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Author(s)

Andrés Sánchez Ruiz, Rocío Contreras Collado, Lucía Gutiérrez Lucena, Juan Jerez Rojas

Why was it done?

The programme began to be developed in March 2020 as an emergency solution to the COVID-19 pandemic, but over time it was refined due to the benefits seen in different areas, especially for pharmacy patients.

What was done?

A hospital drug dispensing programme was created with the collaboration of a community pharmacy and its pharmaceutical distributor. A daily delivery was conducted from the hospital pharmacy, covering the entire province, with a population area of 622,000 inhabitants and an area of 13,500 km2 that includes widely dispersed population centres with complicated communication.

How was it done?

Interlevel collaboration between hospital pharmacy, official college of pharmacists, pharmaceutical distributor and community pharmacy. After the first year, in which the process was more manual and marked by the pace of the pandemic, the programme began to develop. A web application with two-way communication hospital-community pharmacy was created. Hospital Pharmacy reviews and dispenses these requests, with daily shipments to all community pharmacies in the province through the distributor, which ensures safe transportation of the medication with adequate conditions of humidity and temperature.

What has been achieved?

A total of 57,130 dispensations have been made since 2020 (8,089 in 2020, 14,996 in 2021, 16,629 in 2022 and 17,416 in the first half of 2023). Pharmacy Service has dispensed at least once to 5,091 patients. Thanks to the reduction of individual trips (a total of 3,529,022 kms, 52,669 hours travel time, since 2020), it is estimated that the discharge into the atmosphere of 500 tonnes of CO2 in total has been avoided, which is equivalent to the emission of 500 round-trip Spain to Denmark flights (1,000 medium-sized trees are needed for 50 years to absorb that amount of CO2). Eighty-seven percent of private car use was estimated. We did not take into account movements of patients residing in the urban centre of the hospital. The development of ICTs will allow a more clinical approach and an improvement in patient care. We also expect the improvement of the process with the creation of Patient Reported Outcomes (PROs) protocols, already underway for migraine and psoriasis, and Patient Reported Experience Measures (PREMs) protocols.

What next?

The development of ICTs will allow a more clinical approach and an improvement in patient care. We also expect the improvement of the process with the creation of Patient Reportes Outcomes (PROs) protocols, already underway for migraine and psoriasis, and Patient Reported Experience Measures (PREMs) protocols.

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Author(s)

Hind Bouami, Dorine Castillo

Why was it done?

The human-machine system designer has to make decisions to secure and improve the automation process, and handle organization’s complexity. Documenting human agent’s situation awareness is crucial to support human-machine designers’ decision-making. Knowledge about risks, critical parameters and factors that can impact and threaten automation system’s performance and security are valuable for human agents, and should be collected using preventive and retrospective approaches.The evaluation of Macon hospital center’s automation performance enables to identify critical parameters to control in order to secure the human-machine system.

What was done?

An automation evaluation approach has been conducted in Macon hospital center, a hospital equipped with automated drug dispensing solutions for more than 5 years. The analysis of Macon hospital center automation’s feedback provides relevant information to enhance the perception and the comprehension of the system’s complexity fully, environmental factors that interact with the system, and to identify critical parameters in the automation process. Therefore, agents can design a projection of a secure and performant automated organization. This information will enable hospitals to make effective decisions to improve their automation project performance.

How was it done?

We deployed an anthropocentric approach for automated system evaluation in Macon hospital center.
Our approach integrates six steps that are run in automated hospital pharmacies to analyze their feedback [6]:
1) The identification of pharmacy’s automation needs and objectives, and the analysis of operational environment and existing equipment,
2) The analysis of automated equipment functional specifications formalized by the pharmacy,
3) The evaluation of automation deployment results and related gains,
4) The evaluation of specific actions implemented by the pharmacy during automation process,
5) The analysis of the parameters to control for automated equipment integration security and performance,
6) The analysis of factors influencing human-machine interaction.

What has been achieved?

The analysis of Macon hospital center pharmacy’s automation specifications revealed that 66.22% of automation requirements are technical, 29.73% concern human-machine interaction, and 4.05% relate to human aspects.
80.95% of automation specification related to the chosen Sinteco’s automated solution are met. The performance of the chosen automated solution is involved in 28.38% of automation specifications performance in Macon hospital center. The remaining systemic parameters involved in automation specifications performance need to be controlled.
Critical systemic parameters involved in automated solutions specifications and performance that have been identified through Macon hospital’s automation feedback are: the specificities of the chosen automated solution, hospital’s strategic decisions and budgetary constraints, the complexity of the hospital’s organization, the complexity of hospital’s information system, the constraints related to the packaging of drugs by pharmaceutical firms, users training, the complexity of the automated system, and users’ requirements and constraints.
The five parameters influencing human-machine interaction that should be managed to secure automated systems are: understanding the system’s complexity, defining relevant levels of automation, determining human and automated agents’ authority, determining human and automated agents’ autonomy, and understanding the human complexity.

