ArticlePDF AvailableLiterature Review

Pharmaceutical Care in Community Pharmacies: Practice and Research in Denmark

Authors:
  • Pharmakon, Danish College of Pharmacy Practice

Abstract and Figures

To review the current status of Danish community pharmacy in both practice and research and discuss future trends. Denmark has a social welfare system that provides health care, social services, and pensions to its population. Medical care and surgery are free. Prescription medicines are reimbursed by an average of 56%. Community pharmacies are privately owned, but the health authorities regulate drug prices and the number of pharmacies. At present, Denmark has 322 pharmacies, corresponding to 1 pharmacy per 16,700 inhabitants. All pharmacies provide prescription and over-the-counter products, advice about medicine use, dose dispensing, generic substitutions, and administration of individual reimbursement registers. Except for very simple processes, compounding is centralized at 3 pharmacies. Many pharmacies offer measurement of blood glucose, blood pressure, and cholesterol, and 60% offer inhalation counseling, a reimbursed service. Research in pharmacy practice is well established and conducted primarily at universities and at Pharmakon A/S, which is owned by the Danish Pharmaceutical Association. Extended services in clinical pharmacy are priorities for all Danish pharmacy organizations. Reimbursement is sought at the national level, as well as from payers in the new local authority structures in Denmark. The trend in research focuses on collaborative health care, on developing and documenting the value of community pharmacy services, and on optimizing services and strengthening implementation. Denmark has few, but large, community pharmacies and a long tradition of research and development resulting in several well-documented cognitive and clinical services. However, few services are reimbursed and implementation is still a challenge.
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Denmark has a social welfare system
in which all citizens receive health
care, social services, and pensions. Med-
ical care and surgery are free. Denmark
has a population of 5.4 million. Its resi-
dents are served by 322 pharmacies, cor-
responding to 16 700 inhabitants per
pharmacy.1Pharmacy is a profession
subject to comprehensive state regula-
tion by the Danish Medicines Agency
regarding price, location, and number of
pharmacies.2Torun a pharmacy, a per-
son must hold an MSc degree in phar-
macy.Regulating location aims to ensure
that everyone has reasonable access to a
pharmacy, even in rural areas where
pharmacies may not be profitable.
The Ministry of Interior and Health
and the Danish Pharmaceutical Associa-
tion (the association of pharmacy own-
ers) fix the total gross margin of the
pharmacies every 3 years on the basis of
current figures and forecasts.
Pharmacy Education
Denmark has only one institution, the
Danish University of Pharmaceutical
Sciences (DFU), that confers an MSc de-
gree in pharmacy. In 2005, the DFU had approximately
1200 bachelor’s and master’s students, 110 PhD students,
and 70 students attending the continuing education mas-
ter’sprograms.3The DFU also offers a one year degree
program for pharmacists, Master of Drug Management.4
Sixty percent of graduates go to work in industry,while
20% take a position in a community pharmacy and 20% in
the public sector.
Pharmakon (Danish College of Pharmacy Practice) is
an educational center owned by the Danish Pharmaceutical
Association. Pharmakon educates all Danish pharma-
conomists (pharmacy assistants) in a 3 year program, and
there are currently about 470 students.5,6 The Ministry of
Education regulates the program.
Pharmaceutical Care in Community Pharmacies:
Practice and Research in Denmark
Hanne Herborg, Ellen Westh Sørensen, and Bente Frøkjær
Author information provided at the end of the text.
The Annals of Pharmacotherapy n2007 April, Volume 41 n681
www.theannals.com
OBJECTIVE:T
oreview the current status of Danish community pharmacy in both
practice and research and discuss future trends.
FINDINGS:Denmark has a social welfare system that provides health care, social
services, and pensions to its population. Medical care and surgery are free.
Prescription medicines are reimbursed by an average of 56%. Community
pharmacies are privately owned, but the health authorities regulate drug prices
and the number of pharmacies. At present, Denmark has 322 pharmacies,
corresponding to 1 pharmacy per 16 700 inhabitants. All pharmacies provide
prescription and over-the-counter products, advice about medicine use, dose
dispensing, generic substitutions, and administration of individual reimbursement
registers. Except for very simple processes, compounding is centralized at 3
pharmacies. Many pharmacies offer measurement of blood glucose, blood
pressure, and cholesterol, and 60% offer inhalation counseling, a reimbursed
service. Research in pharmacy practice is well established and conducted
primarily at universities and at Pharmakon A/S, which is owned by the Danish
Pharmaceutical Association.
DISCUSSION:Extended services in clinical pharmacy are priorities for all Danish
pharmacy organizations. Reimbursement is sought at the national level, as well
as from payers in the new local authority structures in Denmark. The trend in
research focuses on collaborative health care, on developing and documenting
the value of community pharmacy services, and on optimizing services and
strengthening implementation.
CONCLUSIONS:Denmark has few,but large, community pharmacies and a long
tradition of research and development resulting in several well-documented
cognitive and clinical services. However, few services are reimbursed and
implementation is still a challenge.
KEY WORDS:community pharmacy services, Denmark.
Ann Pharmacother
2007;41:681-9.
Published Online, 27 Mar 2007,
www.theannals.com
,DOI 10.1345/aph.1H645
PHARMACEUTICAL CARE WORLDWIDE
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The pharmacy owner is responsible for ensuring contin-
uing competence development. In addition, the agreements
between the trade unions and the Pharmaceutical Associa-
tion give employed pharmacists and pharmaconomists the
right and obligation to attend one course annually at the
expense of the pharmacy owner.
Pharmaceutical Market
Denmark’s per capita consumption of pharmaceuticals
is $239 (USD; the exchange rate USD/DKK as of 7
November 2006 was 587), well below that of other West-
ern European countries (measured as sales in ex-factory
prices in the primary and hospital sectors and including
both prescription and nonprescription drugs). The public
medicines expenditure’s share of gross national product
(GNP) is 0.4% for Denmark, lower than in any other West-
ern European country.7
In 2005, the sales of medicinal products in the primary
healthcare sector were $2035 million (calculated in terms
of retail pharmacy price, including prescription charge and
value-added tax; in Denmark, 25% on all goods). In the
hospital sector,the amount was $750 million. Trade in
over-the-counter (OTC) products amounted to $320 million,
apart of which was sold through authorized retail outlets
($35 million). In 2005, the consumption of medicines was
1262 defined daily dosages (DDD) per 1000 inhabitants per
day.8The DDD, as defined by the World Health Organiza-
tion (WHO), is the assumed average maintenance dose per
day for a drug used for its main indication in adults.9
The National Health Security System reimburses
medicine expenses to the public.10 In the primary care sec-
tor,pharmaceutical expenditure is financed by the National
Health Security System (56%), patient copayments (39%),
and local authorities (4%). The cost of public reimburse-
ment for drugs in the primary health sector increases
steadily.Reimbursement is related to the patient’sannual
expenses for medicines. As of 2006, percentages were 0%,
50%, 75%, and 85%. Annual expenses below $82 are not
reimbursed. The reimbursement status for an individual
drug is based on its main indication, but other indications
also trigger reimbursement. Ordinarily, only drugs subject
to prescription are eligible for reimbursement. Approxi-
mately half of all pharmaceutical products on prescription
are reimbursed.
