered.

D. Complete Pre-Surgery Requirements

Finish all required tests, imaging, and consultations well in advance.

E. Understand Medication Management

Ask both your surgeon and your primary care provider which medications to stop before surgery and exactly when to stop them. Blood thinners, diabetes medications, and certain supplements often need special attention. GLP-1 medications (Ozempic, Wegovy, Mounjaro, and similar drugs) deserve particular attention— see “A Note About GLP-1 Medications” above — so be sure to mention them by name.

F. Know Your Fasting Requirements

Confirm when to stop (1) eating solid food and (2) drinking clear liquids before surgery. See “A Word About Fasting Before Surgery” above — and remember that nutritional supplement drinks count as food, not clear liquids.

G. Discuss Pain Management

Review the plan for managing pain after surgery and confirm who will manage your pain medications.

If you already take narcotic (opioid) pain medication, do not stop on your own. Make a plan in advance with a medical provider who has agreed to continue managing these medications through your surgery and recovery, so that your pain is controlled safely and without a gap in care.

Some surgeons use nerve blocks for postoperative pain control, while others do not. If this is something of interest to you, be sure to discuss it with your surgeon well before your surgical date so arrangements can be made if necessary.

H. Plan for Daily Activities and Mobility

Talk through how the surgery will affect everyday tasks — getting out of bed and chair, dressing, bathing, and getting around — and plan ahead for each one.

  • Clothing. Set aside a wardrobe you can manage without using your surgical arm: loose, front-opening or button-up tops rather than pullovers, and slip-on shoes, so you can get dressed and put on shoes without raising or reaching with that arm.

  • Driving. For many shoulder operations you should not drive for up to six weeks. Plan transportation ahead of time — for the ride home after surgery and for later appointments and errands — and confirm the timeline with your surgeon.

  • Showering. Plan for safe showering. Follow your surgeon’s instructions for keeping the incision and dressing dry, and consider a non-slip mat, a grab bar, a shower chair, and a handheld showerhead. Have someone available to help, especially the first few times.

I. Optimize Your Health

  1. Weight. Body mass index (BMI) is a useful indicator of your height-to-weight balance. To estimate it, divide your weight in pounds by your height in inches squared, then multiply by 703. For most people, a BMI in the range of roughly 20 to 30 is a reasonable target going into surgery, with risk tending to rise at both ends of the scale. A BMI of 40 or above may indicate severe obesity, which can raise the rate of complications. Just as important — and often overlooked — a low BMI (below about 19 to 20) can signal undernutrition and a lack of the reserves your body draws on to heal; in many surgical studies, being underweight is associated with poorer wound healing and higher complication rates. The goal is not to be as thin as possible, but to arrive well-nourished and strong. If you have lost weight recently — including intentional weight loss on a GLP-1 medication (see above) — let your surgeon know, since your current weight and nutritional reserves may differ from what your records show.

  1. Diet.

  • Aim for balanced nutrition with adequate protein, fruits, and vegetables. To support healing, a daily protein intake of about 0.5 gram per pound of body weight is often recommended; confirm what is right for you with your provider.

  • Nutritional supplement drinks (see the section above) are an easy way to reach your protein and calorie goals before and after surgery.

  • If you do not care for meat or fish, whey protein powder — mixed into milk, water, or a smoothie — is an inexpensive, convenient way to reach your daily protein goal.

  • Ask your provider about vitamin D and C supplements; both are important for healing, and many people are deficient in them.

  • Stay well hydrated. A common guideline is 0.5 to 1 ounce of fluid per pound of body weight per day.

  1. Habits.

  • Reduce or eliminate alcohol; it raises surgical risk and complicates pain management. In most cases it should be stopped at least two weeks before surgery.

  • Stop smoking and using nicotine products at least one month before surgery. Smoking dramatically increases surgical risk and the rate of complications, including problems with wound and bone healing.