What next?

Handling life-critical systems complexity such as medication delivery activity requires to be equipped with appropriate technology, and to control automation risks. The integration of human-machine principles is crucial to secure automation in hospitals, and to maintain a good balance between automation and human skills.

Author(s)

Elena Bazzoni, Roberto Pane, Claudia Montanari, Giulia Rocca, Camilla Ercoli, Maurice Oriente De Ponzio, Thérèse Gregori, Simonetta Radici

Why was it done?

Piacenza is one of the most hardly hit cities in Italy during the first wave of COVID-19. Due to the severe impact that this pandemic had in the area, hospitals were saturated with patients with respiratory failure. We thus needed to rapidly set strategies that allowed a fast dismissal of patients from the hospital without interrupting their oxygen therapies or avoid their hospitalization in case of mild respiratory failure.

What was done?

Starting from COVID-19 pandemic, our pharmaceutical unit cooperated with medical doctors of the area to allow home-delivery of oxygen therapies and grant continuity between hospital and territory. We thus developed a structured system that allowed fast activation, efficient tracking, prompt variations, and dismissal of patients from oxygen therapies at their house.

How was it done?

Since February 2020, all the oxygen therapy prescriptions from the hospital and the territory converged to the pharmaceutical service. In collaboration with the pneumology unit, we set up a database collecting patient generalities who needed oxygen therapy to grant the proper follow-up during the pandemic. In April 2020 the database was shared also with medical doctors belonging to the newly formed Special Unit for Assistential Continuity (USCA). This team was in charge of visiting patients at their houses. In collaboration with USCA and the IT service, we developed a web-based system that allowed real-time communication between Pharmacy, USCA teams, and some hospital units granting the continuity between hospital and territory.

What has been achieved?

From the beginning of the pandemic, the pharmaceutical unit has handled more than 960 requests of oxygen therapies regarding more than 900 patients. Our database is updated with all of the patients granting the tracking of each one of them as well as the therapies assigned. Our system also allowed USCA to follow patients on the territory reducing the pressure on hospitals. In 2020, indeed, more than 75% of oxygen prescriptions were requested by hospital units while in 2021, 81% of them came from USCA and territorial units.

What next?

Our currents efforts aim to reduce procedural complexity to grant access to pharmacological therapies. This new web-based system represents, indeed, an versatile and key tool to reach our goal. We are currently extending its use to the whole hospital for oxygen therapies independently of the underlying pathologies. This will allow an easy and complete transfer of these therapies on the territory. Moreover, we are implementing the possibility to prescribe drug-based pharmacological therapies in an in-home context.

Author(s)

QUERALT LOPEZ NOGUERA, ÀNGELA CASTELLÓ NÒRIA, CRISTINA DIEZ VALLEJO, LAURA VIÑAS SAGUÉ, MARTA COMA PUNSET, SILVIA CABARROCAS DURAN, MIREIA VILA CURRIUS, ANNA DORDÀ BENITO, EDUARDO TEJEDOR TEJADA, CRISTINA TORO BLANCH, ROSA NURIA ALEIXANDRE CERAROLS, ROSA SACREST GÜELL

Why was it done?

The declaration of the state of emergency by SARS-CoV-2 pandemic on March of 2020 had an impact on hospital PC.
During that period, it was advised by Healthcare Authorisations to minimize the risk of infection or spread of SARS-CoV-2 in order to protect vulnerable groups. For that reason, it was not recommended to assist in the hospital if it was not necessary. This fact caused some organizational changes in OPC to adapt to the current situation.

What was done?

Our hospital Pharmacy Department created a telepharmacy service in outpatient’s pharmaceutical consultation (OPC) after state of emergency declaration by SARS-CoV-2. We created a standard operating procedure working together with communitarian pharmacists and the Region Pharmacist’s College. The main aim was to ensure pharmaceutical care (PC) quality in vulnerable patients and the correct medication distribution and conservation. Pharmaceutical care was developed by telephone call and medication was send to communitarian pharmacy.
A comprehensive analysis was made to concern the impact on drugs delivery selecting certified distribution company which ensured drug traceability, custody and conservation.

