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Copyright © 2012

People, Places, Processes & Products that Influence the Supply Chain

 
 

INSIDE THE CURRENT ISSUE

May 2009

Products & Services


 

New Technology

Anti-microbial catheter to cut infection risk for dialysis patients

Medical experts at The University of Nottingham have shown that an innovative anti-microbial catheter could vastly improve treatment and the quality of life for many community-based dialysis patients.

Results of a study published in the leading journal Biomaterials, have shown that the catheter has the potential to ward off attack from a wider variety of pathogens and protect Continuous Ambulatory Peritoneal Dialysis (CAPD) patients from infections for up to 100 days — around 20 times longer than current catheters.

CAPD uses a catheter directly into the patient’s peritoneal cavity to collect waste fluids and replace them with dialysis solution, which is left in the body for around five hours and does the work that would normally be done by the kidney. However, the length of time the catheter needs to be left in the body and its direct insertion into the peritoneal cavity leaves the patient especially vulnerable to infection which often means the removal of the catheter and a return to traditional hospital-based haemodialysis.

The new catheter, which has been developed by experts in the School of Clinical Sciences at The University of Nottingham has been shown in the lab to kill on contact a wide range of the most common type of staphylococcal infections, including the hospital-acquired infection MRSA, and, for the first time, a number of gram negative pathogens including E coli. It has also proved to be continuously effective for 100 days.The work on the CAPD catheters has been supported by the company Martech, based in Philadelphia, which has been assisting in the acquisition of FDA and EU approval.

Respiratory risk from hospital cleaning fluids

Cleaning fluids used in hospitals may pose a health risk to both staff and patients. A pilot study published in BioMed Central’s open access journal Environmental Health has found that potentially hazardous chemicals are contained in a selection of agents used in several different hospitals.

The study was conducted at the University of Massachusetts Lowell Sustainable Hospitals Program (www.sustainableproduction.org) and led by Anila Bello. They investigated the cleaning materials and techniques used in six Massachusetts hospitals. Bello said, "Cleaning products may impact worker, and possibly patient, health through air and skin exposures. Because the severity of cleaning exposures is affected by both product formulation and cleaning technique, a combination of product evaluation and workplace exposure data is needed to develop strategies that protect people from cleaning hazards."

According to Bello, "The ingredients of concern identified in our study included quaternary ammonium chlorides or "quats" that can cause skin and respiratory irritation. "

Racing against time, space

How supply chain management can prevent critical care from running on empty

by Rick Dana Barlow

Keeping up with the product needs and demands of the routinely intense critical care department is a lot like running a race and finishing in second place to the national champion heavily favored to win from the start.

No matter the effort or the second guessing, you’re still not able to get the job done.

So the fissure between supply chain management and critical care widens as the former believes the latter makes too many unrealistic demands without any forecasting, while the latter feels the former simply remains out of touch with the hectic pace and unpredictability of the cardiac/coronary or intensive care units.

Experts and observers point to a lack of communication or miscommunication as the common denominator fueling the operational disconnect.

But some hospitals have bridged that gap. Healthcare Purchasing News tapped two critical care nurse managers who have successful working relationships with supply chain management to share some process innovations they developed together. Some are relatively basic and simple, but nonetheless effective.

Crash management

Mary Bylone, R.N., MSM, CNML, alumnus CCRN, recalled working in one facility where they were consistently running out of the specialty catheters they stocked.

"Because we allowed for physician preference, we needed to maintain an inventory of over 15 different catheters," said Bylone, assistant vice president, Patient Care Services, The William W. Backus Hospital, Norwich, CT. "In order to do this, I always ordered in the smallest quantity I could obtain, which was five. Otherwise, I would have had thousands of dollars of inventory on the shelves for these catheters alone. Because the use was unpredictable and the time it took to reorder and restock was at least seven days, we would constantly run out of the one the physician wanted." 