  • Reduce or eliminate narcotic (opioid) pain medication for two weeks before surgery, as ongoing use complicates pain control afterward. If you take opioids regularly, do not stop on your own — coordinate a plan with your provider (see “Discuss Pain Management” above).

  1. Fall Prevention. Make your home safe before surgery: provide good lighting throughout, especially on stairs and along the path to the bathroom; remove obstacles such as clutter, loose rugs, and electrical cords; and install sturdy railings on stairs and grab bars where they help. Keep your vision well corrected and practice your balance.

  2. Exercise. Aim for at least 30 minutes of activity each day. Walking is ideal, and simple strengthening such as step-ups or arm curls adds to the benefit. Keeping up regular cardio, strength, and flexibility work in the weeks before surgery — sometimes called “prehabilitation” — can speed your recovery.

  3. Manage Chronic Conditions. Optimize your blood sugar, blood pressure, lung function, and bone health. If you have diabetes or prediabetes, an A1C below 7 is often recommended before surgery.

  4. Medications. Continue your regular medications until you are advised to stop them.

  5. Rest. Get adequate sleep and rest in the weeks leading up to surgery.

  6. Skin Health. Address any skin problems. Poor skin condition or open sores may delay surgery until they have healed.

  7. Dental Health. Manage dental issues proactively. Root canals, necessary gum surgery, and infections should be taken care of before your operation.

These general guidelines can improve both the safety of your surgery and the quality of your recovery. They are a starting point for conversation, not a substitute for the advice of your own care team — please review them with your surgeon and primary care provider.

Sunday, June 4, 2023

Joint replacement surgery for shoulder arthritis

 


General comments

Hemiarthroplasty (including biological resurfacing of the glenoid)
Ream and run (see this link and this link).
Cuff tear arthropathy arthroplasty (see this link and this link). 
Total shoulder (see this link and this link).
Reverse total shoulder (see this link and this link). 

When is the right time for surgery for shoulder arthritis?

Should I have a ream and run or a total shoulder?

Here are guidelines for optimizing the safety and effectiveness of surgery.

More on making elective surgery safer can be found at this link.

The glenoid is the key to surgical reconstruction of the arthritic shoulder, click here to see why.
Glenoid version and shoulder stability are discussed here. Here is some more information on the Bad Arthritic Triad, click here.

For humeral hemiarthroplasty, CTA prostheses, and total shoulder arthroplasty, we use impaction grafting to secure the humeral component.

Information about the use of eccentric humeral head components to optimize glenohumeral stability can be found here.

A discussion of special considerations for different types of arthritis can be found at this link.

A discussion of factors informing the selection of the humeral component is included in this link and in this link

Here is our method for inserting the humeral component - see this link.

Individuals often ask whether they should have ream and run or a total. Information on this choice is shown in this link.

For more on things to be considered in the surgical management of arthritis, click on this link.

Here is an interesting link about the different kinds of shoulder joint replacement and their complications.

Some important concepts about rehabilitation after anatomic shoulder joint replacement arthroplasty are presented in this link as well as in this link.

You can support cutting edge shoulder research that is leading to better care for patients with shoulder problems, click on this link.

Follow on twitter: https://twitter.com/shoulderarth
Follow on facebook: click on this link
Follow on facebook: https://www.facebook.com/frederick.matsen
Follow on LinkedIn: https://www.linkedin.com/in/rick-matsen-88b1a8133/

Here are some videos that are of shoulder interest
Shoulder arthritis - what you need to know (see this link).
How to x-ray the shoulder (see this link).
The ream and run procedure (see this link).
The total shoulder arthroplasty (see this link).
The cuff tear arthropathy arthroplasty (see this link).
The reverse total shoulder arthroplasty (see this link).
The smooth and move procedure for irreparable rotator cuff tears (see this link).
Shoulder rehabilitation exercises (see this link)

Monday, November 18, 2019

YouTube surgical videos

We have recently posted videos of our approach to common shoulder procedures for shoulder conditions, such as arthritis and rotator cuff tears.

