OPTIMISING PATIENT CARE: A COMPREHENSIVE STRATEGY FOR ENHANCING THE HOSPITAL’S PHLEBOTOMY SERVICE

ASSIGNMENT 1: OPTIMISING PATIENT CARE: A COMPREHENSIVE STRATEGY FOR ENHANCING THE HOSPITAL’S PHLEBOTOMY SERVICE
 
Executive Summary
This study shows a new way to make hospital testing better. Set up a scheduling system, make the seats better, start collecting blood from urgent care patients on-site, make inventory management more consistent, and improve the flow of goods. The study stresses the importance of constant monitoring, working together with stakeholders, and communicating with a focus on the patient in order to get past staff complaints and technology changes. These changes shorten the time patients have to wait, make staff more productive, and make the hospital’s blood service better. This will make the service more in line with the best ways to care for patients and handle resources.

 
Table of Contents
Introduction 5
Operational Context 5
Problem Statement 5
Significance of the Problem: Beyond Operational Challenges 5
Patient-Centric Ramifications 5
Staff Well-being and Efficiency 6
Fiscal and Ethical Dimensions 7
Aim and Objectives 7
Operational Management Techniques 8
Current State Analysis: Unveiling Operational Challenges 8
Patient Queues and Seating Arrangements 8
Inefficient Patient Handling for Staff Members 8
Inability to Serve Challenging Patients 9
Stock Management Inefficiencies 9
Proposed Improvements: Transforming the Phlebotomy Service 9
Appointment System Implementation 9
Seating Arrangements Enhancement 10
Serving Challenging Patients 11
Standardized Stock Management 11
Addressing Logistic Challenges for Staff 12
Lean approach: 13
Risks and Contingencies 14
Staff Resistance to Change: 14
Technical Challenges in Implementation: 14
Patient and Staff Adjustments: 15
Recommendations: A Roadmap for Comprehensive Enhancement 19
Addressing Potential Limitations 19
Overarching Recommendations 20
Gantt chart 21
Conclusion 23
Reference 24


Introduction
For patients to get great care, healthcare processes must run smoothly. Phlebotomy is an important part of the complicated hospital service network that helps doctors make choices about patient care. This study describes how hard it is for the hospital’s blood service to do its job. It looks at its problems and suggests a complete way to make things better. Every day blood techniques are being looked at. This service has six phlebotomists, a receptionist, and a boss. Their main goal is to get blood samples from patients without stopping.
Operational Context
Everyone who stays in the hospital is touched by the lab service. This service is very important for individuals and the hospital setting. But operating factors show problems that, if fixed, could make this very important service a lot better.
Problem Statement
The phlebotomy service at the hospital is currently having a number of operating issues, such as:
● Patients have to wait in line because they can’t make appointments.
● Patients are unhappy when there aren’t enough seats.
● Waiting in a queue with patients takes time for staff.
● The current person in charge can’t deal with tough patients like those in critical care.
● Inventory control mistakes often lead to the loss of resources.
Significance of the Problem: Beyond Operational Challenges
There are more complicated problems with the hospital’s phlebotomy service than just inefficient operations (Lawday et al., 2020). They have an impact on how patients are treated, how happy workers are, and the moral and financial aspects of healthcare service.
Patient-Centric Ramifications
Prolonged Patient Wait Times: People with health problems are more stressed because there is no way to schedule things and the lines are not managed (Xing et al., 2023). Patients don’t like having to wait for long periods of time, and it slows down the healthcare process. Diagnostic tests are necessary for making healthcare decisions, and long wait times make it harder to help patients (Royle et al., 2023). Long wait periods for doctor visits, diagnostic testing, and treatments have long been a problem in many nations. In the UK, for example, a Commonwealth Fund poll found that over 25% of patients reported having to wait six days or more for a doctor’s appointment when they were ill, which might have exacerbated their stress levels or other health problems. The National Health Service (NHS) in England released quarterly statistics showing that more than 2.5 million people were on waiting lists for diagnostic procedures including MRIs and ultrasounds. A portion of these individuals had to wait longer than was advised.