Then she discovered that several other ICUs in the facility actually used some of the same catheters. So she worked with supply chain management to list all of the different catheters that were being used in this organization, uncovering that nine were used in almost all of the areas. They devised a plan to consolidate inventory usage across all areas to the extent that they could replenish in bulk rather than each unit making special orders direct from the manufacturer.

"This was a huge satisfier," Bylone said. "Not only did I have the catheters that I needed, when I needed them, but the organization was able to save a lot of money that was being spent on overnighting packages and gaining a better tier for pricing. This project was only made possible because the unit managers and the materials people came together on this."

During a monthly Emergency Care Committee meeting, Melissa L Hutchinson, MN, R.N., CCNS, CCRN-CMC, CWCN, clinical nurse specialist – MICU/CCU, VA Puget Sound Healthcare System, explored ways to improve stocking supplies and equipment in crash carts. The committee, which included physicians, nurses, biomedical engineering and supply management, looked at what each crash cart contained, expressing concerns about missing products not readily accessible that caused time delays during code situations and some stocked products that were no longer used.

"We wondered who usually reviewed the contents and who should coordinate the updates because it appeared that this had not been completed for many years," Hutchinson said. "We decided that a small group of the key players called a ‘Hot Team’ should evaluate the contents and determine what changes should be made to make improvements." This "Hot Team" would consist of the respiratory therapy manager, manager of the supply division and the clinical nurse specialist for the medical ICU.

Their first target? Intravenous supplies either were placed in different drawers or missing altogether in the carts.

"This made it difficult to obtain supplies necessary to quickly start an IV during a code blue without rummaging through several drawers," she said. "The supply manager was able to visualize how searching for supplies could negatively affect our ability to run a successful code when the carts are not arranged intuitively for the end-user. Once we all had a better understanding of each other’s point of view and needs, we were able to brainstorm what products were necessary and what might be the best approach to packaging and placement in the cart."

Their solution? "We came up with something we called ‘Quick Packs’ where everything needed was preassembled so the nurse could ‘grab-and-go,’ minimizing the time needed for searching the crash carts."

The Hot Team created Quick Packs for blood draws and for IV starts and queried the ICU nurses about the product content, organization and placement. They prepared a couple of test packs for others to review and selected the groups’ preferred pack for the final combination.

Blood draw packs were assembled in "zip lock" bags with a newly designed color-coded lab slip with the assistance of the lab supervisor so lab technicians could easily identify the critical code labs, according to Hutchinson. All of the lab draw supplies were assembled in one "zip lock" bag that could be quickly obtained from the cart, and then sent to the lab. They did the same process for IVs. "We also determined that by preparing the packs in advance it would make refilling used crash carts easier," she added.

But Hutchinson admitted that developing the Quick Packs and determining the new pick list for stocking the crash carts was the easy part. What they really needed to do was "create a plan for updating every crash cart in the hospital over a several-day time period," she said.

The Hot Team worked with pharmacy, biomedical engineering, nurse managers and quality improvement to finalize proposed updates before obtaining the green light by the Emergency Care Committee to make the changes.

The team dedicated three days to revamp 45 in-house crash carts throughout the hospital campus, according to Hutchinson. The supply and pharmacy managers and the clinical nurse specialist coordinated the schedules of the key players necessary to complete the transition.

"We developed a plan for changing over the carts, placed a bulk supplies order in advance of the changeover date, pre-assembled the Quick Packs [at] four per cart [and] 200 total, and created new documentation books for each cart," she said. "Each book illustrated, with color photos, each drawer and the contents, so staff had a reference for the new carts. Each cart took over 20 minutes to prepare – remove old supplies and replace new supplies. This was an extremely challenging task and without the participation of the three Hot Team members it would not have been a hospital success."

Closing the breach

Bylone and Hutchinson acknowledged that critical care and supply chain management need to know each other fundamentally before they can work together and solve problems.

For Bylone, critical care has "space-time" concerns.