How was it done?

In 2020, approximately 60 patients per day used to attend in OPC. According to the large number of patients, we defined which patients could take advantage of this programme. The selection criteria were adherent patients with pulmonary pathologies (cystic fibrosis, asthma, bronchiectasis, etc.), multiple sclerosis, amyotrophic lateral sclerosis, reduced mobility or patients over 65 years old who lived in more than 30km closed to the hospital or without any family member that could come.
In order to ensure the process traceability, an informatics tool has been created by Region Pharmacist’s College. Pharmacy Department, community pharmacy and the distribution company assumed all expenses.

What has been achieved?

369 of 2.346 patients were included in our telepharmacy service during the state of emergency. There was high level of acceptance by all patients. Only low-risk patients or patients who had an on-site doctor visit were attends in OPC. Nowadays, 196 patients still benefit from the initiative.

What next?

Telepharmacy program avoids patient’s displacements that are particularly susceptible to COVID-19 negatives effects. Moreover, it guarantees PC quality, patient’s adherence, process traceability and correct medication conservation from hospital to patient’s home.

Author(s)

Jon Michaeli, Bryan Li

Why was it done?

The novel delivery method provides an on-demand option for senior citizens at higher risk of serious Covid-19 infections to receive health essentials while maintaining social distancing. The program launched before Covid-19 vaccines were publicly available, and was sustained during a period of especially intense Covid-19 spread in the US from Nov 2020 – Jan 2021.

What was done?

In early May 2020, Matternet, CVS, and UPS launched direct-to-consumer drone delivery of prescription medicines and other health goods to The Villages, the United States’s largest retirement community with more than 135,000 residents. The operations have expanded in scope since and are ongoing

How was it done?

The drone flights were conducted by Matternet’s M2V9 UAV platform and drew upon the companies’ experience operating other US healthcare drone networks. Deliveries are dispatched from CVS store 8381 and flown to New Covenant United Methodist Church, with final delivery to front porches via golf cart. This is an important milestone on the journey to drone delivery to individual homes at scale.

What has been achieved?

Matternet and UPS have completed 2,500+ deliveries to date. The partnership has expanded operations to Elan Buena Vista, another retirement community nearby. The program’s success helped pave the way for other healthcare drone programs, including a new route at Wake Forest Baptist where Matternet and UPS are transporting Pfizer-BioNTech Covid-19 vaccines (first ever in the US).

What next?

Full automation achieved via Matternet’s proprietary drone port, the “Station,” will permit pharmaceutical drone delivery at scale and accelerate the roll-out of city-wide networks that give pharmacists more flexibility around where and how patients receive medicines. These networks will support and accelerate the shift to tele-health and “hospital at home” as well as just-in-time inventory management, with significant potential to reduce medical waste through stock centralization. First commercial deployment of the Station occurred in Lugano, Switzerland in September 2021. The same month, Matternet announced a partnership with the Abu Dhabi Department of Health and the UAE’s General Civil Aviation Authority to launch a city-wide medical network serving 40+ locations by 2023. Similar systems are planned for Europe, in cities such as Zurich, Berlin and Athens.

Author(s)

Francisco José Toja Camba, Carmen Lopez Doldan, Laura Casado Vazquez, Aron Misa García, Pilar Rodriguez Rodriguez, Maria Elena Gonzalez Pereira

Why was it done?

Hospital Pharmacy must develop new models of pharmaceutical care (PC), improving patients quality of life and enhancing care services. One type of these strategies are non face-to-face PC, such as telepharmacy and home delivery, achieving a new integrated and patient-centered healthcare model.
COVID-19 health crisis and the need to ensure the delivery of medicines to susceptible people and guarantee home isolation, has motivated a paradigm shift in health care.

What was done?

• Guarantee quality of care in pharmacy consultations (PCC) due to COVID-19 pandemic.
• Implantation of telepharmacy and home delivery of hospital medication.

How was it done?

Three different circuits were designed:
1. Single healthcare act of face-to-face visits in PCC coinciding with other medical appointments. Prior appointment, non-contact consultation agendas and extension of service hours were reinforced.
2. Informed home delivery of hospital medication at home, after prior teleconsultation: pharmacotherapeutic follow-up and request for informed consent. Management and preparation of packages, including motivational messages, to humanize the process. Distribution logistics model based on defined routes and schedules. The confidentiality, security and traceability of the entire process was certified.
3. Open and permanent communication channel between patient and pharmacist that enabled individualized PC.
Patients with mobility problems, home isolation or chronic processes with a higher risk of COVID-19 infection were prioritized.