Limited Seating Discomfort: Bad sitting makes patients’ pain worse, especially those who have trouble moving around or need help (Grinstein et al., 2022). Going to the hospital can be stressful, and waiting rooms that aren’t comfy make things even worse. Seating arrangements need to be changed to make the healthcare setting more loving and helpful. The healthcare setting as a whole is closely linked to patient-centred care.
Staff Well-being and Efficiency
Inefficient Patient Handling: Poor time management while waiting in queue for patients lowers the mood and productivity of healthcare workers (Kanavaki et al., 2021). Nurses and porters, who are very important to the hospital, are being taken away from caring for patients. Improving these processes makes operations run more smoothly and lets healthcare workers focus on taking care of patients.
Stock Management Sustainability: Inefficient stock management makes people wonder about the hospital’s attempts to be environmentally friendly, on top of the problems it faces every day (Poongothai et al., 2020). At a time when healthcare systems around the world are short on resources, throwing away old things that aren’t needed shows how important it is to take responsibility for our resources. According to a Health Care Without Harm research, healthcare institutions generate a lot of trash, including single-use items, outdated prescriptions, and other disposable materials. The pollution of the environment is mostly caused by this trash. In the US alone, healthcare facilities produce almost 6,600 tonnes of waste per day. The majority of this trash is produced by inappropriate disposal and inventory control methods.
Fiscal and Ethical Dimensions
Resource Utilization and Financial Impact: Time and materials are wasted when lab service operations are not run efficiently. These wasteful actions cost the organisation money and hurt the running budget. These problems need to be fixed not only to make daily activities better but also to ensure long-term financial security and good money management.
Aim and Objectives
The primary objective of this project is to enhance the phlebotomy service provided by the hospital by optimising the client experience, increasing staff efficiency, and minimising resource wastage.
Objectives:
● Plan ahead to cut down on wait times for patients.
● Make patients more comfortable by making the seats better.
● Make complicated health care easier.
● Standardise how to handle stock to cut down on loss.
● Get the nursing staff case study’s practical problems fixed to make the staff more productive.
The initiative aims to trigger a cascade of improvements in several aspects of the hospital’s systems, ultimately leading to enhanced patient care.

Operational Management Techniques
Current State Analysis: Unveiling Operational Challenges
Patient Queues and Seating Arrangements
Measurement Metrics: The phlebotomy service at the hospital doesn’t take appointments, so there are long lines and uncomfortable seats. Patient happiness has gone down because they have to wait longer, which is a key sign of how well the service is working. The lack of a schedule system leads to an uncertain increase in patients, which makes waiting in queue hard for staff (Yu et al., 2020). The lack of chairs makes the experience of the patients worse, especially for those who have trouble moving around or have to wait a long time.
Issues Unveiled: The lab service has trouble and patients have a worse experience when there is no scheduling system. Staff can’t plan their work or make good use of resources without a clear system for booking patients. The tight sitting makes things worse, causing patients pain and possibly changing how they feel about how much the hospital cares about their health.
Root Causes: Lack of a well-organized scheduling system and few comfortable sitting options make it hard for patients to wait and find a place to sit (Philip et al., 2022). Picking people based on when they arrive is easy, but it doesn’t take into account their different wants and schedules.
Inefficient Patient Handling for Staff Members
Measurement Metrics: The current condition study should look into how poorly staff handle patients. A lot of time is spent by porters, nurses, and other staff in the patient lines (Das et al., 2021). This trait can be measured by staff waiting time, the number of times a patient comes with them, and staff output.
Root Causes: A badly planned appointment system is the main reason why staff are not good at taking care of patients. A lot of the time, porters and nurses waste their time and skills by waiting in lines with patients. To make things run more smoothly and quickly, we need a full plan that takes into account the needs of both patients and workers.
Inability to Serve Challenging Patients
Measurement Metrics: The way things are done now can’t handle difficult patients, especially those in urgent care units. Some of the things that are used to judge this element are how many tough people can’t be helped, how much they slow down diagnostic processes, and how long it takes to make treatment decisions (Bruce et al., 2021).
Root Causes: Operating equipment limits mean that difficult people can’t get the right care. Critical care patients have a hard time getting to the testing room. Because of this limit, there needs to be a big change in how services are delivered to make sure that important patients get the care they need without putting their health or the lab service’s effectiveness at risk.