"Units lack storage space," she said matter-of-factly. "Nurses do not like to waste time charging for items or ordering them. Many items in critical care are needed ‘just in case.’ I think this presents enormous challenges on both sides. We need to have enough to get through the day, but have a backup to refill when needed without delay. We need a system or technology that is able to restock that doesn’t depend on nursing staff filling out slips of paper or making phone calls or completing online order sheets."  

 For Hutchinson, it’s all about communication. When supply management and nursing start to collaborate "and get to know each other, they are no longer the ‘voice on the phone,’" she said. "Establishing a good personal communication link is essential. After that it becomes very easy to dialog about other issues. I know I can pick up the phone and say ‘Hi Gilbert, can you explain to me why we run out of X, Y or Z so often? This is why I need X, Y or Z and why it is important for patient care. How can we change how this product is ordered or stocked?’"

"I believe it really comes down to improving communication and understanding how each part of the supply chain – purchaser, stocking, delivery and end-user – can either positively or negatively affect each other and the care the patient receives," she continued.

Playing ball together

Based on personal experience, Bylone and Hutchinson offered some of what they consider to be innovative, take-it-to-the-bank, useful tips for how supply chain management can improve its relationship with and customer service to critical care nurses.

Bylone emphasized building a "trusting relationship with the manager and respect that the nurse has little idea of what supply chain management requires." It’s a simple concept that isn’t unique to critical care and supply chain management getting along, she added.

"We have one priority in mind: Improve patient outcomes," Bylone noted. "If every time the nurse went to find the supply, [and] it was there in the spot it was supposed to be… well, who could ask for more?"

Furthermore, she indicated that product purchasing decisions should be based more on clinician needs than costs with the following caveat: "I didn’t say to ignore the cost, but if they won’t use it, well, any cost is wasted."

Hutchinson urged both to participate in a multi-disciplinary committee – either the manager or other supply chain staff to "better understand how critical it can be to have appropriate, timely and correct supplies and how that can either negatively or positively affect patient outcomes."

Nurses and supply chain managers also should introduce themselves, she noted. "Supply staff should be able to ask what could be different or what the end-user appreciates. Our supply person is fabulous! She speaks to the nurses every day, even just to say ‘hi, how are you,’ and when there are issues, questions or supply changes the nurses know they can easily go to her to correct par levels and to discuss supply concerns."

Supply chain managers that may not understand what sterile packs are or how they are used simply should ask one of the nurses to provide an in-service to explain it. "This promotes a team approach and collegial atmosphere between the staff from the two departments," she said. "This approach was utilized when our supply staff didn’t understand why they were preparing a sterile pack that included a baseball catcher’s mask. One of the MICU nurses prepared an in-service to explain how the supplies were used and demonstrated how the mask actually provides a method for securing a tube that is inserted into the patient’s stomach and esophagus to minimize a potential life-threatening gastric or esophageal bleed."  

Working the critical kinks out of the supply chain

Pros offer 30 strategies and tips to keep critical care areas stocked, stoked

Running out of anything in the critical care nursing units can be downright dangerous and life-threatening.

Questioning a critical care nurse about supply chain management’s customer service or a supply chain manager about critical care nursing’s supply demands likely will elicit some eye rolling and sighs, followed by complaints, because neither side seemingly understands the other’s needs. One wants too much stuff too quickly while the other doesn’t know how to plan very well.

Obviously, critical care nursing’s supply needs and supply chain management’s perceived customer service tends to be disconnected – either from a lack of communication or miscommunication between the two departments. Sometimes priorities may be misunderstood, overlooked or ignored. Other times, there may be unrealistic expectations about service capabilities.

Whatever the case, Healthcare Purchasing News has interviewed dozens of experts – including critical care nurses – and for the last six years moderated educational panel discussions at the annual National Teaching Institute & Critical Care Exposition of the American Association of Critical-Care Nurses about bridging the gap between the two areas.

Here’s what the experts shared with us as surefire ways to achieve success.

