把藥物資訊放到現場手上
Turning Medication Information Into Field-Ready Safety Tools
這份藥物手冊與小卡的起點，不是印製或流通，而是一次被拿出來討論的用藥安全事件。真正重要的問題不是「誰犯錯」，而是系統能不能設計出一道屏障，在下一次錯誤抵達病人之前先把它攔下來。
This medication handbook and pocket card project began with an internal medication error case. The core question was not who made the mistake, but whether the system could create a barrier before the next error reached the patient.
到院前救護用藥的擴展，對第一線是能力提升，也同時帶來新的風險。藥物種類增加、適應症與禁忌症變多、現場環境高壓又不穩定，如果全部依賴記憶，就會把風險留給個人狀態。
這個計畫的起點，不是想做一本漂亮的手冊，而是一次接近用藥錯誤的警訊。當時我們很清楚地看到：現有流程不能只靠人「記得」，而要把重要資訊放到現場能看見、能核對、能互相提醒的位置。
近年台灣到院前救護用藥的發展，很容易被放在「能力擴張」的脈絡中討論：哪個系統開放了更多藥物、能做更多處置。但更需要一起被討論的是，這些權限最後是落在什麼樣的現場條件裡。許多救護車上，就是一位高級救護技術員搭配一位 EMT-2；TP 要主導整個救護、判斷病情、和家屬溝通、處理現場壓力，還要在時間壓力下決定是否給藥、怎麼給藥。這樣的現場，如果沒有認知支援與防呆設計，要求人永遠不犯錯並不合理。
更困難的是，制度流程與開放用藥的設計，往往主要在會議、文件與醫療指導流程中完成。這些設計能處理臨床邏輯，卻不一定完整帶入救護車內的真實限制：空間狹小、光線不穩、旁邊有人催促、病人狀態變化、搭檔層級不同、現場資訊殘缺。第一線看到的不是「多一個藥物選項」而已，而是多一組需要在混亂中被正確執行的決策。
另一個更深層的風險，是訓練文化本身。許多訓練制度都可能把「曾經訓練過」當成「能力會一直存在」。一項藥物或流程上過課、考過一次，就像被假設成永遠維持在完成訓練當下的狀態；但現場能力會衰退，記憶會模糊，壓力會改變人的表現。如果制度沒有持續評估，也沒有在現場提供認知輔助，這種把訓練視為永久保固的文化，才是真正危險的安全盲點。
起點：不要只處理出事的人
這件事的起因，是曾有用藥錯誤相關事件被拿到救護智庫討論。傳統組織文化面對錯誤時，很容易停在「是誰出事」「誰要負責」；而且許多事件會留在原本單位內部，不容易被其他人知道，因為一旦被說出來，就可能先被理解成責任問題，而不是學習機會。
但我不認為只處理出事的人是對的。用藥錯誤當然需要被面對，但如果每次都只問個人為什麼沒有記住、為什麼沒有更小心，系統就沒有真正學到東西。主流病人安全觀念早已提醒我們：人會犯錯，尤其在高壓、資訊不完整、時間有限的現場。真正該問的是，錯誤發生前，有沒有哪一道屏障可以先把它擋下來。
這也是後來我會持續推動病安通報系統與安全文化的原因。藥物手冊與小卡不是孤立的設計作品，而是同一條路線上的早期實作：從檢討個人，轉向設計屏障；從事件被關在單位裡，轉向讓系統能從錯誤中學習。
不是賣手冊，而是把屏障工具開放給同業
在這樣的背景下，七大救護智庫開始製作可搭配藥物使用的小卡，後續又發展成到院前藥物手冊與新版小卡系統。第一版小卡比較像是現場端先長出來的安全原型；真正關鍵的轉折，發生在後來要推成全消防局版本時。
一開始，後續局版化的需求曾被理解為：把 protocol 縮小，整理成消防局版本的參考資料。但如果只是把規範縮小放進手冊，它仍然比較像文件，不一定能成為現場防呆工具。在參與組織這件事的過程中，我持續溝通：我們要做的不是縮小版 protocol，而是用藥前可以協助確認、提醒、分類與降低記憶負擔的安全屏障。也因為方向被重新釐清，後來才發展成活頁手冊、分類頁籤與藥物小卡系統。
這不是把內部資料包裝成商品，也不是商業販售，而是讓同樣面對院前用藥風險的同業，可以取得一套已經被現場使用邏輯整理過的參考工具。
後來這套工具開放外部單位登記索取與印製協調，累計留下 205 份需求登記。這個數字不是主角，它只是說明：當一個工具真的對準現場風險，其他單位自然會看見它的價值。
登記資料經去識別化整理後可以看到，外部需求以全國各縣市消防機關為主，消防與救護相關單位占比超過六成；同時也出現海巡單位、醫院、診所、衛生局、護理人員、民間 EMT 與防災團體等跨領域使用者。這件事的意義在於：它不是只有單一消防局內部覺得有用，而是跨出原本組織邊界，被其他縣市消防、救護相關單位與醫療衛生場域主動看見。