Stock Management Inefficiencies
Measurement Metrics: The fact that outdated goods are thrown away so often shows that stock management isn’t working well. This factor is measured by how often stock is lost, how much money it costs to throw away things, and how reliable stock management is (Toomukuntla et al., 2023).
Root Causes: Poor stock management is caused by not having a consistent method or regular checks to make sure best practices are being followed. To fix this issue, stock management must be standardised, and compliance must be checked on a regular basis.

Proposed Improvements: Transforming the Phlebotomy Service
Appointment System Implementation
Addressing Patient Queues: The suggested changes to cut down on patient wait times are based on a systematic scheduling system. Chaos with making appointments leads to long wait times and unpredictable operations. The phlebotomy service can change to the changing healthcare landscape and give more personalised care thanks to a scheduling system.
Benefits of an Appointment System:
● Less time spent waiting for care: a scheduling system makes sure that people get quick care at set times, which cuts down on wait times (Ala et al., 2021). This makes the patient happier and makes the process better.
● Better use of staff resources: The regularity of the scheduling method makes better use of staff resources. Phlebotomists can make schedules better to cut down on downtime and increase output.
● Better experience for the patient: visits that are well-planned let people take charge of their care. This makes the hospital’s image for good patient care better.
Implementation Strategies: Setting up a scheduling system must be done slowly and carefully so that the change goes smoothly. A pilot project with a small group of patients or limited time frames can test whether the system works and find any problems that might arise. A lot of training is needed to teach phlebotomists, receptionists, and other staff how to use the new method.
Seating Arrangements Enhancement
Making patients feel better: To improve the customer experience, the lab service needs to fix the problem of not having enough chairs. A better waiting room makes patients happier and shows that the hospital cares about giving kind care.
Advantages of Better Seating Configurations:
● Lessened Patient Anxiety: Having enough chairs makes patients feel less anxious during long waits, especially those who have trouble moving around or who are with a friend or family member (Nilakantam et al., 2021).
● Porters and nurses don’t have to stay with patients as much when the waiting area is nice, which makes the staff more productive. This makes them more productive at work and lets them focus on their main care tasks. The hospital’s respect for patient safety and high-quality care is helped by its well-designed and comfy waiting areas.
Implementation Strategies: To make patients more comfortable and meet their needs, the waiting room needs to be completely redone to include new seats. Working together with hospital interior design and ergonomics experts speeds up the process of making a workplace that is both comfortable and useful.
Serving Challenging Patients
On-Site Phlebotomy for Intensive Care: Phlebotomy services need to be used in ways that aren’t typical in order to help tough patients, especially those in intensive care units (Song et al., 2021). To make sure that all critically ill patients get fair and equal medical care, there should be a blood service on-site for intensive care patients.
Pros of Having Phlebotomy Done on-Site:
● Quick Sample Collection: Having phlebotomy done on-site makes it easier to move seriously ill patients, which speeds up sample collection.
● Better care for patients: seriously ill patients get specialised care without having to worry about moving. This shows that the hospital is dedicated to providing thorough, patient-centred care.
● Better diagnostic efficiency: Having a phlebotomy service on-site speeds up the gathering of diagnostic data, which helps doctors make choices more quickly.
Implementation Strategies: Critical care units, phlebotomy staff, and partners must work together for an on-site intensive care phlebotomy service to work. On-site phlebotomy SOPs, training for staff, and a smooth fit into the hospital’s routine are all very important. As a test project, putting the service into a critical care unit and slowly rolling it out helps find and fix problems before it is used by everyone.
Standardized Stock Management
Minimizing Wastage and Optimizing Resources: The official investigation found that differences in how stock is managed have caused things that are no longer useful to be thrown away on a regular basis. Standardised stock management cuts down on waste, makes the best use of resources, and makes the lab service more in line with best practices in the field (Kefale et al., 2019).
Addressing Logistic Challenges for Staff
Streamlining Staff Workflows: It is suggested that staff processes, especially practical tasks like transportation, be improved in a focused way. Based on the case study of the nursing staff, the suggested changes will make it easier to move patients and organise information, which will lead to higher staff output and a better operating framework.
