- •Apothecary
- •History
- •Other Mentions In Creative Literature
- •Noted Apothecaries
- •See also
- •References
- •Overview
- •Etymology
- •Function
- •Examples
- •See also
- •References
- •Clinical pharmacy
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- •Compounding
- •History
- •New England Compounding Center incident
- •Roles During research and development
- •Patients with unique or unusual medication needs
- •Personalized medicine and polypharmacy
- •Recent trends
- •Regulation in the United States
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- •References
- •External links
- •Consultant pharmacist
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- •See also
- •Herbalism
- •History
- •Ancient times
- •Middle Ages
- •Early modern era
- •Modern herbal medicine
- •Biological background
- •Clinical tests
- •Prevalence of use
- •Herbal preparations
- •Practitioners
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- •Uses of herbal medicines by animals
- •Extinction of medicinal plant species
- •See also
- •References
- •Further reading
- •History of pharmacy
- •Prehistoric pharmacy
- •Antiquity
- •Middle Ages
- •See also
- •References
- •Hospice
- •History Early development
- •Rise of the modern hospice movement
- •Hospice care
- •North America Canada
- •United States
- •United Kingdom
- •Other nations
- •See also
- •Further reading
- •External links
- •Hospital pharmacy
- •Sterile production
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- •External links
- •Hospital
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- •General
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- •Teaching
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- •Roman Empire
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- •Medical education
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- •See also
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- •Medical ethics
- •History
- •Values in medical ethics
- •Autonomy
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- •Conflicts between autonomy and beneficence/non-maleficence
- •Euthanasia
- •Informed consent
- •Confidentiality
- •Criticisms of orthodox medical ethics
- •Importance of communication
- •Control and resolution
- •Guidelines
- •Ethics committees
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- •Cultural concerns
- •Truth-telling
- •Online business practices
- •Conflicts of interest
- •Referral
- •Vendor relationships
- •Treatment of family members
- •Sexual relationships
- •Futility
- •Sources and references
- •External links
- •Medical psychology
- •Behavioral medicine
- •Certifications
- •References
- •See also
- •External links
- •Institutions
- •Branches
- •Basic sciences
- •'Medicine' as a specialty
- •Diagnostic specialties
- •Other major specialties
- •Interdisciplinary fields
- •Education
- •Medical ethics
- •Legal controls
- •Criticism of modern medicine
- •Honors and awards
- •History
- •Ancient world
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- •Patron saints
- •Nobel Prize in Physiology or Medicine
- •Background
- •Nomination and selection
- •Diplomas
- •Award money
- •Ceremony and banquet
- •Laureates
- •Time factor and death
- •Controversial inclusions and exclusions
- •Limits on number of awardees
- •Years without awards
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- •Online pharmacy
- •Home delivery
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- •Discussion
- •International consumers
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- •Overseas online pharmacies and u.S. Law
- •Enforcement
- •Mail fraud
- •Uk consumers
- •See also
- •References
- •External links
- •Pharmacist
- •Nature of the work
- •Education and credentialing
- •Practice specialization
- •Training and practice by country
- •Australia
- •Japan History
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- •Tanzania
- •United Kingdom
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- •Vietnam
- •United States
- •Pharmacy School Accreditation
- •Education
- •Specialization and credentialing
- •Earnings and wages
- •Noted people who were pharmacists
- •See also
- •References
- •Further reading
- •External links
- •Pharmacognosy
- •Introduction
- •Issues in phytotherapy
- •Constituents and drug synergysm
- •Herb and drug interactions
- •Natural products chemistry
- •Loss of biodiversity
- •Sustainable sources of plant and animal drugs
- •Acceptance in the United States
- •External links
- •References
- •Pharmacology
- •Divisions
- •Environmental pharmacology
- •Scientific background
- •Medicine development and safety testing
- •Drug legislation and safety
- •Education
- •See also
- •Footnotes
- •[Edit] External links
- •Pharmacopoeia
- •Etymology
- •History
- •City pharmacopoeia
- •National pharmacopoeia
- •International pharmacopoeia
- •Medical preparations, uses and dosages
- •See also
- •References
- •External links
- •Pharmacy automation
- •History
- •Chronology
- •Global variations
- •Current state of the industry
- •Technological changes and design improvements
- •Other pharmacy-dispensing concerns besides counting
- •Future development
- •Liquid Oral doses (Childs, aging, oncology...)