What has been achieved?

From March to May 2020, 1,938 pharmacotherapeutic follow-up teleconsultations were carried out (291 patients had been attended in person due to having another medical appointment or due to personal preferences). Medication was home delivered to a total of 1,647 patients. A total of 120 routes were made between the four established routes (average of 15 shipments per working day). Percentage of satisfaction expressed by the patients was 95%.

Main limitations were:
1. Operational challenge: changes in workflows, organization of schedules and work times, increase in telephone lines, route management in a very dispersed geographic area, technology gap (mean age ≥ 60 years) …
2. Human resources.
3. Medication shipping cost.

What next?

• Development of new management tools: telepharmacy and home delivery and pharmacotherapeutic follow-up of patients guarantee continuity of non-face-to-face PC.
• We must support initiatives that certify efficient and safe care as well as humanitarian care.

Author(s)

PILAR PACHECO, MIGUEL ÁNGEL CARVAJAL, JAVIER IBAÑEZ, LYDIA FRUCTUOSO, PAULA TORRANO, MARIA HERNÁNDEZ, JUAN ANTONIO GUTIERREZ, JOAQUIN PLAZA

Why was it done?

Since the covid 19 pandemic, the hospital environment has become a place of risk, especially for the oncological and immuno-depressed patient, so it is important to reduce the exposure of the patient and the risk of covid19 infection.

What was done?

The pharmacy service (PS) has designed this new delivery circuit for supportive treatment (master suspension formula for mucositis and colony-stimulating factors) with the aim of reducing the risk of Covid-19 infection associated with the hospital environment.

How was it done?

The circuit and the main stages are:
1. The MDH orderly comes to the PS to deposit the medical prescriptions of the patients who are receiving treatment at that time.
2. The PT prepares the treatment of each patient, always checking that prescriptions and the date of the current day. If it is a continuation of treatment, the PT will verify that the same dose is maintained and will proceed to dispense the medication with the dispensing program. If it is a new treatment or a change in dose, the PT will notify the pharmacist so that he must validate the prescription first and then the PT can dispense it.
3. The prepared medication, together with its information sheet, is placed in bags that are identified with the patient’s name pending let the orderly come to remove them.

What has been achieved?

The circuit was implemented in January 2021, after analyzing the risks that excessive wandering around the hospital poses for immunosuppressed patients, including stays in the PS waiting room.

Since the implantation of the circuit, have been dispensed: 43 suspension formula for mucositis, 25 filgrastim, 12 darbepoetin and 11 pegfilgrastim. So far, the circuit has operated in a coordinated way, contributing to the improvement patient care, avoiding wandering through crowded areas, without giving up individualized care.

What next?

The fact of preventing patients from going to the pharmacy waiting room to withdraw their support treatment, which in most cases they carry continuously and know very well, supposes a decrease in hospital ambulation and thus reduces the risk of infection by covid 19.

Author(s)

Andreia Fernandes, Mafalda Brito, Tatiana Mendes, Armando Alcobia

Why was it done?

Many patients had their health care needs compromised due to accessibility issues. They could not come to the PS because of the mandatory confinement, prophylactic isolation and medical indication.

What was done?

In the context of the Covid 19 pandemic, between April and June 2020, pharmaceutical Services (PS) instituted several alternatives delivery processes that guaranteed patients’ access to the medication, usually provided on the PS.

How was it done?

Pre-existing accessibility projects to deliver medication in community and hospital pharmacies have been adopted. In order to respond to all requests, new ways and protocols of medication distribution/delivery, like city hall transport, courier services and humanitarian aid (for example, motards), were created. For all deliveries outside PS, pharmaceutical telephone follow-up (teleconsultation) was realized.

What has been achieved?

7448 medication dispensations were registered, of which 80.7% were realized in person in the hospital PS (n = 6679). In the homolog period, 10621 dispensations were registered, of which 95.9% were in person (n = 10183).
438 deliveries were sent to community pharmacies, a total of 219 patients (54.3% female, maximum age 100, minimum 9 years). 41% increase compared to 2019. 198 shipments were realized to different hospitals and others healthcare units, corresponding to 120 patients (56 female, maximum age 85, minimum 8 years). 25% increase over the previous year.
New alternatives: City Hall 66 deliveries for 62 patients (58.0% female, minimum age 18, maximum 97 years), other deliveries 35 users (50.7% male, maximum age 94 and minimum age 10 years).