如果用國際讀者能理解的語言來說，這是一個 fire-based EMS 裡的 patient safety implementation case：把臨床規範翻譯成現場可用的 cognitive aid，降低高壓環境下的記憶負擔，並讓用藥前的關鍵核對更容易發生。
設計重點：把五對原則做成現場認知卸載
藥物小卡的設計，不是把完整文字塞進卡片，而是反過來思考：現場最需要在取藥與給藥前確認什麼？哪些資訊可以用圖像、色彩、排列方式降低搜尋負擔？哪些內容應該跟藥物實體綁在一起，讓人拿到藥的瞬間就能再次確認？
這裡需要分清楚兩個階段。早期在七大救護智庫時期，已經開始製作可搭配藥物使用的舊版小卡，重點是把現場最需要提醒的藥物資訊先做成可攜帶、可快速查閱的形式。後續最新版手冊與小卡，則是在既有經驗上，透過緊急救護科、七大救護智庫、醫療指導醫師、編輯群與版面設計協作，整理成更完整的活頁手冊、分類頁籤與藥物卡片系統。
設計邏輯借用了醫療場域的「五對原則」：對病人、對藥物、對劑量、對時間、對途徑。到院前環境比院內更吵、更亂、資訊更不完整，所以這些核對原則不能只停在教育口號，而要被做成現場拿得到、看得懂、能提醒彼此的工具。
換句話說，藥物手冊與小卡不是在反對用藥權限擴張，而是在補上權限擴張後本來就應該一起出現的安全配套。當制度讓 TP 承擔更多臨床決策，系統就應該提供足夠的 cognitive support，讓第一線不必在高壓下只靠記憶硬撐。
手冊則承擔另一個任務：把流程、適應症、禁忌症、注意事項與教育訓練資料整理成可維護的格式。活頁設計讓單頁更新與替換變得容易，避免制度一改，整本文件就失去維護動能。
影響力：不只新北，不只消防局
從登記資料看，這套工具的影響範圍橫跨北、中、南、東部與離島相關救護場域。消防端包含多個縣市消防局與中央消防體系；消防之外，也出現海巡、醫院、診所、衛生局、護理師、民間救護人員與防災協會。
有些回饋希望參考這套手冊來優化當地預立醫囑與教育訓練；有些單位想把它放在救護車上作為現場查核；也有人把它視為警消學長間流傳的實用工具。這些回饋共同指向同一件事：院前用藥安全不是某個單位自己的問題，而是許多 EMS 系統都會遇到的共同難題。
公開報導也能看見這個脈絡。2023 年新北第七大隊救護技術普測新聞中，藥物小卡已被放進創傷救護訓練情境；2025 年 TVBS 報導新北急救藥物與 EMT-P+ 給藥任務時，也提到消防局製作說明卡，協助隊員快速理解藥物功用與使用方式。這些不是單篇文章的主角，卻是工具已經進入訓練與現場語境的外部訊號。
這件事真正代表的能力
我在意的不是「做了一本手冊」這件事，而是第一線能不能把臨床 protocol、病人安全、醫療品管與現場人因限制，轉譯成真的會被使用的東西。
在台灣，談用藥安全的資料多半來自醫院、藥局或民眾衛教；但在消防到院前救護場域，公開可見、直接針對第一線給藥風險，並把它做成現場防呆與認知輔助工具的案例並不多。這套手冊與小卡，正是少數從消防救護現場出發，把「用藥安全」具體做成操作措施的早期案例之一。
救護現場不缺資訊，缺的是在壓力下仍能被找到、被理解、被核對的資訊。當一套工具能從單一城市的內部需求，延伸到其他消防機關、海巡與醫療衛生場域，它代表的不只是文件流通，而是一種現場安全設計的語言正在被更多人需要。
這也是我持續整理 EMS Safety、病人安全文化與教育設計的原因。安全不是要求每個人永遠不要犯錯，而是承認人在高壓環境中會受限，然後把系統設計到能接住這些限制。用藥小卡與手冊，是我很早期把這個想法做成實體工具的一次嘗試；後來推動病安通報與 Just Culture，也是在處理同一個核心問題。
放在國際路線裡，這篇文章不只是台灣消防內部的成果紀錄，而是可以對外說明：台灣第一線 EMS 也能提出以 human factors、knowledge translation 與 patient safety 為核心的實作案例。它的價值不在於制度名稱，而在於一線人員如何把複雜醫療資訊變成可被現場使用的安全工具。
延伸佐證
The expansion of prehospital medication use improves the capability of frontline EMS teams, but it also introduces new risk. More medications, more indications, more contraindications, and a high-pressure scene environment mean that relying on memory alone is not a sufficient safety strategy.
