MedPage Today: “Robotic prostatectomy has spread all over the U.S., despite the fact that we don’t have clinical trial data to show that it’s better than traditional open surgery. 

The company marketing the robotic surgery systems boasts on its website about news coverage from ABC’s “Good Morning America” and from CNN’s Dr. Sanjay Gupta.  And, under a picture of a couple dancing, the manufacturer claims:

“Studies show patients who undergo a da Vinci Prostatectomy may experience a faster return of urinary continence following surgery … Several studies also show that patients who are potent prior to surgery have experienced a high level of recovery of sexual function (defined as an erection for intercourse) within a year following da Vinci Surgery.”

But a paper published by the Journal of Clinical Oncology concludes that:

Risks of problems with continence and sexual function are high after both (robotic and open prostatectomy). Medicare-age men should not expect fewer adverse effects following robotic prostatectomy.”

The article gives examples of complications following open (“normal”) surgery versus robotic surgery using Medicare claims data from 406 men that had robotic surgery and 220 that had open surgery. The data from the two groups looks surprisingly similar. In fact, the open surgery group had a larger percentage of respondents reporting no complications than did the robotic surgery group; although the difference may not be significant.

Ultimately the authors of the Journal of Clinical Oncology suggest that the reason for the popularity of robotic surgery may be “gizmo idolatry” is at play. The authors go one step further by calling out Medicare’s reimbursement for robotic prostatectomy, “The apparent lack of better outcomes associated with (robotic prostatectomy) also calls into question whether Medicare should pay more for this procedure until prospective large-scale outcome studies from the typical sites performing these procedures demonstrate better results in terms of side effects and cancer control.”

It makes one wonder where the line for reimbursement should be drawn. Should reimbursement be tied to evidence based outcomes? It’s a good question when you think about all the treatments we use everyday that may not have sufficient data to back them up. Does that mean we should only use evidence based treatment? No, that would limit our ability to try new therapies when others fail. Interesting debate nonetheless.

 

I have a soft spot for robotics, especially for IV preparation. I’m not quite sure that pharmacy is ready to fully embrace the idea, but we’re well on our way.

APOTECAchemo is an IV preparation robot modeled in the image of i.v.STATION. Prior to yesterday I had not heard of APOTECA. Fortunately someone visiting my site left me a link to the U.S. website. The site contains limited information with the exception of the video below. However, a quick internet search led me to the Loccioni Humancare website where I was able to find additional information.

Continue reading »

 

Cleanroom environments, a.k.a. IV rooms, inside acute care pharmacies compound some of the most complex and dangerous medications used inside a hospital. Unfortunately this area is often overlooked when implementing safety features such as bar-code verification, identification of high-alert medications, advanced training and competency and so on. I was reminded of the dangers of intravenous products by a recent story coming out of Alabama where the death of 9 patients was linked to TPN (total parenteral nutrition) contaminated with Serratia marcenscens.

While IV rooms remain a high risk area they tend to fall off the radar of many hospital administrators when it comes to implementing technology capable of reducing risk. USP <797> tends to get all the glory even though much of the guidelines proposed in this USP chapter have yet to be shown any more effective than diligent hand washing and impeccable technique.
Continue reading »

 

As usual there were a lot of things that happened over the past week, and not all of it was related to pharmacy automation and technology. Here are some of the things I found interesting.
Continue reading »

 

UCSF: “Although it won’t be obvious to UCSF Medical Center patients, behind the scenes a family of giant robots now counts and processes their medications. With a new automated hospital pharmacy, believed to be the nation’s most comprehensive, UCSF is using robotic technology and electronics to prepare and track medications with the goal of improving patient safety.

Not a single error has occurred in the 350,000 doses of medication prepared during the system’s recent phase in.

Robotics is nothing new, but it seems like everyone is taking notice of the new robotics in the pharmacy at UCSF. I suppose all the people pointing it out to me has something to do with the fact that UCSF School of Pharmacy is my alma mater, but you never know. Anyway, I’m pleasantly surprised to see UCSF taking such an active role in advancing pharmacy practice. When I spoke with some colleagues sill working for UCSF a little over a year ago they were still practicing pharmacy invented in the dark ages. Not any more.