Private sickness insurance is quite common in Den-
mark; about 1.9 million (29%) people receive reimburse-
ment from private insurance.11
Organization and Delivery of Pharmacy Services
Pharmacy services are provided by the staffand the
pharmacy owner. The staff is composed of pharmacists,
pharmaconomists, and students (after completing an ap-
prenticeship at a pharmacy). These people have the com-
petence to handle and check prescriptions, dispense drugs,
and provide information.12 Pharmacy owners must ensure
that their staff members have the basic education and con-
tinuing training to enable them to perform their tasks prop-
erly. In 2005, the number of full-time employees (includ-
ing the owner) was 14.2 per pharmacy: 578 pharmacists,
2597 pharmaconomists, 456 trainees, and 667 others.1The
number of prescriptions handled per pharmacy (or branch
pharmacy) was 167 000 in 2005, corresponding to the han-
dling of 630 prescriptions per pharmacy per day. The num-
ber of pharmacies and employed pharmacists is decreas-
ing, while the number of pharmaconomists is increasing.
The number of pharmacies in Denmark has decreased over
the past 30 years.
Danish pharmacies are comparatively large. In 2006,
there were 322 pharmacies, of which 54 were branch phar-
macies.1Branch pharmacies offer the same services as
pharmacies. Medicine may also be sold in other types of
pharmacy-operated outlets without pharmacists. Pharmacy
outlets (138) are served only by pharmaconomists. In rural
or scarcely populated areas, shops under the supervision of
apharmacy are allowed to act as OTC outlets or delivery
facilities (691 and 251, respectively).
Starting in October 2001, other outlets (eg, supermar-
kets and kiosks) have been permitted to sell a selection of
OTC products. However, the total consumption of OTC
medicine did not change despite the increased number of
outlets. The pharmacies’ share (in DDD) of the OTC
medicine was 90% in 2005.1
Health Service Policy in Denmark
The purpose of the National Health Service is to pro-
mote public health and to prevent and treat disease, suffer-
ing, and functional limitations in individuals. The tasks of
the health service are laid down in the legislation.13 The
Act sets out health service requirements with regard to en-
suring respect for the individual, individual integrity, and
self-determination, and to meet the need for:
1. easy and equal access to the health service,
2. quality treatment,
3. cohesion between services (seamless care),
4. freedom of choice,
5. easy access to information,
6. transparency in the health service, and
7. short waiting time for treatment.
In 2004, the public share of expenses for health care was
79%, and the share of GNP allocated to health care ex-
penses was 5.8%. The cost of health care per inhabitant in
Denmark is about $2763. As a comparison, the US spends
almost twice that amount on health care per person.14
Regarding medication, there is increased focus on drug
consumption and corresponding expenses in the health ser-
682 nThe Annals of Pharmacotherapy n2007 April, Volume 41 www.theannals.com
H Herborg et al.
vice sector, as well as on patient safety, drug-related errors,
and adverse drug events. Danish and foreign studies esti-
mate that from 8% to 15% of all hospitalizations are drug
related, and studies of the hospitalization of elderly pa-
tients show that up to 31% are due to drug treatment.15-17
This is the reason that the Ministry of Interior and Health
decided to focus on rational pharmacotherapy and clinical
pharmacy. The Medicines Agency has set up a Department
of Rational Pharmacotherapy and, in addition, regional au-
thorities have hired drug consultants whose task targets the
prescription practices of physicians in primary care. A
number of initiatives have been carried out centrally to
help optimize drug treatment18:
1. personal electronic medication profile,
2. electronic patient journal (under construction),
3. national recommendation list,
4. national interaction database,
5. independent drug information for health professionals,
6. reporting system for errors and adverse drug events,
7. patient reporting of adverse effects,
8. Ordiprax, prescription statistics on national and re-
gional level, and
9. joint public health portal (www.sundhed.dk).
An interdisciplinary working group set up by the Min-
istry of Interior and Health has made recommendations for
the areas that may achieve health and/or economic benefits
from more extended use of clinical pharmacy in the prima-
ry and secondary sectors, as well as across the sectors. The
working group acknowledges that several studies have
proven that a number of clinical pharmacy services could
contribute to preventing or solving some of the drug-related
problems (DRPs). On this basis, it is recommended that the
evidence in practice be used to achieve a heightened quality
of patient treatment, thereby increasing patient safety.18
Community Pharmacy Services
Most services are obligatory and performed by every
community pharmacy.2The first obligation is to provide all
pharmacy-restricted drugs, regardless of whether they are
prescription-only or OTC. In practice, this means that the
pharmacy must have any medicine requested in stock or be
able to deliver it within 24 hours. Compounding is done in
very few pharmacies. Apart from pricing, labeling, and
checking prescriptions, there are a number of obligations
related to handling prescription-only medicine:
1. handling of extemporaneous preparations;
2. choosing the cheapest possible medicine;
3. checking dosage, indication, interactions, and con-
traindications;
4. providing basic information to customers on the use
of the drug;
5. reporting data to authorities for statistical and reim-
bursement purposes;
6. providing documentation for use of narcotics (de-
manded for crossing borders: a so-called medicine
passport);
7. receiving unused medicine from customers for de-
struction; and
8. providing information leaflets and access to an infor-
mation site for the public.