This project did not begin as an attempt to make a polished manual. It began with a near-miss medication safety concern. The lesson was clear: critical medication information cannot depend only on whether someone remembers it under pressure. It needs to be placed where the team can see it, check it, and use it to remind one another.
In recent years, prehospital medication expansion in Taiwan has often been discussed through the lens of expanding capability: which system can authorize more medications, which county can perform more interventions, and how far EMS scope can expand. But fewer discussions ask what those new permissions look like inside the ambulance. In many field settings, one advanced provider works with one EMT-2 partner. The advanced provider must lead the call, assess the patient, communicate with family, manage scene pressure, and make medication decisions under time pressure. Without cognitive support and error-prevention design, expecting that person to never make a mistake is unrealistic.
Another challenge is that protocols and medication authorization processes are often developed through meetings, documents, and medical direction workflows. These processes can address clinical logic, but they may not fully incorporate the constraints inside an ambulance: limited space, unstable lighting, family pressure, changing patient condition, uneven crew composition, and incomplete information. For frontline EMS, each new medication is not only an added treatment option. It is another decision that must be executed correctly in a chaotic environment.
A deeper risk lies in training culture itself. In many training systems, "trained once" is easily treated as if competence remains permanently intact. A medication or procedure may be taught and tested once, then implicitly assumed to stay at that same level forever. But field competence decays, memory fades, and stress changes performance. Without ongoing assessment and point-of-care cognitive support, treating training as a permanent guarantee becomes a serious safety blind spot.
Starting Point: Moving Beyond Blame
The project began after a medication safety event was discussed within an EMS think tank. In many traditional organizations, errors are easily treated as individual failures: who made the mistake, who should be responsible, and how to keep the incident inside the original unit. Speaking openly about errors can feel risky because the discussion may first be framed as accountability rather than learning.
But stopping at individual blame does not improve the system. A medication error must be addressed, but if every discussion only asks why one person did not remember better or pay more attention, the organization does not truly learn. Patient safety thinking offers a different question: before the next error reaches a patient, what barrier can the system create?
This is also why this project connects directly to my later work on patient safety reporting and Just Culture in prehospital EMS. The medication handbook and pocket cards were not isolated design products. They were an early operational expression of the same shift: from blaming individuals to designing barriers, and from hiding incidents inside a unit to helping the system learn from them.
Opening a Barrier Tool to Peers
With that background, the 7th Brigade EMS think tank began creating pocket cards that could be paired with medication use. The first version was closer to a field-generated safety prototype. The major turning point came later, when the work was being developed into a department-wide version.
At the beginning of that process, the department-wide version was initially understood as a smaller, department-specific reference based on the protocol. But simply shrinking a protocol into a handbook would still leave it as a document, not necessarily a field safety tool. As I became involved in organizing the project, I worked to clarify the intent: this was not meant to be a miniature protocol, but a medication safety barrier that could support checking, prompting, categorizing, and reducing memory load before administration. That clarification changed the direction of the project into the later ring-bound handbook, tab system, and pocket card set.
This was not a commercial sale. It was a way to make a field-tested safety tool available to peers facing similar prehospital medication risks.