Now I’m trying to get a hold of someone at UCSF that will let me stop by for a tour, and all of a sudden no one knows me. Poetic justice I suppose.

 

What a great weekend. The Super Bowl wasn’t a blowout and turned out to be quite exciting in the end. The commercials weren’t extravagant, but were surprisingly entertaining. The one downside was the absolutely embarrassing rendition of the National Anthem sung by Christina Aguilera. For all those would be National Anthem singers out there, please don’t add to or take away from the National Anthem. When you do, you’re doing nothing more than punching this great country of ours in the face.

Anyway, here’s some other stuff I’ve found interesting over the weekend:
Continue reading »

 

As the word “robot” passes its 90th birthday1 – introduced by Karel Capek in his play R.U.R. (Tossums’s Universal Robots) in January 1921 – it’s become obvious that robotics has not only captured the imagination of geeks everywhere, but has become a point of interest in many industries including healthcare.

Late last year ASHP began pushing the idea of a new pharmacy practice model, PPMI. The movement was a hot topic for a while, but seems to have lost a lot of steam recently – “Hence the name: movement. It moves a certain distance, then it stops, you see? A revolution gets its name by always coming back around in your face” (Tommy Lee Jones in Under Siege 1992) – Anyway, when the PPMI movement was still going strong many important people in the pharmacy world struggled with the best way to approach a new pharmacy practice model. Many believe, and rightly so, that the best way for pharmacists to reinvent themselves is to become the cornerstone of a more robust patient care model. After careful consideration I believe the best hope for developing such as model will be to rely heavily on pharmacy robotics to handle much of the repetitive dispensing duties now handled by pharmacist on a day to day bases. You know, free up the pharmacists. It’s not a new concept, but one that seems to escape us.

Obviously it will take some time to develop robotics to the point where it will be effective in such a system, and it certainly won’t be cheap, and pharmacists will have to fight with state boards of  pharmacy to accept it, and pharmacy administrators will have to work closely with their hospitals to develop such a systems, and someone’s going to have to be brave enough to step up to the plate and get stated, and so on and so forth. In other words it’s going to be hard and it won’t happen overnight.

Who’s up for a little project? For now let’s just take a quick look at some of the things that lead me to believe robotics is worth another look as a potential solution.

Continue reading »

 

Hospitals make a lot of intravenous (IV) preparations. That makes sense when you consider that most people admitted to the hospital are there because their acute illness requires more care than can be administered at home; not always, but in most cases. This is especially true for patients in the intensive care unit, i.e. the ICU.

A fair number of the medications used in the ICU are prepared on demand for a host of reasons including stability, differences in concentration, difficulty in scheduling secondary to rate variability, etc. Any pharmacist or nurse reading this will understand what I’m talking about. Example medications that fall into this category include drips like norepinephrine, epinephrine, phenylephrine, amiodarone and nitroprusside.

Last year I mused about using devices on the nursing stations designed to package oral solids on demand at the point of care. I still like the idea for several reasons, all of which can be found in the original post.  Based on currently available technology the same concept could be applied to preparation of IV products at the bedside. Robotic IV preparation has come a long way and these devices could be used at the point of care to make a nurses, and patient’s, life a whole lot easier. The use of robotic IV preparation at the bedside could reduce wait times for nurses and lesson the workload on pharmacy.
Continue reading »

 

IV Automation / Robotics

Today I attended a webinar from Baxa titled “Improving Sterile Compounding Quality Through Automation” given by Eric Kastango RPh, MBA, FASHP. The presentation was very interesting. I thought it was going to focus more on technology, but it was heavy on the human component of contamination in the clean room environment with only minor mention of automated IV devices. Anyway, during the presentation Kastago talked a bit about robotic automation for clean rooms and mentioned the CytoCare Robot.

The CytoCare Robot is a chemotherapy compounding robot in an ISO class 5 environment. According to the website CytoCare is “the world’s first and only automated robotic system for the safe compounding of hazardous, life-critical cancer therapy medications.”


Continue reading »

© 2012 Jerry Fahrni Suffusion theme by Sayontan Sinha