The pharmacies are also obliged to provide automated
dose dispensing of medicine (the drug for the individual
user is packed in unit doses with indications on when to
take the content of the bags), a service remunerated by the
state. All community pharmacies undertake regular quality
assessment based on the documentation required by legis-
lation, which is reviewed by inspectors from the Danish
Medicines Agency (service degree, waiting time, compe-
tence). Fifty percent of Danish pharmacies are certified un-
der the DS/EN ISO 9001:2000 quality management sys-
tem. This system is the Danish version of ISO 9001:2000,
an international standard that sets requirements for an or-
ganization’s quality management system.19 Certified phar-
macies are audited annually by an accredited certifying
body.They have goals for general as well as specialized
cognitive services, and they are required to performstaff
and customer satisfaction assessments and performance
evaluations.20
Apart from the services included in the fee and margin,
Danish pharmacies offer a number of other services, al-
though with varied frequency (Table 1).21
Each cognitive service is guided by a protocol on how
to deliver the service. The services can be provided by
pharmacists, as well as by pharmaconomists. Some payers
require that services be provided only by staffmembers
who have completed a course. The Ministry of Interior and
Health reimburses one of the services (inhalation counsel-
ing) via the agreed margin. Smoking cessation courses are
partially reimbursed by most regional authorities in Den-
mark. A large customer survey in 2003 showed that cus-
tomers are largely very satisfied with the pharmacies.22 On a
scale of 0–100, the satisfaction index is 82 and the loyalty
index is 78. Both indices increased compared with the previ-
ous survey in 2000 (by 2 points and 1 point, respectively),
despite the recent deregulation of OTC products.
Best Practices
Models for best practice have been developed and tested
in trials. Some of the models were later implemented more
broadly as part of the service offered by the pharmacies
(not reimbursed). Examples of such practice models are:
1. self-medication and self-care model combines re-
sponse to symptoms with advice on self-medication
and self-care,23 and
2. pharmaceutical care at the counter model is com-
prised of actively identifying, solving, and prevent-
Pharmaceutical Care in Denmark
The Annals of Pharmacotherapy n2007 April, Volume 41 n683
www.theannals.com
ing DRPs for customers with selected diagnoses (eg, asth-
ma, type 2 diabetes, angina pectoris, arthritis).24
Since 1999, the Pharmaceutical Association has dedi-
cated each year to a health-related theme, for example, dia-
betes, arthritis, and asthma. The Association provides cam-
paign and educational material on the theme for the phar-
macies, and most pharmacies participate actively. In 2004
and 2005, the topic was patient safety, which aimed to af-
firm the pharmacy as a key partner in avoiding errors and
injuries related to drug therapy.25 The Patient Safety Year
was planned as a campaign to place public focus on the
competence of the pharmacies and services related to pa-
tient safety.
Research in Community Pharmacy
Since the late 1970s, research in community pharmacy
has been conducted by the Section for Social Pharmacy
(SSP) at the DFU.26,27 Other actors in community pharma-
cy research are Pharmakon, professional organizations, re-
gional health administrations, and local pharmacies.5,28-33
The Pharmaceutical Association has been active in setting
up its own projects, as well as contributing to projects run
by other actors. Many of the actors involved in community
pharmacy research collaborate with other Danish research
organizations and universities interested in medicine use in
aresearch network called the Research Centre for Quality
in Medicine Use, based at the DFU. The center has been in
operation since 1999 and has made substantial contribu-
tions to interdisciplinary projects.
UNIVERSITY-BASED RESEARCH
The aim of the research by SSP at the DFU is to con-
tribute to a research basis for appropriate drug use. The re-
search is focused on medicine users and professionals in
the healthcare sector. The Section has several research
groups, including pharmacoepidemiology, cultures of
medicine, modern medicines, pharmacy practice, and
pharmaceutical policy, all of which contribute to commu-
nity pharmacy practice and beyond.
The research in medicine use and pharmacoepidemiolo-
gy has contributed to national surveys, as well as to more
practice-oriented projects. A research program on DRPs
has been set up in recent years, with the focus on the na-
ture, extent, and cost of DRPs in specific disease states.
SSP has a long-standing tradition of conducting research
relating to drug therapy from the usersperspective.34-37 A
large part of this research has been developed with qualita-
tive methodology, and it has had major impact on pharma-
cist education and on community pharmacy.Most pharma-
cists will have conducted such studies on a small scale as
part of their education. In Denmark, this body of knowl-
edge has supported the shift from compliance to concor-
dance orientation. Concordance is considered the process
of prescribing and drug therapy based on partnership.38
Similarly, the development of pharmaceutical care pro-
grams has been influenced by this research from the start,
taking patient empowerment onboard as an integral part of
pharmaceutical care.39
Research involving the use of lifestyle drugs and pro-
jects on new consumer behavior have yielded new under-
standing of medicated normality as a social phenomenon
and of new consumers in community pharmacy.37,40,41
Research in pharmacy practice covers a broad range of
subjects. Toillustrate the scope, a list of current projects in
the pharmacy practice area from the Web site is provided
(Table 2).41
During the 1980s, researchers at SSP conducted studies
to investigate the pharmacist’s role perceptions and con-
ducted exploratory experimental research to develop new
professional activities and methods in the pharmacy.42-45
These projects were constructed from the pharmacist’s per-
spective and focused on individual and organizational
learning. Today, this work has developed into a body of
implementation research comprised of participatory action
research; studies in facilitators for implementing pharmacy
services in collaboration with researchers in Australia, Por-
tugal, and Spain; projects on pharmacy leadership; and,
684 nThe Annals of Pharmacotherapy n2007 April, Volume 41 www.theannals.com
H Herborg et al.