These YouTubes can be viewed by clicking  here.











Saturday, August 25, 2018

Outcomes of rotator cuff repair - what's important? What about integrity of the repair?

Predictors of pain and functional outcomes after operative treatment for rotator cuff tears

These authors assessed the predictors of pain and functional outcomes in a longitudinal cohort of 50 patients undergoing operative treatment for rotator cuff tears from March 2011 to January 2015.  Patients completed Shoulder Pain and Disability Index (SPADI) questionnaires at 3, 6, 12, and 18 months.

They found that lower Fear-Avoidance Beliefs Questionnaire physical activity score (P = .001) predicted a lower SPADI score (better shoulder pain and function). Those consuming alcohol 1 to 2 times per week or more had lower SPADI scores than those consuming alcohol 2 to 3 times per month or less (P = .017). 

Variables that were not significant predictors of SPADI included sociodemographic characteristics, preoperative magnetic resonance imaging characteristics, such as tear size and muscle quality, shoulder strength, and variations in surgical techniques (single row, double row, transosseous equivalent, performance of biceps surgery).

Comment: The design of this study is curious. In that the goal of cuff repair is to restore the integrity of the cuff tendons to the tuberosity, it would have seemed essential to assess the integrity of the repair at followup among the "comprehensive set of potential" "predictors of pain and functional outcomes" after surgery.  

The association of greater alcohol consumption with less self-assessed pain and functional limitation does not seem to support the concept that those consuming more alcohol are better candidates for surgery (as the article seems to suggest).

A few other questions come up:
 is the SPADI in common enough use in cuff surgery to enable comparison of the results with other studies?
 is the Fear-Avoidance Beliefs Questionnaire physical activity score a common and comparable instrument for assessing physical activity (better than the SF36, for example).  

Does this article indeed help us predict the pain and functional outcomes after operative treatment for rotator cuff tears?

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Use the "Search" box to the right to find other topics of interest to you.


You may be interested in some of our most visited web pages   arthritis, total shoulder, ream and run, reverse total shoulder, CTA arthroplasty, and rotator cuff surgery as well as the 'ream and run essentials'

Friday, February 3, 2017

Rotator cuff surgery in workers - effect of timing

The effect of expedited rotator cuff surgery in injured workers: a case-control study

These authors examined the effect of ‘expedited’ surgery on recovery and work status in injured workers.

Injured workers who had undergone an 'expedited' rotator cuff surgery funded by parallel-pay insurance (study group) were compared with workers who had used the public health insurance (control group) while adjusting for sex, age, severity of pathology, and follow-up period.

The patients in the ‘expedited’ group waited less time to have surgery than the control group, reported less disability after surgery, had a higher number of patients whose improvement exceeded the minimal clinically important improvement in the ASES score, and were more likely to be working at the time of the final follow-up.

Comment: The duration of symptoms was <18 months in 77% of the ‘expedited’ group and in 41% of the control group. In the ‘expedited’ group symptoms had been present for 16±18 months and for 38±51 months in the control group. It is not clear whether the workers were off work for the duration of symptoms. It well known that the longer a worker is off work the more difficulty it is to get them back to work. Thus it is not surprising that only 36% of the ‘expedited’ group was back to regular work at followup and only 19% of the control group was back to regular work at followup.

While the title of this study indicates that it is about ‘rotator cuff surgery’, only 45% of the cases in either group had rotator cuff repairs. Other surgeries included acromioplasty, distal clavicle resection, and biceps surgery. This is not a study of the value of acute repairs of traumatic cuff tears.

It is noted that patients in the ‘expedited’ group had an orthopedic evaluation at a specialty shoulder and elbow clinic and an expedited arthroscopic rotator cuff decompression or repair, or both. In contrast, patients in the control group had an active compensable injury that had undergone a publicly funded operation for rotator cuff decompression or repairs. Who winds up being covered by ‘parallel-pay insurance’ and who winds up being covered by public health insurance? We are not informed if these surgeries were performed at a ‘specialty shoulder and elbow clinic’ or not. Thus it is unclear whether selection bias may have tipped the results in favor of the ‘expedited’ group.