Benefits of Addressing Logistic Challenges:
● Staff Productivity: making sure that nurses and workers can do their jobs more efficiently frees up time for direct patient care, which boosts staff productivity.
● Staff don’t have to work as hard to move samples, meals, and other non-patient care tasks when procedures are streamlined.
● Better procedures make it easier for departments to work together, which creates a smooth and unified healthcare atmosphere.
Implementation Strategies: To get around problems with logistics, the phlebotomy service, the transportation services, and other interested parties must work together. The delivery plan includes a lot of training for logistical workers, regular ways to talk about problems, and tech solutions for managing the job. Logistical operations can be made better by inspecting and changing things on a regular basis based on performance and staff measures.
May 2017 Patients: 3988
Average waiting time: 29 minutes and 13 seconds
Patients seen: 33% within 30 minutes
September 2017 Patients: 3893
Average waiting time: 13 minutes 38 seconds
Patients seen: 63% within 30 minutes
October 2017: Patients: 3800
Average waiting time: 15 minutes 27 seconds
Patients seen: 100% within 30 minutes
Table 1: Phlebotomy Statistics from NHS
(Source: england.nhs.uk, 2023)
Lean approach:
Lean implementation in healthcare, especially in laboratory services, aims to improve patient care and resource efficiency by reducing processes, increasing productivity, and getting rid of waste.
● Value Stream Mapping: To cut down on waiting times and get rid of non-value-added stages, identify and map the whole laboratory service process, from patient arrival to test completion.
● Standardised Work processes: Establish standard operating procedures and practices to ensure efficacy and consistency in the handling of patient samples and testing. Errors and downtime will be decreased as a result.
● Continuous Improvement: Encourage employees to make tiny, gradual adjustments to procedures on a regular basis by fostering a culture of continuous improvement.
Waste chart
Types Description
Registration card generation leading to delay Service card generation hinders the process of waiting line delays. This is due to the development of registration cards, Billing cards and ANC service cards which are needed in advancing the process.
Waiting line The waiting time increases due to the unavailability of hospital staff that hinders the process of smooth operation. It causes delays in registration card application.
Inconvenience in generating bill As the unavailability of staff is a continuous process, inconvenience of the patients increases with the payment clearing process as well causing more delay.
Extra time in processing Then comes the waiting session in the Reception area as the receptionist’s job is to recheck the demographics of the patients to reduce the risk of wrong treatment.
Inventory limitation The hospital staff provides catalogue to the process where all the related services mentioned for the convenience of the patients. This causes more delay. 
Movement Patients such as pregnant mothers have to undergo all the processes such as registration, billing, serial and waiting in the waiting area before seeing the doctor. This causes too much pressure on the patients.
Defects in maintenance As the waiting line increases the receptionists and staff are unable to hold the serial in order due to excessive patient intake for a single doctor.
Human expertise delay Due to unavailability of required staff, a single or two staff has to accompany the patients and maintain the serial while rechecking the registration card causes more delay.
Table 2: Waste chart
(Source: Self-developed)
A SWOT analysis of the laboratory services lean approach
Strength Weakness
By reducing wait times and improving patient satisfaction, lean procedures have the potential to significantly boost workflow efficiency.
Simplifying and getting rid of waste might save money and make better use of the resources that are already available. Employees used to conventional methods may find it challenging to adopt lean principles.
Short-term costs may be impacted by the need for an early investment in process transformation and training.
Opportunity Threat
Lean care recipients may be more satisfied and hold themselves to higher standards of care.
By using lean ideas, services may progress over time by fostering innovation and adaptation. Employees may get upset or burn out if they feel that they are always under pressure to meet productivity targets.
Strict adherence to healthcare regulations may complicate lean adoption.
Table 3: SWOT analysis
Risks and Contingencies
Staff Resistance to Change:
● Risk: Staff, especially phlebotomists and receptionists, may resist new procedures like scheduling or stock management.
● Contingency: Provide extensive training on the benefits of the suggested changes. Individuals should explain concerns and explain how the suggested changes might improve patient and staff care.