Table 1. Services Offered by Community Pharmacies
Number of
Pharmacies
Service (N = 322)
Blood pressure measurement and advice 152
Blood glucose measurement and advice 144
Breast pump rental 26
Cholesterol measurement and advice 45
Compression stockings (measurement and sale) 83
Falck HealthCare 27
Inhalation counseling 219
Inspection of emergency physician kit 50
Inspection of ships’ medicine chests 56
Instruction in self measurement of blood glucose 128
Carbon monoxide measurement 97
Fat percentage measurement 31
Medication review—Brown bag 82
Medication review—Check on your medicine 85
Medication review—Nursing home and home care 71
Meetings for groups of new mothers 28
Peak flow measurement 74
Quality assurance of medicine handling at nursing 40
homes and in home care
Skin type test 18
Slimming counseling (groups) 51
Slimming counseling (individual) 57
Smoking cessation (groups) 123
Smoking cessation (individual) 148
Smoking cessation (screening) 46
Supplying medicine chests 44
Training nursing staff 92
most recently, evaluation of the first reimbursed cognitive
service.46
The Pharmacy-University Study has been a large 3 year
program using research as a learning, research, and imple-
mentation strategy for dealing with DRPs in collaboration
among researchers, students, and practitioners. This project
has contributed a platform for disseminating knowledge
about pharmaceutical care among students and practition-
ers.47-50
SSP has been involved in health technology assess-
ments of services and technology in community pharmacy,
with particular focus on software for detecting drug inter-
actions and, most recently, automated drug dispensing us-
ing Social Construction of Technology Theory as an alter-
native theoretical approach to Health Technology Assess-
ment.51,52
Policy research has recently come into focus, with an
evaluation of the liberalization of the Icelandic pharmacy
system as a major contribution.53,54 This type of research
has brought the processes of professionalization and depro-
fessionalization back into focus. The contract between com-
munity pharmacy and society has been analyzed in a recently
finished doctoral dissertation on the liberalization of part of
the Danish OTC market to a new general sales list.55
RESEARCH AT PHARMAKON
Since 1993, the Research and Development division at
Pharmakon has conducted research in pharmacy practice
and has developed methods, tools, and quality standards
for new community pharmacy services. The strategic goal
is to contribute to and document the social value of com-
munity pharmacy.The research has been based on the
WHO/International Pharmaceutical Federation guidelines
for Good Pharmacy Practice.56
The first Danish study on pharmaceutical care had ma-
jor results. Conducted in the mid-1990s in collaboration
with Charles D Hepler’s team at the University of Florida,
and later also with the European Asthma Therapeutic Out-
comes Monitoring studies under the framework of Phar-
maceutical Care Network Europe (PCNE), the study was
coordinated by the Danish team.39,57 PCNE was founded as
aresult of this collaboration. The program developed a dis-
ease-specific pharmaceutical care model with strong em-
phasis on the user’s perspective. The program had positive
impact on knowledge, inhalation errors, drug prescribing
and health outcomes, and use of healthcare resources. The
project also resulted in further research and development
of a number of cognitive services for asthma patients, one
of which, inhalation counseling, has been reimbursed by
the government since 2004.58,59
The research program Improving Drug Therapy for the
Elderly developed and tested a generic pharmaceutical
care model for a specific patient group: elderly polyphar-
macy patients. It was conducted in collaboration with 7
countries.60,61 This project has been the basis for the devel-
opment of community pharmacy services for the elderly
and nursing homes, and these models have been tested in
small research projects.62-64
Dose dispensing has been studied at various times at the
DFU and at Pharmakon.31 Lately, the system has been
evaluated in the previously mentioned health technology
assessment in collaboration with the University of South-
ern Denmark.52,65
Another major project has been Improving Self-Medi-
cation and Self-Care. It has demonstrated that pharmacies
can implement evidence-based protocols for responding to
symptoms and advising on self-care and drug use for mi-
nor ailments such as hay fever and dyspepsia, and achieve
positive patient/user outcomes.66
As research continues to document high value for rigor-
ous best practice methods, the problem of implementation
of such methods is growing. However, the implementation
rate of pharmaceutical care activities in Danish pharmacies
is low.67 Traditional mechanisms such as courses and quali-
ty manuals with protocols have not worked sufficiently.
There are several barriers to implementation. A number of
barriers were identified in research projects:
1. collaboration in the healthcare sector;
2. physical surroundings, technology;
3. customer perceptions, people’s attitudes;
4. program content and tools;
5. internal organization at the pharmacy;
6. knowledge and practical skills;
7. personal perceptions;
8. legislation, society; and
9. finances, resources.61,66
Since 1993, Pharmakon has conducted research in im-
plementation and organizational change. The program,
Pharmaceutical Care in Denmark
The Annals of Pharmacotherapy n2007 April, Volume 41 n685
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Table 2. Current Projects41
Indicators of good pharmacy practice
Leadership and organization in pharmacy practice
Health technology assessment of automated dose dispensing in
the primary healthcare sector
Professional development of pharmacy practice, with special focus
on implementation processes
Impact on health economy of preventable drug-related morbidity and
selected drug-related morbidity interventions
Distribution of medicine in Denmark in light of deregulation
Developing a new method for smoker addiction evaluation
Status of pharmaceutical care in Danish community pharmacies
The Pharmacy University study: participatory action research as
an implementation strategy for development of pharmacy practice
Improved self-medication and self-care: a controlled study
Sociology and pharmacy practice research
The pharmacy profession: a sociological perspective
The Counselling Pharmacy, is an example of this ap-
proach.68
In recent years, Pharmakon has conducted research on
medication safety in primary care, in collaboration with
The Society for Patient Safety and the Pharmaceutical As-
sociation. Their research shows that community pharma-
cies prevent many errors (23 prescription interventions in
10 000 prescriptions) and make few dispensing errors (one
error per 10 000 prescriptions).69
Finally, since 2001, Pharmakon has developed and operat-
ed The Danish Pharmacy Practice Evidence Database. The
database is comprised of literature reviews compiled in evi-
dence reports in key pharmacy practice areas, with emphasis
on primary care. It is based on literature in English and Scan-
dinavian languages. References and summaries in English
can be accessed at www.pharmakon.com.
Funding
Until 2005, community pharmacy research had a strong
funding base in The Pharmacy Foundation of 1991. The
Danish Pharmaceutical Association has also been active,
particularly through its ownership of Pharmakon and by
funding projects and the evidence database. The Pharmacy
Foundation cofunded The Centre for Quality in Medicine
Use, the majority of the large-scale projects mentioned in
this article, and many of the small projects as well. This
has been the primary financial source, together with basic
university funds, PhD grants, and basic Pharmakon funds.
The Pharmacy Foundation no longer exists, and funding
now is primarily obtained from basic research budgets.
However, the Danish Ministry of the Interior and Health
and the National Board of Health have launched practice-
oriented research programs with specific focus on drug use
or disease states (eg, diabetes). Some community pharma-
cy projects have managed to attract funds from these pro-
grams.
Plans for the Next Five Years
At present there are no known plans for new pharmacy
services at state, national, or private insurance levels. Start-
ing in 2007, a general structural reform will shift responsi-
bility for a major part of primary health care from regional
authorities to large local authorities (hospitals will still be
operated at regional level but financed by state funds). The
reform will create new incentives for the local authorities,
as they will be paying for the health care of their citizens.
As payers, these local authorities will save money by pre-
venting illness and hospitalizations. This may mean new
opportunities for community pharmacy.There are plans to
build new local healthcare centers with a strong focus on
prevention and rehabilitation. In pilot projects, some of
these new centers have shown interest in pharmacy ser-
vices such as medication review and medicines manage-
ment. A few local authorities have already made prelimi-
nary contracts with pharmacies regarding nursing home
services.