The management of injured workers is complex. Our approach is to do our best at the initial visit to determine whether the patient is likely to return to work without or with surgery. If return to work is likely, we expedite non-operative or operative treatment to minimize the detrimental off work time.

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Use the "Search" box to the right to find other topics of interest to you.

You may be interested in some of our most visited web pages including:shoulder arthritis, total shoulder, ream and run, reverse total shoulder, CTA arthroplasty, and rotator cuff surgery as well as the 'ream and run essentials'


Saturday, July 19, 2014

Propionibacterium in shoulder surgery - the skin micro biome

Propionibacterium acnes Infections in Shoulder Surgery

The abstract to this paper reads, "Perioperative shoulder infections involving Propionibacterium acnes can be difficult to identify in a patient who presents with little more than pain and stiffness in the postoperative period. Although indolent in its growth and presentation, infection of the shoulder with P acnes can have devastating effects, including failure of the surgical intervention."

The authors point out, as we've previously emphasized, that Propionibacterium are commonly found in failed shoulder surgeries, including arthroplasty, cuff repair and fracture fixation. These failures may present as pain, stiffness or mechanical loosening - only rarely with redness, swelling, tenderness, wound drainage, fever, elevated white blood cell counts, elevated C reactive protein, or elevated sedimentation rate. Our approach to the finding Propionibacterium in surgical wounds is explained here. In contrast to the statement of these authors, the data indicate that cultures for Propionibacterium should be on three different media and held for 17 days.

The authors suggest that Propionibacterium contamination from the skin of the patient can be prevented by "proper preparation of the surgical field" but as they point out this is difficult. Recent evidence has shown that the organisms lie in not on  the skin, so that they are not susceptible to normal skin preparation. A great article on the ecology of skin bacteria is shown here. These two figures come from that article. Note that Propionibacterium are common in the oily areas (face, chest, back) and not the moist areas (axilla and groin). From the second figure one can see that Propionibacterium were NOT present in the axilla, contrary to popular belief.






They point out that presurgical preparation of the skin is ineffective in eliminating Propionibacterium from the hair follicles and sebaceous glands. The authors advocate changing to a new clean knife blade after the skin incision - a practice we have adopted as well. The bottom line is that there is no effective method of preventing Propionibacterium contamination of the surgical field.

We suggest that the risk of infection may also be reduced by copious irrigation with antibiotic-containing fluid and avoiding contact between the implants being inserted and the skin edge at the time of insertion.

The authors refer to our prior study demonstrating that patients having revision shoulder arthroplasty had a high risk of positive Propionibacterium cultures if they were male with osteolysis and humeral and/or glenoid component loosening. This study suggests that the effect of Propionibacterium is to create bone resorption rather than acute inflammation.



Tuesday, February 18, 2014

How can a patient become Strong for Surgery?

We commonly discuss the 4 Ps, the four factors that determine the outcome of surgery: the patient, the problem (the diagnosis) the procedure (the operation), and the physician (the surgeon doing the procedure).

Strong for Surgery is a program designed to reduce the risk of surgery by paying attention to perhaps the most important of the 4 Ps, the patient. It includes checklists that doctors can use to assess patient risk and guidelines for patients to reduce risk by optimizing nutrition, blood sugar control, stopping smoking and discussing all medications with the surgical team.

See also our pre surgery check list for patients.

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Consultation for those who live a distance away from Seattle.

Check out the new Shoulder Arthritis Book - click here.

Click here to see the new Rotator Cuff Book

To see the topics covered in this Blog, click here

Use the "Search" box to the right to find other topics of interest to you.