Technical Challenges in Implementation:
● Risk: Implementing scheduling systems or standardised stock management may cause technical issues and disruptions.
● Contingency: Help hospital IT staff with technical help and instruction. Training personnel on new systems and tools ensures their proficiency. Implement appropriate technical support feedback systems.
Patient and Staff Adjustments:
● Risk: Patients and staff may need time to adjust to waiting room and appointment scheduling changes.
● Contingency: Allow unrestricted change communication to ensure openness. Distribute educational materials and solicit employee and patient feedback. Using a pilot project to gradually adopt changes will help adapt and gain support.
Six-Sigma principle
Focus on the Customer: As per the principles, the focus should be on the patients and have to look for what they are waiting for. Along with this, the healthcare providers need to be focused so that it can be calculated at what time the blood samples are needed so that the procedure of Phlebotomy can be processed well (Molaahmadi-Hassanabadi et al., 2023). Even feedback needs to be gathered from the patients, clinicians, and others so that in times of emergency, the requirement for blood can be fulfilled at the hospital.
Measure the Value Stream and Find the Problem: First, the phlebotomy process needs to be performed neatly in the hospitals and all the samples should be collected in the proper manner so that the chances of error or delays cannot happen. The process from patient scheduling to blood collection and sample analysis should be done in a chain so that the record can be prepared in chronological order to improve phlebotomy service (Molaahmadi-Hassanabadi et al., 2023). Along with this few statistical analyses are also needed to identify the need for blood in the hospital or near the hospitals on an immediate basis.
Get Rid of the Junk: It is to be ensured that while collecting blood from the patients as a sample should not follow any unnecessary steps so that patients cannot get rid of the process and cooperate with the hospitals. The unnecessary steps may also reflect the accuracy of the data collection sample and hence it is necessary to avoid such steps to save time for proper phlebotomy service at hospitals (Molaahmadi-Hassanabadi et al., 2023). In addition, streamlined documentation has been suggested to follow while performing the phlebotomy service.
Keep the Ball Rolling: It is important to keep the ball rolling at the workplace which has been defined as providing proper training to the phlebotomy team for improving their part of services and other responsibilities. As this is a clinical task, health providers need patience as well as skills to perform phlebotomy service processes (Le et al., 2020). Thus, it is the responsibility of the hospital management that they must keep focus on such factors. Even hospitals should encourage innovation in the working workplace to improve phlebotomy services.
Ensure a Flexible and Responsive Ecosystem: An eco-system has to be prepared at the hospitals so that patients can realise flexibility and they could feel comfortable while giving their blood samples to the health providers. The theory says if patients do not feel comfortable sharing or giving their blood samples then it might be a risky and difficult task for hospitals to perform phlebotomy services (Le et al., 2020). Thus, patient safety and privacy should be considered while performing the service.
DMAIC Concept
Factor Analysis
Define Have to define the aim and objectives for the Phlebotomy service so that identical and critical parameters such as waiting time accuracy rates and patient scores can be measured properly (Thakur et al., 2023).
Measure The time has to be measured by the experts while performing the phlebotomy services so that the accuracy of the service can be measured properly (Jain et al., 2022).
Analyse Data that has been collected from the tests should be kept in a safe place and proper results could be made based on those collected data (Thakur et al., 2023).
Improve The Phlebotomy services can be improved in future by developing working standards like providing additional training to the staff, standardising the procedures and arranging equipment for the staff to perform their responsibilities (Jain et al., 2022).
Control Needed to regularly monitor the performances of the staff members so that proper steps could be taken if any loopholes have been found to reduce the wastage of stock in the workplace (Thakur et al., 2023).
Table 3: DMAIC Concept
(Source: Self-developed)

Figure 1: Fish-bone diagram
(Source: Self-developed)

Figure 2: Value stream mapping
(Source: Self-developed)
Recommendations: A Roadmap for Comprehensive Enhancement
The hospital’s plan to change how it works includes improving its lab service. There are many good things about these changes, but they need to be recognised, tempered, and supported by detailed ideas to make sure they are put into action well and work well in the long run.