The Pharmaceutical Association has a clear vision of
shifting the core of community pharmacy services from lo-
gistic to cognitive and clinical activities. The professional
strategy is to use the competence of the pharmacy to take
coresponsibility for the drug treatment of the customer and
for patient safety. The Association aims for more govern-
ment remuneration for services (eg, medication reviews) and
also targets the new local authorities. Both employee associa-
tions are active in promoting clinical pharmacy services in
primary care, which was also the focus of the Pharmaceutical
Association’s campaign in 2006. There are plans to develop
the quality system and provide more documentation on the
pharmacy sector level, but no details are known as yet.
The DFU and Pharmakon have plans for curriculum
changes. A reform of the community pharmacy apprentice-
ship for pharmacy students will change the evaluation cri-
teria and provide more emphasis on communication and
pharmaceutical care. For pharmaconomists, there will be
more theory and a reinforcement of e-learning support dur-
ing trainee periods.
SSP,the Pharmaceutical Association, and Pharmakon
are drawing up plans to create a research consortium. Joint
research projects running at present are:
1. implementing drug therapy—improving adherence
and self-management among users of antihyperten-
sives;
2. safe and effective use of drugs used in treatment of
type 2 diabetes; and
3. better use of medicines in home care and nursing
homes.
All of these projects aim to implement collaborative pri-
mary care models with a focus on community pharmacy’s
contribution to the medication process and the patient’s
journey between levels of care. This objective reflects a
strong trend in current community pharmacy research.
Summary
Denmark has few but large community pharmacies and
along tradition of research and development resulting in
several well documented cognitive and clinical services.
However, few services are reimbursed and implementation
is still a challenge.
Hanne Herborg MSc (pharm), Director, Research and Develop-
ment Division, Pharmakon a/s, Danish College of Pharmacy Practice,
Hillerød, Denmark
Ellen Westh Sørensen MSc (pharm), Associate Professor, De-
partment of Pharmacology and Pharmacotherapy, Section for So-
cial Pharmacy and Research Centre for Quality in Medicine Use,
The Danish University of Pharmaceutical Sciences, Copenhagen,
Denmark
686 nThe Annals of Pharmacotherapy n2007 April, Volume 41 www.theannals.com
H Herborg et al.
Bente Frøkjær MSc (pharm), Project Coordinator, Research and
Development Division, Pharmakon a/s, Danish College of Pharma-
cy Practice
Reprints: Dr. Frøkjær, Research and Development Division, Phar-
makon a/s, Danish College of Pharmacy Practice, Milnersvej 42,
DK-3400, Hillerød, Denmark, fax 45 4820 6060, bf@pharmakon.dk
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EXTRACTO
OBJETIVO: Evaluar el estado actual de la comunidad farmacéutica en
Dinamarca en cuanto a la práctica e investigación y discutir la tendencia
futura.
HALLAZGOS: Dinamarca tiene un sistema de bienestar social que provee
cuidado de salud, servicio social y pensión. El cuidado médico y
quirúrgico son gratis. La prescripción de medicamentos son
reembolsable en un promedio de 56%. Las comunidades farmacéuticas
son propiedades privadas pero las autoridades de salud regulan los
precios de los medicamentos y el número de farmacias. Hasta el
presente, Dinamarca tiene 322 farmacias en una relación de una por
cada 16700 habitantes. Todas las farmacias proveen medicamentos
recetados, medicamentos autorizados sin receta médica, consejería
acerca del uso de medicamentos, dosis, substición de genérico y la
administración de reembolso individual para los pacientes registrado.
Todas las mezlas de medicamentos están centralizadas en 3 farmacias a
excepción de las preparaciones simples. Muchas farmacias ofrecen el
servicio de medir los niveles de ázucar y colesterol en sangre, presión
sanguínea y en un 60% de las farmacias, se ofrece consejería sobre
inhaladores en un servicio de reembolso. La investigación en la práctica
de farmacia eatán bien establecida y se conduce, principalmente, en las
universidades y en Pharmakon A/S, cuyo dueño es la Asociación
Farmacéutica Dinamarqués.
DISCUSION: Los servicios extendidos en farmacia clínica son una
prioridad de todas las organizaciones farmacéuticas en Dinamarca. El
reembolso es tratado a nivel nacional como también los pagadores en la
nueva estructura de la autoridad local de Dinamarca. La tendencia en la
investigación se enfoca en cuidado de salud colaborativo, desarrollo y
documentación del valor de los servicios de farmacia de comunidad; asi
como, perfeccionar servicios y fortalecer la implementación.
CONCLUSION: Dinamarca tiene pocas pero amplias farmacias de
comunidad y una larga tradición investigación y desarrollo resultando en
algunos servicios cognoscitivos y clínicos bien documentados. Sin
embargo; pocos servicios son reembolsados y la implementación es
todavía un reto.
Wilma M Guzmán-Santos
RÉSUMÉ
OBJECTIF: Revoir le statut de la pratique et de la recherche en pharmacie
communautaire au Danemark et présenter les tendances futures.
688 nThe Annals of Pharmacotherapy n2007 April, Volume 41 www.theannals.com
H Herborg et al.
RÉSUMÉ: LeDanemark a un système social qui procure des soins de
santé, des services sociaux, et de pension à sa population. L’achat de
médicaments sur prescription est remboursé par l’état à raison de 56%.
Les pharmacies communautaires sont privées mais les autorités
gouvernementales règlementent le prix des médicaments et le nombre
de pharmacies. Actuellement, le Danemark a 322 pharmacies,
correspondant à environ 1 pharmacie par 16 700 habitants. Toutes les
pharmacies vendent des médicaments de vente libre et d’ordonnance,
donnent des conseils sur l’utilisation optimale des médicaments,
favorisent la substitution générique, et maintiennent un registre des
remboursements. A l’exception de préparations simples, les préparations
magistrales sont fabriquées centralement dans 3 pharmacies. Beaucoup
de pharmacies offrent la prise de mesure de la tension artérielle, des
glycémies, et du cholestérol, et 60% conseillent leurs patients sur les
techniques d’inhalation, service remboursé par le système social. La
recherche en pratique pharmaceutique est bien établie et se conduit
principalement dans les universités et chez Pharmakon A/S, compagnie
appartenant à l’association pharmaceutique danoise.
DISCUSSION: Les services élargis de pharmacie clinique sont prioritaires
auprès des organisations pharmaceutiques danoises. Le remboursement
est discuté au niveau national ainsi qu’au niveau des payeurs au sein de
nouvelles structures locales. Les tendances au niveau de la recherche
visent les soins de santé en collaboration, le développement et la
documentation de la valeur des services cliniques communautaires,
l’optimisation des services, et une implantation renforcée.