You may be interested in some of our most visited web pages including:shoulder arthritis, total shoulder, ream and run, reverse total shoulder, CTA arthroplasty, and rotator cuff surgery as well as the 'ream and run essentials'




Monday, February 17, 2014

Complications of Surgery and Readmission - the 4 Ps

The Relationship Between Timing of Surgical Complications and Hospital Readmission

There is an increasing emphasis on safety of surgical care. Commonly used metrics include length of stay, mortality and in-hospital complications. In the future, however, reimbursement will be decreased for excessive readmissions, initially for those readmissions within 30 days for heart problems and pneumonia, but the list is expected to expand in the near future.

These authors sought to determine the timing of postoperative complications with respect to hospital discharge and the frequency of readmission. They examined the records of patients having surgery from January 2005 to August 2009, including arthroplasty, vascular, colorectal, and gynecologic procedures at 112 Department of Veterans Affairs (VA) hospitals.  They were particularly interested in the association between timing of complication with respect to index hospitalization and 30-day readmission.

The study of 59 273 surgical procedures performed found an overall complication rate of 22.6% of which over 25% were discovered after discharge; many of these required readmission. Over half of the surgical site infections were discovered after discharge.

The overall 30-day readmission rate was 11.9%, of which only 56.0% of readmissions were associated with a currently assessed complication. Readmission was predicted by patient comorbid conditions, procedure factors, and the occurrence of postoperative complications.  Readmissions were commonly needed for infections, CNS issues, venous thromboembolism, respiratory issues, cardiac issues and urinary tract issues.

The authors concluded that hospital discharge is an insufficient end point for quality assessment.

Comment: this is a powerful article. Close reading reveals the following risk factors for length of stay, complications and readmission shown in the table below, indicating the importance of factors related to the Patient and the Procedure (see more about the 4 Ps here)


These data suggest that risk stratification and post discharge surveillance for complications and readmissions will be important to the evaluation of health care quality.
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To learn more about shoulder arthritis and what can be done about it, see the Shoulder Arthritis Book.

To learn more about the rotator cuff, see the Rotator Cuff Book


To see the topics covered in this Blog, click here

Use the "Search" box to the right to find other topics of interest to you.

You may be interested in some of our most visited web pages including:shoulder arthritis, total shoulder, ream and run, reverse total shoulder, CTA arthroplasty, androtator cuff surgery as well as the 'ream and run essentials'


Friday, December 27, 2013

"Sham" surgery yields improvement - the surgical placebo?


Arthroscopic Partial Meniscectomy versus Sham Surgery for a Degenerative Meniscal Tear

How does one know what part of a surgical procure is responsible for improvement? For example, in rotator cuff repair surgery we've seen many articles demonstrating functional improvement even though the repair doesn't work (i.e. it does not result in a durable reattachment of the cuff to the humeral tuberosity). So we may not always understand how surgery helps.

These authors conducted a multicenter, randomized, double-blind trial in 146 patients 35 to 65 years of age who had knee symptoms consistent with a degenerative medial meniscus tear and no knee osteoarthritis. After diagnostic arthroscopy patients were randomly assigned to arthroscopic partial meniscectomy or a sham surgery. Only the orthopedic surgeon and other staff in the operating room were made aware of the group assignment, and they did not participate in further treatment or follow-up of the patient. For patients having arthroscopic partial meniscectomy, the damaged and loose parts of the meniscus were removed until solid meniscal tissue was reached.

For the sham surgery, the patient was kept in the OR for the same length of time as for the arthroscopic partial meniscectomy during which time the sensations and sounds of a true arthroscopic partial meniscectomy were imitated without actually performing the procedure.

Importantly, both groups improved with no significant between-group differences in the change from baseline to 12 months.
The Lysholm score improved 21.7 points in the partial-meniscectomy group as compared with 23.3 points in the sham-surgery group.
The WOMET score improved 24.6 and 27.1 points, respectively.
The score for knee pain after exercise, 3.1 and 3.3 points, respectively.

So the point here is that both groups were improved after the diagnostic arthroscopy, but there was no incremental benefit of the partial menisectomy. One might wonder what the results of a similar study of cuff repair vs sham might show.

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