Addressing Potential Limitations
Staff Resistance to Change
Staff who are used to the way things are done now might not like these changes. When it comes to healthcare, change can make people suspicious and worried. Some employees, like phlebotomists and receptionists, may not like new ways of doing things, like using scheduling systems or keeping track of stock (Noronha et al., 2023).
Mitigation Strategy:
Full-fledged training programmes: Teach the staff about the benefits of the changes that are being suggested. Describe each change, addressing any concerns and stressing how it will improve care for patients and staff speed.
Technical Challenges in Implementation
Setting up a scheduling system, a standardised way to handle stock, or other tools could lead to problems. Staff resistance or a lack of technical knowledge could make it hard to easily incorporate these technologies into normal operations.
Mitigation Strategy:
As a way to provide full technical support during the distribution stage, it is suggested that to work together with the hospital’s IT staff to offer help and education on technical topics. It is important to set up training classes for employees to make sure they know how to use new tools and systems (Claessens et al., 2022). Putting in place effective feedback systems and giving ongoing technical support will be very important for getting past obstacles in the beginning.
Overarching Recommendations
Continuous Monitoring and Adaptation
To make the suggested changes work, they need to be watched, listened to, and tweaked. The scheduling system, seating, in-house phlebotomy, and product management must all be looked at on a regular basis to make sure they work well (Lorgunpai et al., 2020). Regularly checking on patient satisfaction, staff productivity, and resource use can help find ways to make things better.
Recommendation: Define Key Performance Indicators (KPIs): Make a list of the KPIs for each area that needs work. Issues like patient wait times, staff effectiveness, inventory loss, and patient happiness may be on this list. Check these signs often to see how things have changed and to find places where things could be better.
Stakeholder Collaboration
To make these changes work, phlebotomy staff, receptionists, IT experts, hospital staff, and patients must all work together. Make a mind-set of working together that values open communication, takes into account all points of view, and actively seeks feedback.
Recommendation: Set up interdepartmental groups or task forces to work together all the time. A lot of people can share their knowledge, work out problems, and make the phlebotomy service better by getting together regularly for talks and forums.
Technology Integration
It is very important to use technology like the scheduling system and uniform stock management in the way things are done now (Jia et al., 2021). Make sure these tools are easy for people to use, flexible, and meet the needs of the lab service.
Recommendation: Testing for Usability: Make sure all technology methods work before putting them into action. Ask end users for feedback to find problems with the user experience and the way things work. Use cutting-edge technological options that are simple to use and increase output without any downtime.
Staff Recognition and Training
The staff is very important to the success of these programmes. Thank them for their hard work, plan for and deal with problems ahead of time, and give them ongoing training to help them handle changes.
Recommendation: To the staff Recognition programmes: Make and use plans to thank and reward employees for their hard work in getting used to the new way of doing things. This could create a good mood and push people to do better.
Patient-centred Communication
Patients are what make the scheduling system and other improvements work. For patients to understand and accept changes, they need clear, patient-centred communication.
Recommendation: Training activities should inform patients about appointment system benefits and other changes. To reach many individuals, use signs, pamphlets, and the hospital’s website.
Gantt chart
Tasks Wk 1 Wk 2 Wk 3 Wk 4 Wk 5 Wk 6 Wk 7 Wk 8 Wk 9 Wk 10 Wk 11 Wk 12 Wk 13 Wk 14 Wk 15 Wk 16 Wk 17 Wk 18 Wk 19 Wk 20
Conduct staff training
Implementing scheduling system
Redesigning waiting room facility
Introduce on site phlebotomy for ICU
Standardize stock management process
Develop Key Performance Indicators
Set up lean approach
Utility training for staffs
Recognition progress for staffs
Perfect centred communication
Table 5: Gant chart
(Source: Self-developed)
Conclusion
Taking everything into account, it can be stated that waste management and phlebotomy services of a hospital setting have profound connections. With the analysis of the healthcare setting, it has evaluated the duties and tasks that need to be performed by phlebotomy technicians. Not only that with precise development of thought, lean approach and six sigma has been discussed.  In order to improve the facility, the study provided overreaching recommendations that need to be implemented to smooth the process.