CONCLUSIONS: Le Danemark a quelques grandes pharmacies
communautaires et une longue tradition de recherche et de
développement résultant en des services cliniques cognitifs bien
documentés. Cependant, peu sont remboursés et leur implantation
demeure difficile.
Marc M Perreault
Pharmaceutical Care in Denmark
The Annals of Pharmacotherapy n2007 April, Volume 41 n689
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... Denmark has a long tradition for research and development in community pharmacy practice. For decades, a variety of community pharmacy research and development projects have been conducted both locally and nationally [7,20]. However, sharing knowledge and providing support in a structured manner and with full transparency toward stakeholders, researchers, and pharmacy practitioners has proven to be challenging and time-consuming. ...
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The community pharmacy has a number of attributes that makes it an excellent setting for research and development projects, as it is a highly accessible part of the healthcare system and is staffed by highly trained health care professionals. The big turnover in patients in the community pharmacy makes it possible to reach a great number of patients and collect a lot of data in a relatively short time. However, conducting nation-wide research and development projects can be a rather time-consuming process for the individual community pharmacy, and can thus require collaboration with other community pharmacies and researchers. This will help ensure strong results and better implementation. Thus, the Danish Network for Community Pharmacy Practice for Research and Development (NUAP) was established in Denmark by a number of highly committed community pharmacies and researchers. NUAP consists of 102 member pharmacy owners in addition to a number of researchers. The aim of the network is to strengthen pharmacy practice and pharmacy practice research in Denmark by providing a forum where community pharmacy practitioners and researchers meet and work together. The network is led by a steering committee elected by the members in the network.
... For example, unlike in Latvia, all community pharmacies in Portugal and Germany offer the service "preparation of medicinal products in a pharmacy" [30,31]. While the preparation of extemporaneous medicinal products in Denmark is centraliszed in three community pharmacies [32]. ...
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Background and objectives: Extemporaneous preparations are pharmaceutical preparations individually prepared for a specific patient or patient group, but also high-risk products accompanied by doubts regarding their safety and quality. Legislation regulating the compounding of extemporaneous preparations is not harmonized among European countries. This problem is partially resolved by Resolution CM/Res(2016)1 on quality and safety assurance requirements for medicinal products prepared in pharmacies for the special needs of patients. In order to understand the relevance of extemporaneous compounding in Latvia and the fulfillment of the abovementioned resolution’s requirements, it is essential to get information about the volume and breakdown of sales of extemporaneous medicinal products in community pharmacies. The purpose of this survey is to identify the sales volume of extemporaneous preparations in community pharmacies in Latvia in 2017 by analyzing unpublished data of the State Agency of Medicines (SAM), as well as comparing Latvian laws with the requirements of the resolution. Materials and Methods: A separate Microsoft Excel spreadsheet was prepared for each statistical region in order to summarize the unpublished information of SAM on the turnover of extemporaneous preparations in 2017 in all Latvian statistical regions. In order to compare the regulatory framework in Latvia with the resolution, the Latvian Pharmaceutical Law and the Cabinet of Ministers Regulations regulating prescription, compounding and control of extemporaneous preparations in community pharmacies were analyzed. Results: Only 280 of 384 pharmacies submitted a report of sales of extemporaneous preparations for 2017 to the SAM. These pharmacies represented all Latvian statistical regions. Extemporaneous preparations were mostly sold in Riga (78.93%). The Latvian regulation does not include all paragraphs of the resolution. Most of the paragraphs of the resolution are described in Latvian regulatory enactments only partially. Conclusions: The total number of compounding pharmacies evidence that the service is needed. Latvian example highlights a necessity for European Union countries to compare their national legislation with the requirements of the resolution’s last version and, if necessary, implement relevant amendments.
... There has been great interest in promoting collaborative practice between pharmacists, physicians and nurses. This is evidenced by the increased implementation and study of new models of collaborative practice in primary care settings in several continental European countries, Eickhoff & Schulz [16], Guignard & Bugnon [17] and Herborg et al. [18] several States in the USA Hammond et al. [19] and the Canadian provinces of Ontario Dolovich et al. [20]. More recently, the theme of the NAPPSA and ANPA had a joint convention cantered on collaboration: "Delivering Healthcare Through Multidisciplinary Collaboration". ...
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AN ASSESSMENT OF COLLABORATION BETWEEN MEMBERS OF THE HEALTHCARE TEAM IN PROVIDING MEDICATION THERAPY MANAGEMENT (MTM) By Akonoghrere Rita O.1 , Aghoja Ogheneovo C1. , Akpe Ifeanyi C2, Okeya Mabel O1 1Department of Clinical Pharmacy and Pharmacy Administration, Faculty of Pharmacy, Delta State University, Abraka, Nigeria. Post code 330106 2Department of Clinical Pharmacy and Pharmacy Practice, Faculty of Pharmacy, University of Benin. *Corresponding author: Akonoghrere, R.O; Department of Clinical Pharmacy and Pharmacy Administration, Faculty of Pharmacy, Delta State University, Abraka; Nigeria. E-mail: akonoghrere@delsu.edu.ng Contact Number: +2347032278805, +2348052076642 ABSTRACT INTRODUCTION: Medication Therapy Management (MTM) is defined as “A personalized service designed to optimize health outcomes for individual patients”. Collaboration between health professionals involves communication and decision-making with the aim of satisfying the patient’s health needs while respecting the unique qualities, abilities and contribution of each professional. MTM is designed to improve collaboration among pharmacists, physicians, and other healthcare professionals. OBJECTIVES: To assess the awareness of Medication Therapy Management among members of the healthcare team. METHOD: This is a cross-sectional study designed to assess the awareness, analyse collaboration, perception and acceptance of healthcare professionals in providing medication therapy management service in fourteen (14) hospital facilities. A self-administered questionnaire was used to collect relevant data. The questionnaire was designed from the objective of study which is derived through intensive literature review and abducted from the Core Element of MTM service version 2.0. A stratified random sampling using senatorial district, in Delta state Nigeria, as strata was adopted to survey the sample population RESULTS: The total study sample was 227 medical practitioners, 106 (46.70%) female and 121(53.30%) male. Among them were 58(25.47%) physicians, 114(63.43%) nurses, 14(6.16%) laboratory scientist and 11 (4.84%) other health care professions. Fewer respondents have heard about MTM (42.3%); only 22.7% of them admitted that collaboration with pharmacists in providing MTM helped to improve overall patient care. Respondents’ response on acceptance that pharmacists are adequately trained to provide clinical services to patients showed that 56.8% of them disagreed. CONCLUSION: The health care professionals had little knowledge of Medication therapy management service, and the acceptance of collaborative practice with pharmacist rendering medication therapy management service has not been adequate among other members of the health care team. The measure of collaborative practice with pharmacist rendering Medication Therapy Management services has not been effective within health care practitioners in Delta State. KEY WORDS: Medication Therapy Management (MTM), collaboration, perception and acceptance.