1. The critical care nurse manager should get to know the materials manager who orders supplies for the ICU. They should discuss needs and priorities.

2. If possible, assign a "stocker" to each individual unit. Each individual unit then should get to know its dedicated stocker and make them part of the unit’s activities, including lunch, special days.

3. Materials management should dedicate someone to be on call for weekend issues.

4. If the ICU still works on an exchange cart system, talk about turning. Critical care nurses may be doing patient baths at the time materials managers want to change carts. That’s a bad time to be changing carts.

5. Be sure to discuss materials management’s practices, in terms of projects and product standardization. Be open to differing priorities. You may not always get exactly the product you want but through training is a particular product useful and does it work?

6. Actively participate in the value analysis processes. If you’re not part of that process you’re part of problem.

7. Establish a collaborative working group to compare costs and benefits of products, particularly if that’s not part of the value analysis committee.

8. The materials manager should get to know the nurse managers – where they keep supplies, what their issues are and material priorities. Be open to differing opinions.

9. Empower the front line critical care nurses to make suggestions for setting PAR levels. Some things absolutely cannot run out. Others must continue to remain in PAR even if it hasn’t been used in a long time.

10. Look for opportunities to engage them in groups working on cross-functional teams. If you’re having problems in a particular unit during a particular shift you may need to attend a staff meeting or work with the ICU’s ordering clerk.

11. Communication between the two areas must be succinct, open and frequent. Both sides should be sending information and listening – seeking their input or opinions.

12. Use bar code scanners or automated supply systems to control PAR levels and ensure stock availability. Manual PAR level supply management is a major contributor to nursing dissatisfaction with materials management and still exists in many hospitals.

13. List supplies by common names and not by the manufacturer’s name.

14. Materials managers should go on rounds with critical care staff members for feedback. At the very least they should visit the ICU because the critical care nurses would welcome the opportunity to show them around.

15. PAR levels should be closely monitored by materials management, with PAR levels set higher than conventional nursing units to accommodate peaks in critical care census.

16. Rely on emergency department supplies as backup due to ER’s usage of similar critical care products. These departments are generally adjacently located.

17. ICU needs help with inventory management systems that produce user-friendly usage and cost reports.

18. Materials managers should consult with the clinical experts for product selection and support. Critical care nurses are very concerned about quality and durability, as well as the latest and greatest.

19. Critical care nurses actively seek warranty information and support – how to plan for equipment support, useful life, repair costs and overall management within the needed time frames.

20. Keep resource material close to the respective equipment, particularly if the equipment is used infrequently. Quick reference guides may be helpful.

21. Create an equipment pool for cleaning and distribution of equipment.

22. Materials management should develop a process to support crisis issues (such as not enough supplies, essential equipment breakdown) and share this information (spare parts or backup equipment are available) with critical care nurses.

23. Strategies and tactics used in other industries, such as "lean manufacturing," are fair game for implementing in critical care areas to organize supply rooms. Make sure a critical care nurse leads the charge.

24. Don’t hesitate to approach other internal departments, such as the pharmacy or surgical services, for supply management advice and tips.

25. Check with your group purchasing organization (GPO) to see if it offers supply contracting services, be it consulting or third-party management, to direct, drive or influence process changes.

26. Work with materials management to enlist your distributor to deliver products on a just-in-time basis, organized by care unit or even supply location, if possible.

27. Organize supply carts and/or individual supply bins on carts by type of care or specialty.

28. Broach the issue from a patient care perspective or standpoint, rather than by a supply availability or expense management perspective or standpoint so you set the tone right away. Nurses should go beyond supply shortage complaints; materials managers should go beyond line-by-line budget issues and usage reports.

29. Recruit your vendor(s) – manufacturers and distributors – as well as your GPO(s) to provide you with accurate and relevant clinical data and cost-in-use data that apply to real-life situations.

30. Channel the creativity used to locate and hoard supplies without apparent detection into solving the supply deficit problem.