 
Reference
Ala, A., Alsaadi, F. E., Ahmadi, M., & Mirjalili, S. (2021). Optimization of an appointment scheduling problem for healthcare systems based on the quality of fairness service using whale optimization algorithm and NSGA-II. Scientific Reports, 11(1), 19816. https://www.nature.com/articles/s41598-021-98851-7
Bruce, H., Mansoor, S., & Evans, S. (2021). Implementing a physical healthcare clinic in a CAMHS neurodevelopmental population. BJPsych Open, 7(S1), S312-S313. https://www.cambridge.org/core/journals/bjpsych-open/article/implementing-a-physical-healthcare-clinic-in-a-camhs-neurodevelopmental-population/9B4BF70AD85EA6AACCD02344CFAE1FC3
Claessens, F., Seys, D., Brouwers, J., Van Wilder, A., Jans, A., Castro, E. M., … & Vanhaecht, K. (2022). A co-creation roadmap towards sustainable quality of care: A multi-method study. Plos one, 17(6), e0269364. https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0269364
Das, D., Pal, K., Roy, S., & Lodh, M. (2021). Risk identification of a hospital laboratory pre-analytics through failure mode and effect analysis. Asian Journal of Medical Sciences, 12(4), 31-38. https://www.researchgate.net/profile/Sudip-Roy-13/publication/350546899_Risk_identification_of_a_hospital_laboratory_pre-analytics_through_failure_mode_and_effect_analysis/links/6065b842a6fdccad3f629047/Risk-identification-of-a-hospital-laboratory-pre-analytics-through-failure-mode-and-effect-analysis.pdf
england.nhs.uk, (2023), Atlas case study, Retrieved on: 13.12.2023, from: https://www.england.nhs.uk/atlas_case_study/reducing-waiting-times-in-phlebotomy-outpatients/
Grinstein, J. D. (2022). The Path to the Healthcare of Tomorrow: Patient-centric, precision-medicine-based healthcare seems within reach. So, what’s holding it back?. Inside Precision Medicine, 9(4), 26-30. https://www.liebertpub.com/doi/abs/10.1089/ipm.09.04.07
Jain, P., Chauhan, P., Uppal, V., Debnath, E., Gogoi, S., & Chatterjee, P. (2022). Quantification of Pre-analytical Quality Indicators in a Clinical Laboratory and Formulating the Lean Six Sigma DMAIC Strategy. Official Publication of the Indian Medical Association, 120(2), 17-22. http://www.ejima.in/images/Feb-2022/February-2022.pdf
Jia, W., Zhang, P., Zhu, D., Duolikun, N., Li, H., Bao, Y., … & ROADMAP Study Group. (2021). Evaluation of an mHealth-enabled hierarchical diabetes management intervention in primary care in China (ROADMAP): A cluster randomized trial. PLoS Medicine, 18(9), e1003754. https://journals.plos.org/plosmedicine/article?id=10.1371/journal.pmed.1003754&utm_source=dlvr.it&utm_medium=twitter
Kanavaki, A. M., Lightfoot, C. J., Palmer, J., Wilkinson, T. J., Smith, A. C., & Jones, C. R. (2021). Kidney Care during COVID-19 in the UK: perspectives of healthcare professionals on impacts on care quality and staff well-being. International Journal of Environmental Research and Public Health, 19(1), 188. https://www.mdpi.com/1660-4601/19/1/188
Kefale, A. T., & Shebo, H. H. (2019). Availability of essential medicines and pharmaceutical inventory management practice at health centers of Adama town, Ethiopia. BMC health services research, 19, 1-7. https://link.springer.com/article/10.1186/s12913-019-4087-0
Lawday, S., Abraham, K., Joyce, K., Shellie, Z., Shuttleworth, R., Dunne, R., … & Bethune, R. (2020). Bleeding issue: a quality improvement project on the phlebotomy service at the Royal Devon and Exeter Hospital. BMJ Open Quality, 9(1), e000570. https://bmjopenquality.bmj.com/content/9/1/e000570.abstract
Le, V., Wagar, E. A., Phipps, R. A., Del Guidice, R. E., Le, H., & Middleton, L. P. (2020). Improving patient experience of wait times and courtesy through electronic sign-in and notification in the phlebotomy clinic. Archives of Pathology & Laboratory Medicine, 144(6), 769-775. https://doi.org/10.5858/arpa.2019-0139-OA