... Danish pharmacies provide cognitive services guided by a protocol for their delivery. 291 The services can be provided by pharmacists and pharmaconomists. 292 The pharmaconomist cannot own or run a pharmacy, but can perform most of the pharmacist's duties with some limitations, such as medication reviews, dosage corrections and interventions in the prescriptions, which should be done in cooperation with the registered pharmacist. ...
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Background In Australia, the predicted oversupply of pharmacists is contributing to concern regarding employment prospects. Traditionally, there have been low numbers of pharmacists employed in the Australian pharmaceutical industry and a lack of data on pharmacy students’ perceptions of employment within this sector. Aim To determine pharmacy students’ understanding and perceptions of the pharmaceutical industry as an employment option. Method Australian pharmacy students graduating in 2018 were invited to complete an online survey. Participants were recruited via Facebook sites for the National Australian Pharmacy Students’ Association, the Early Career Pharmacists group of the Pharmaceutical Society of Australia (PSA) and through intern training networks of the PSA, the Pharmacy Guild of Australia and Chemist Warehouse. Australian universities were also approached via e‐mail to assist in distribution of the survey to their 2018 graduates. Results Complete responses were received from 124 students, representing 17 universities. Most respondents perceived the pharmaceutical industry as a good employment option (61%). However, they generally lacked understanding (77%), information and sufficient exposure to industry to fully comprehend the potential employment opportunities available. Furthermore, placements in the pharmaceutical industry are not universally available to pharmacy students, and less than 20% had undertaken such a placement. Respondents desired industry placements (81%), education (86%) and more exposure to this career option during their studies (86%). Conclusion Further research is needed on how Australian universities, the pharmaceutical industry and the pharmacy profession can collaborate to raise awareness of industry as a career option and equip graduates for these employment opportunities.
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(1) Background: pharmacy technicians are the largest group of staff at Danish community pharmacies and play a vital role in counselling customers on prescription medication, over-the-counter (OTC) medication and non-medical products. This is the first study carried out to specifically analyse how they contribute to counselling and identification of drug-related problems (DRPs) at Danish community pharmacies. (2) Methods: seventy-six pharmacy technicians from 38 community pharmacies registered data on all of their customer visits for five days, over a four-week period, between January and March 2019. Data were analysed in SPSS version 24. (3) Results: 58.9% of all registered customers (n = 10,417) received counselling. They identified DRPs for 15.8% of all registered customers (n = 2800). Counselling by pharmacy technicians solved, or partially solved, problems for 70.4% of customers with DRPs. Pharmacy technicians estimated that 25.2% of customers receiving counselling (n = 2621) were saved a visit to the general practitioner (GP). (4) Conclusions: as community pharmacists get more involved in complex services, it would be necessary to expand the roles of pharmacy technicians. Pharmacy technicians contribute to medication safety via counselling, and identifying and handling DRPs for all customers. This study documents the role of pharmacy technicians in customer counselling at Danish community pharmacies. It provides evidence to researchers and policy makers to support discussions on the future role of pharmacy technicians at community pharmacies.
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Aim : The study objective is to evaluate whether a pharmacy internship linked to a practice research project produces student-learning outcomes that are more relevant to new and extended roles of community pharmacists than traditional apprenticeship learning. Method : A study combining undergraduate pharmacy education, pharmacy practice development and practice research in a participatory action research design. Students contributed to the study during the internship by collecting data and presenting the results to the training pharmacy. A triangulation of methods assessed both internally and externally was used to evaluate student learning for project participants and non-participants alike. Conclusion : Pharmacy students are incorporated into a situated learning context during an internship. Most pharmacy students learn from the internship experience, but students who participated in the Pharmacy-University Study learned more than those who did not. This implies the creation of a more appropriate situation for learning for future pharmacy students.
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Objective — To explain the limited success of a local patient medication record (PMR) experiment in pharmacy practice in Denmark from a social constructivist perspective and to promote a discussion among pharmacy practice researchers of how on-going social constructivist analysis can be used to manage experiments in pharmacy practice. Method — A secondary social constructivist analysis of data collected during and after a local experiment on the development and use of PMRs. Data were analysed using three specific social constructivist concepts. The data consisted of 93 qualitative interviews with elderly medicine users with a PMR, 10 qualitative interviews with representatives from health professionals participating in the experiment, and documentary evidence from a research report. Key findings — Eight relevant social groups were identified in the PMR experiment. The groups attached different meanings to the same PMR, such as: threat; totally useless; important tool for preventing drug-related problems, promoting interdisciplinary co-operation and carrying out pharmaceutical care; unnecessary interference in private affairs; security; good checklist. The relevant social groups also had different opinions about responsibility, duty to inform patients about the PMR, and need for and co-ordination of the PMR. Conclusion — The analysis supports an important social constructivist point, namely, that the outcome of a technological development is not given a priori; rather, it is driven by the interests of various social groups. Ongoing identification and assessment of these social groups is recommended to focus future experiments.
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Objective To investigate the implementation process of cognitive pharmaceutical services (CPS) in ‘professionally active’ pharmacies in Denmark; to describe the factors that influence the implementation process in the context of organisational theory. Method Twenty semi-structured interviews were conducted with pharmacy staff and owners in ‘professionally active’ pharmacies from 16 community pharmacies in Denmark. Key findings Fifty-one factors that influence the implementation process were identified. Based on their content and relationships, the factors were categorised into nine ‘common sense’ dimensions: network and relations with the environment; the environment's expectations and pressure for change; barriers to implementation of CPS; competence in relation to CPS; organising the pharmacy for provision of CPS; culture of the pharmacy; resources within the pharmacy; management within the pharmacy; the role of the pharmacy. Subsequently the 51 factors were categorised and described in relation to Leavitt's model of an organisation. Conclusion Implementation of CPS in the pharmacy is a very complex process, which is unique to the individual pharmacy. The model formed a relevant basis for describing the factors, and the theoretical analysis showed a complex interdependence of the factors identified in the study. Many interdependent factors influence the process and this has to be taken into account in designing future models for implementation of CPS. Such models should support comprehensive and flexible strategies that can be adapted to the dynamics of the individual organisation.