What next?

The Covid-19 pandemic triggered a need for adaptive evolution of pre-existing accessibility projects, but also the creation of new protocols and alternative means to respond to all patients who may have their healthcare compromised due to accessibility issues. The positive points were the implementation speed, maintenance of adherence to therapy (teleconsultation), traceability, reduced costs, synergy between patients/associations/pharmacists/healthcare professionals and a high degree of satisfaction. In spite of some limitations (dependent on volunteering; need for human resources; structured communication) we aspire to improve the new approaches of medication delivery on a nation level.

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Author(s)

MARINA CORRALES PAZ, CLAUDIA RODRIGUEZ MORETA, INMACULADA LOMARES MANZANO, ANA GANFORNINA ANDRADES

Why was it done?

Due to the health crisis caused by the SARS-COV-2 virus, many hospitals have seen
the necessity to implement a safe dispensing system (telepharmacy) to provide medication to
high risk patients and those infected with Covid-19 in order to prevent interrupting their
treatments.

What was done?

To implement a system that guarantees a sure and effective supply of medical treatments to those vulnerable patients, those at increased risk or with difficult access to the hospital during the coronavirus pandemic.

How was it done?

A database was created with those patients attending our hospital’s outpatient service(OS)to pick up their medication within the next 7 days, verifying through pharmaceutical software and the patient’s medical history records (MHR)their next dispensing date. After checking if the patient had a medical appointmentthat could coincide with the dispensing date, a phone interview was conducted with the patient to schedule the pick-up of the medication through theOS or by telepharmacy(patients’ consent was requiredto use their personal information and we asked how the treatment was going). In our case the patients could pick-up their medication in the referral hospital (RH), a newly created OS in an affiliate hospital or by telepharmacy toprevent the collapse of the hospitals. We registered: number of patients attended in RH, new OS or by telepharmacy and number of dispensations. Patients were grouped in areas based on their city and delivery date for telepharmacy and in the case of patients picking up their own medication they were made an appointment.

What has been achieved?

During the months the state of emergency was in place in Spain (March 14th– June 21st)3385 patients were attended in total and 9316 medicationswere dispensed. 2245(66.3%) patients were attended in the RH (5794 dispensations), 583(17.2%) patients were attended through the new OS (1436 dispensations) and the rest 557(16.5%) had their medication sent to their address (2086 dispensations).

What next?

A safe and effective dispensing system was achieved to outpatients during the Covid-19 pandemic through the implementation of a new telepharmacymethod and the establishment of a new OSthat allows convenient dispensation of medication while minimising the risk of virus spread.

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Author(s)

Rosalia Fernández-Caballero, Virginia Collados Arroyo, Clara Herranz Muñoz, Araceli Henares López

Why was it done?

Every month, an average of 700 patients receive pharmaceutical care in the outpatient consultation (OC) of our first-level hospital. Given the mobility restriction measures applied by the spanish government during the pandemic, access to this consultation was difficult for some patients. The aim of this program is to ensure the access to medication for all patients and prevent them and professionals to virus exposure. Telepharmacy program consists of providing pharmaceutical care based on available means of communication and access to medication through home drug delivery.

What was done?

During the COVID-19 pandemic, we designed and implemented a telepharmacy programm to ensure access to medication for all patients.

How was it done?

Once weekly, the pharmacist contacted the listed patients during the following week in OC by telephone or via the hospital’s electronic platform, to offer the possibility of participating in the program. During teleconsultation, pharmacist provided the same attention as in face-to face consultation: administrative situation of the patient, adequate medical follow-up, assessment of adherence, review of interactions and adverse events and treatment changes. Moreover, we e-mailed the patient’s consent for home drug delivery by and external company. In case the patient didn’t have a web mail, we requested verbal consent. Once a week, one pharmacy technician prepared the medication and the selected company performed the home delivery in guaranteed storage conditions. To minimize the burden of work, the medication was sent for two months per patient. Oncohematological patients, who came to their doctor’s appointment every month, were excluded from this program.

What has been achieved?

Between March 20 and October 9, we have included 595 patients in this program and conducted 1190 teleconsultations and 872 home drug deliveries with a great satisfaction of outpatients.

What next?

Our next step is to improve the web system for sending alerts through our electronic platform to automate the home delivery process and thereby to reduce the logistic burden of the pharmacist and to increase the pharmaceutical care given to patients.