Lorgunpai, S. J., Finke, B., Burrows, I., Brown, C. J., Rubin, F. H., Wierman, H. R., … & Inouye, S. K. (2020). Mobility action group: using quality improvement methods to create a culture of hospital mobility. Journal of the American Geriatrics Society, 68(10), 2373-2381. https://agsjournals.onlinelibrary.wiley.com/doi/abs/10.1111/jgs.16699
Molaahmadi-Hassanabadi, F., Mehrolhassani, M. H., & Rahimisadegh, R. (2023). Investigating the quality of hemovigilance process using the first two steps of Six Sigma model: a cross-sectional study. BMC Health Services Research, 23(1), 1169. https://link.springer.com/article/10.1186/s12913-023-10113-6
Nilakantam, S. R., Madhu, B., Prasad, M. C., Dayananda, M., Basavanagowdappa, H., Bahuguna, J., & Rao, J. N. (2021). Quality improvement project to assess patient satisfaction towards outpatient services of a tertiary care teaching hospital, South India–A cross-sectional study. Annals of African Medicine, 20(3), 198. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC8477280/
Noronha, A., Bhat, S., Gijo, E. V., Antony, J., Laureani, A., & Laux, C. (2023). Performance and service quality enhancement in a healthcare setting through lean six sigma strategy. International Journal of Quality & Reliability Management, 40(2), 365-390. https://www.emerald.com/insight/content/doi/10.1108/IJQRM-07-2021-0226/full/html
Philip, A. M., Prasannavenkatesan, S., & Nustafee, N. (2022). Simulation modelling of hospital outpatient department: a bibliometric analysis and a literature classification. https://ore.exeter.ac.uk/repository/handle/10871/131769
Poongothai, S., Anjana, R. M., Aarthy, R., Kasthuri, S., Begum, M. A., Karkuzhali, K., … & Ramesh, J. (2020). Strategies adopted in conduct of clinical trials amidst coronavirus disease-2019 (COVID-19). Journal of Diabetology, 11(2), 81-85. https://www.sciencedirect.com/science/article/pii/S0002961020306668
Royle, J., & Jones, R. (2023). Patient Centric Healthcare–What’s Stopping Us?. Patient Centric Blood Sampling and Quantitative Bioanalysis, 1-15. https://onlinelibrary.wiley.com/doi/abs/10.1002/9781119615583.ch1
Song, Z., Hu, Y., Zheng, S., Yang, L., & Zhao, R. (2021). Hospital pharmacists’ pharmaceutical care for hospitalized patients with COVID-19: recommendations and guidance from clinical experience. Research in Social and Administrative Pharmacy, 17(1), 2027-2031. https://www.sciencedirect.com/science/article/pii/S1551741120303144
Thakur, V., Akerele, O. A., & Randell, E. (2023). Lean and Six Sigma as continuous quality improvement frameworks in the clinical diagnostic laboratory. Critical Reviews in Clinical Laboratory Sciences, 60(1), 63-81. https://doi.org/10.1080/10408363.2022.2106544
Toomukuntla, S., Vemula, C. V., Patil, P., Somalwar, S. B., Rathod, G., & Prabhala, S. (2023). Assessment of the Number of Phlebotomists in a Newly Established Sample Collection Center. Cureus, 15(8). https://www.cureus.com/articles/164776-assessment-of-the-number-of-phlebotomists-in-a-newly-established-sample-collection-center.pdf
Xing, J., Loureiro, J., Mikhailov, D., & Gusev, A. I. (2023). Utilization of Patient Centric Sampling in Clinical Blood Sample Collection and Protein Biomarker Analysis. Patient Centric Blood Sampling and Quantitative Bioanalysis, 297-326. https://onlinelibrary.wiley.com/doi/abs/10.1002/9781119615583.ch9
Yu, T. (2020). Lean Transformation Frameworks for Hospital Departments (Doctoral dissertation, Concordia University). https://spectrum.library.concordia.ca/id/eprint/987216/