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Objective: To evaluate the effects of a therapeutic outcomes monitoring (TOM) program on selected process and outcome measures. Design: Prospective, controlled, multicenter study. Setting: Community pharmacies throughout Denmark (16 intervention, 15 control). Patients: Five hundred patients with asthma aged 16 to 60 years and treated in primary care. Intervention: TOM is a community-based program for pharmaceutical care. Using a structured, seven-step, cyclical outcome improvement process, TOM pharmacists identify and resolve (or refer) problems with drug therapy that, if not addressed, might result in therapeutic failure or adverse effects. Equal emphasis is placed on the patient's perspective (e.g., coping, control, and empowerment) and the professional's perspective (e.g., adherence, patient knowledge, and therapeutic problems). TOM requires cooperation among pharmacists, patients, and physicians. Main outcome measures: Asthma symptom status, days of sickness, health-related and asthma-specific quality of life, use of health care services and resources, and satisfaction with health care and pharmacy. INTERMEDIATE OUTCOME AND PROCESS MEASURES: Peak expiratory flow rate (PEFR), knowledge of asthma and asthma medications, inhalation errors, and drug therapy problems in the TOM group. Results: The mean individual differences for TOM and control patients were tested. Beneficial effects were found for the following outcome measures: asthma symptom status, days of sickness, and health-related and asthma-related quality of life. Satisfaction with health care and pharmacy varied throughout the course of the project, with no significant difference between groups at the final evaluation. Although not statistically significant, differences in use of services were considered to be clinically significant and encouraging. Beneficial effects were found for knowledge of asthma and medications, inhalation errors, drug use and drug therapy problems. No significant differences were found for PEFR. Conclusion: The project demonstrated that therapeutic outcomes monitoring by community pharmacists is an effective strategy for improving the quality of drug therapy for asthma patients in primary health care.
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The recently coined concept of collaborative drug therapy management is a method of developing a patient-centered in which the pharmacist's activities are integrated with those of other health care providers. This new department will both refine the concept and provide patient-care applications from the author's experience in Washington state.
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Background - The study reported here was part of a multi-study evaluation of new drug distribution legislation in Iceland. Objective - The objective of this sub-study was to compare the satisfaction of community pharmacists and pharmacists in other settings with regard to their job in general, importance of the job, work hours, contact with patients, and responsibility. Method - A questionnaire survey was constructed, pilot tested, and mailed to all pharmacists belonging to professional societies in Iceland in March 1999. Key findings - The results show an inconsistency in whether general job satisfaction was correlated with respondents' perception of the job's importance and responsibility, more so for community pharmacists than others. Overall job satisfaction was quite high and community pharmacists felt that their contact with customers was satisfactory. However, they were more dissatisfied with their work hours, importance of their work, and responsibility than other pharmacists. Conclusion - Community pharmacists have been affected more adversely by the legislative change than their colleagues in other work settings.
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Objectives Iceland was the first Nordic country to liberalise its drug distribution system, in March 1996. Subsequent regulation in January 1997 increased patients' share of drug costs. The objectives of this study were to test the assumptions that liberalising community pharmacy ownership would lower reimbursement costs for the state's Social Security Institute and that increasing patient charges would reduce use and, therefore, lower the cost to the Institute. Methods Based on the assumptions, we built and tested two models using interrupted time series designs that contrast the monthly reimbursement costs before and after the legislation and regulation took effect. A control variable (the number of office visits to general practitioners) was tested to assess other events in the health care arena. Monthly data on these variables were provided by the Icelandic State Social Security Institute for January 1993 to August 1998 for reimbursement costs and to December 1998 for office visits to general practitioners. Results Reimbursement costs have risen steadily throughout the period under study. The interrupted time series analysis did not show a substantial effect from the legislative change in March 1996 or from the regulatory intervention in January 1997. Conclusions The main argument used for liberalising community pharmacy ownership in Iceland was built on false assumptions regarding the effect on drug reimbursement costs to the state. It will be necessary to find more promising interventions to halt the rapidly increasing cost of drugs.
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Prior to the 1940s, several communities in the United States had adopted year-round education (YRE). This paper presents an overview of YRE, including history, patterns of implementation, various calendars, intersession arrangements, pros and cons, and a list of areas to be addressed when considering YRE. Proponents of YRE argue that it enhances continuous learning; offers short vacations that refresh students and teachers; reduces vandalism and discipline concerns; features ongoing intersessions; allows vacations in offpeak seasons; eases overcrowding; assists low-achieving students; and provides year-round employment. Opponents argue that change is difficult; child-care arrangements must be revised; families might follow different calendars; teachers will not be home with their own children; inservice days are harder to schedule; summer vacation is shorter; buildings need air conditioning; and summer jobs are disrupted. A conclusion is that the concept of YRE should be presented as a way to create continuous learning, not as a way to restructure 9-month schooling. (Contains seven references.) (LMI)
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1. In total 1999 consecutive admissions to six medical wards were subjected to a prospective high-intensity drug event monitoring scheme to assess the extent and pattern of admissions caused by adverse drug reactions (ADRs) or dose related therapeutic failures (TF), in a population-based design. The wards were sub-specialised in general medicine, geriatrics, endocrinology, cardiology, respiratory medicine and gastroenterology. 2. Considering definite, probable and possible drug events, the prevalence of drug related hospital admissions was 11.4% of which 8.4% were caused by ADRs and 3.0% by TFs. There were large inter-department differences. 3. The six classes of drugs most frequently involved in admissions caused by ADRs were anti-rheumatics and analgesics (27%), cardiovascular drugs (23%), psychotropic drugs (14%), anti-diabetics (12%), antibiotics (7%), and corticosteroids (5%). Noncompliance accounted for 66% of the TFs with diuretics and anti-asthmatics most frequently involved. 4. The pattern of drugs involved in ADRs was compared with the regional drug sales statistics. Drugs with a particularly high rate of ADR related admissions per unit dispensed were nitrofurantoin and insulin (617 and 182 admissions per 1,000,000 defined daily doses), while low rates were seen for diuretics and benzodiazepines (10 and 7 admissions per 1,000,000 defined daily doses). Confidence intervals were wide. 5. Patients who had their therapy prescribed by a hospital doctor had a slightly higher prevalence of drug events than those who were treated by a general practitioner (12.6% vs 11.8%). The reverse applied for drug events assessed as avoidable (3.3% vs 4.6%). Although these differences were not statistically significant, it may suggest general practitioners as the appropriate target for interventive measures.(ABSTRACT TRUNCATED AT 250 WORDS)