- •Repackaging process and stability data
- •See also
- •References
- •External links
- •Videos of robots in action
- •Pharmacy technician
- •See also
- •References
- •External links
- •Pharmacy
- •Disciplines
- •Professionals
- •Pharmacists
- •Pharmacy technicians
- •History
- •Types of pharmacy practice areas
- •Community pharmacy
- •Hospital pharmacy
- •Clinical pharmacy
- •Ambulatory care pharmacy
- •Compounding pharmacy
- •Consultant pharmacy
- •Internet pharmacy
- •Veterinary pharmacy
- •Nuclear pharmacy
- •Military pharmacy
- •Pharmacy informatics
- •Issues in pharmacy Separation of prescribing from dispensing
- •The future of pharmacy
- •Pharmacy journals
- •See also
- •Symbols
- •References
- •External links
- •Philosophy of healthcare
- •Ethics of healthcare
- •Medical ethics
- •Nursing ethics
- •Business ethics
- •Political philosophy of healthcare
- •Patients' Bill of Rights
- •Health insurance
- •Research and scholarship
- •Clinical trials
- •Quality assurance
- •Birth and death Reproductive rights
- •Birth and living
- •Death and dying
- •Role development
- •See also
- •References
- •External links
Current state of the industry
A tablet counter has become a standard in more than 30,000 sites in 35 countries (as of 2010) (including many non-pharmacy sites, such as manufacturing facilities that use a counting machine as a check for small items).[10]
During the 1990s through 2012, numerous new pharmacy automation products came to market. During this timeframe, counting technologies, robotics, workflow management software, and interactive voice recognition (IVR) systems for retail (both chain and independent), outpatient, government, and closed-door pharmacies (mail order and central fill) were all introduced. Additionally, the concept of scalability - of migrating from an entry-level product to the next level of automation (e.g., counting technology to robotics) - was introduced by Innovation, which launched the PharmASSIST product line at the NACDS Pharmacy & Technology Conference in 1997.
Between September 2005 and May 2007, an American company undertook major financial investment,[11] and relocated from Stamford, Connecticut to Lake Forest, Illinois (a Chicago suburb). This move added extra space for their product research and development facility (R&D) and their operational expansion. It also allowed the opportunity to develop new advanced technology products that met the pharmacy’s needs for simple, accurate, and cost-effective ways to dispense prescriptions safely.[12]
Technological changes and design improvements
Constant developments in Technology make the dispensing of prescription medications safer, more accurate and more efficient.
Computer interfaced model counter
In America, in 2008, “next-generation” counting and verification systems were introduced. Based on the counting technology employed in preceding models, machines like the KL20 included the ability to help the pharmacy operate more effectively. Equipped with a new computer interface to a pharmacy management system. It could now interface with workflow and inventory software. It also included several “checks and balances” to ensure the technician and pharmacist were dispensing the correct medication for each patient. This was a step forward to verify 100% all prescriptions that were dispensed by pharmacy staff.
Hands-free automated model counter
In America, in 2009, further advanced counters were designed that included the ability to dispense hands-free – a feature that many operators had desired. This allowed pharmacies to automate their most commonly dispensed medications via calibrated cassettes. Thirty of a pharmacy’s common medications would now be dispensed automatically. Another new model doubled that throughput and automated a pharmacy’s 60 most common medications via an enclosed robotic mechanism. Robotics had been employed in pharmacies since the mid-1990s, but machines such as the KL60 were the first to fully dispense and label filled patient vials in a comparatively tiny space (about nine square feet of floor space). These newer technologies allowed pharmacy staff to confidently dispense hundreds of prescriptions per day and still be able manage the many functions of a busy community pharmacy.