The tools were later opened for external registration and printing coordination, accumulating 205 requests. The number is not the main point. It simply shows that when a tool is aligned with real frontline risk, other organizations recognize its value.
After de-identifying and grouping the registration data, fire and EMS-related agencies accounted for more than 60 percent of external demand. The users also extended beyond fire agencies, including coast guard units, hospitals, clinics, public health offices, nurses, private EMTs, and disaster prevention organizations. For a tool that started from frontline practice, that cross-boundary demand suggests that the design addressed a shared problem, not only an internal need within one department.
For international readers, this is a patient safety implementation case from a Taiwan fire-based EMS setting. The core idea is recognizable across systems: translating clinical protocols into field-ready cognitive aids, reducing memory dependence under pressure, and making critical medication checks easier to perform at the point of care.
Designing Cognitive Offloading Into Medication Safety
The pocket cards were not designed by shrinking a protocol into a smaller page. The design question was more practical: what must a provider confirm before medication administration, and how can that information be made easier to find under pressure?
There were two distinct stages. During the earlier 7th Brigade EMS think tank period, pocket cards were already being used as portable references paired with medication practice. The later version was developed from that field experience into a more complete handbook, tab system, and medication card set through collaboration among the EMS section, the 7th Brigade EMS think tank, medical direction, editors, and layout design contributors.
The design drew on the five rights of medication administration: right patient, right medication, right dose, right time, and right route. In prehospital care, these checks must work in noisy, unstable, and information-limited environments. They cannot remain only as educational slogans. They need to become tools that are physically close to the medication and visible at the moment of use.
In that sense, the handbook and pocket cards were not a critique of medication expansion itself. They were a missing safety layer that should accompany expanded clinical authority. When a system asks advanced EMS providers to carry more clinical decisions, it should also provide cognitive support so they are not forced to rely on memory alone under pressure.
The handbook served a different function. It organized processes, indications, contraindications, cautions, and training material into a maintainable format. A replaceable-page structure made updates easier, reducing the chance that the entire manual would become outdated when protocols changed.
Beyond One City and Beyond Fire Departments
The registration data showed demand across multiple regions and professional settings. Fire service users included local fire departments and national-level fire service contexts. Beyond fire agencies, the tool reached coast guard, hospital, clinic, public health, nursing, private EMT, and disaster prevention users.
Some feedback described using the handbook to improve local standing orders or education. Some users wanted it as a reference tool inside ambulances. Others described it as a practical resource circulating among frontline providers. Taken together, the feedback points to a broader reality: prehospital medication safety is not a single-agency problem. It is a shared EMS systems problem.
Public reporting also reflects this trajectory. A 2023 news report on trauma EMS training in New Taipei mentioned medication pocket cards as part of the training scenario. A 2025 TVBS report on emergency medication use by fire-based EMS providers also described medication explanation cards that help providers quickly understand medication use and purpose. These reports were not centered on the tool itself, but they show that the tool had entered the training and operational context.
What This Represents
The point is not simply that a handbook was created. The more important capability is translating clinical protocols, patient safety principles, healthcare quality management, and human factors constraints into something that frontline teams will actually use.
In Taiwan, medication safety materials are commonly produced for hospitals, pharmacies, or public health education. In the fire-based prehospital EMS setting, however, publicly visible examples that translate medication safety into frontline cognitive aids and error-prevention tools are much less common. This handbook and pocket card system is one of the early field-driven examples of turning medication safety into an operational measure for EMS crews.
EMS does not suffer from a lack of information. The harder problem is making information findable, understandable, and checkable when cognitive load is high. When a tool can move from one city into broader fire service, coast guard, and healthcare settings, it represents more than document circulation. It shows a growing need for practical safety design in prehospital care.
This is why I continue to organize my work around EMS Safety, patient safety culture, and education design. Safety is not asking people to never make mistakes. It is recognizing that humans have limits under pressure, then designing systems that help catch those limits before they reach the patient. The medication cards and handbook were an early attempt to turn that idea into a physical tool; my later work on prehospital patient safety reporting and Just Culture addresses the same underlying problem.
In an international context, this work is not only a local fire department story. It is an example of frontline knowledge translation: turning clinical guidance, human factors thinking, and patient safety principles into a practical tool that can be adopted, adapted, and discussed across EMS systems.