Outpatient Department Quotes

Within the mental-health system in North America, the borderline victim of severe childhood trauma is usually blamed for her behaviour, which is regarded as having no legitimate basis and being self-indulgent; her trauma history is ignored and not talked about; and she is given as little treatment and follow-up as possible. At St Boniface Hospital in Winnipeg, many staff members expressed the opinion, in my presence, that borderlines and multiple personality disorder patients did not have a legitimate right to in-patient treatment, and the out-patient department would not accept patients with either diagnosis. (1995)

It was a sad fact that the commonest complaint in the outpatient department was “Rasehn . . . libehn . . . hodehn,” literally, “My head . . . my heart . . . and my stomach,” with the patient’s hand touching each part as she pronounced the words. Ghosh called it the RLH syndrome. The RLH sufferers were often young women or the elderly. If pressed to be more specific, the patients might offer that their heads were spinning (rasehn yazoregnal) or burning (yakatelegnal ), or their hearts were tired (lib dekam), or they had abdominal discomfort or cramps (hod kurteth), but these symptoms were reported as an aside and grudgingly, because rasehn-libehn-hodehn should have been enough for any doctor worth his salt. It had taken Matron her first year in Addis to understand that this was how stress, anxiety, marital strife, and depression were expressed in Ethiopia—somatization was what Ghosh said the experts called this phenomenon. Psychic distress was projected onto a body part, because culturally it was the way to express that kind of suffering. Patients might see no connection between the abusive husband, or meddlesome mother-in-law, or the recent death of their infant, and their dizziness or palpitations. And they all knew just the cure for what ailed them: an injection. They might settle for mistura carminativa or else a magnesium trisilicate and belladonna mixture, or some other mixture that came to the doctor’s mind, but nothing cured like the marfey—the needle. Ghosh was dead against injections of vitamin B for the RLH syndrome, but Matron had convinced him it was better for Missing to do it than have the dissatisfied patient get an unsterilized hypodermic from a quack in the Merkato. The orange B-complex injection was cheap, and its effect was instantaneous, with patients grinning and skipping down the hill. T

Dr. Lydia Ciarallo in the Department of Pediatrics, Brown University School of Medicine, treated thirty-one asthma patients ages six to eighteen who were deteriorating on conventional treatments. One group was given magnesium sulfate and another group was given saline solution, both intravenously. At fifty minutes the magnesium group had a significantly greater percentage of improvement in lung function, and more magnesium patients than placebo patients were discharged from the emergency department and did not need hospitalization.4 Another study showed a correlation between intracellular magnesium levels and airway spasm. The investigators found that patients who had low cellular magnesium levels had increased bronchial spasm. This finding confirmed not only that magnesium was useful in the treatment of asthma by dilating the bronchial tubes but that lack of magnesium was probably a cause of this condition.5 A team of researchers identified magnesium deficiency as surprisingly common, finding it in 65 percent of an intensive-care population of asthmatics and in 11 percent of an outpatient asthma population. They supported the use of magnesium to help prevent asthma attacks. Magnesium has several antiasthmatic actions. As a calcium antagonist, it relaxes airways and smooth muscles and dilates the lungs. It also reduces airway inflammation, inhibits chemicals that cause spasm, and increases anti-inflammatory substances such as nitric oxide.6 The same study established that a lower dietary magnesium intake was associated with impaired lung function, bronchial hyperreactivity, and an increased risk of wheezing. The study included 2,633 randomly selected adults ages eighteen to seventy. Dietary magnesium intake was calculated by a food frequency questionnaire, and lung function and allergic tendency were evaluated. The investigators concluded that low magnesium intake may be involved in the development of both asthma and chronic obstructive airway disease.

Faith in Sobriety department of health in Houston offering pretrial Services related to Intensive Outpatient Program, Relapse Prevention, Substance Abuse Evaluation

Best Digital Signage for Healthcare Hospitals and clinics don’t struggle with screens—they struggle with clarity. Patients miss appointments because directions are confusing. Waiting rooms feel chaotic during peak hours. Staff waste time updating paper notices that are outdated by noon. Modern digital signage for healthcare exists to solve these exact problems, but only when the platform fits clinical realities rather than retail assumptions. Below is a practical comparison of leading digital signage platforms used in healthcare environments, evaluated on usability, reliability, integration depth, and long-term operational value. What Healthcare Facilities Actually Need From Digital Signage Healthcare signage is less about visual flair and more about trust, speed, and control. Based on real implementations, the most common requirements include: Instant content updates during emergencies or schedule changes Role-based access control so non-technical staff can manage content safely Integration with existing systems (EHR schedules, queue management, IPTV, alerts) HIPAA-conscious workflows, avoiding accidental PHI exposure High uptime across multiple departments and locations Platforms that work well in restaurants or retail often fall short once these constraints appear. Crown TV: Built for Operational Environments, Not Just Screens Crown TV is frequently adopted in healthcare settings because it treats digital signage as an operational layer, not a design tool. In outpatient clinics, Crown TV is commonly used to manage: Real-time doctor availability boards Wayfinding screens that change based on time of day or department load Patient education loops tailored by clinic type Emergency and weather alerts pushed network-wide in seconds From a technical standpoint, Crown TV stands out in three areas: Cloud-based display management that works reliably even with limited on-site IT support Granular user permissions, allowing nurses or front-desk staff to update content without risking system-wide changes Native integrations with IPTV, scheduling feeds, and data-driven content sources Implementation time is typically measured in days, not weeks, because content deployment doesn’t require custom development. For multi-location healthcare groups, this dramatically lowers rollout friction. Where Crown TV excels most is balancing simplicity with control—a rare combination in healthcare IT tools. OptiSigns: Strong Templates, Limited Clinical Depth OptiSigns is often chosen by small clinics and private practices that want a fast visual upgrade. Its strengths are clear: Large template library Straightforward pricing Minimal setup effort For waiting room menus, promotional health content, or static announcements, it performs well. However, digital sinage for healthcare teams often encounter limits when scaling: Limited workflow customization for different departments Fewer native integrations with clinical systems Less flexibility in handling emergency overrides OptiSigns works best where signage needs are mostly static and managed by a single team. Yodeck: Hardware-Centric Control for Controlled Networks Yodeck is commonly deployed in hospitals that prefer a tightly controlled hardware environment. Its Raspberry Pi–based model appeals to IT departments that want predictable device behavior. Solid scheduling and playback reliability Competitive pricing at scale The trade-off is flexibility. Content updates and user management feel more technical, which can slow down non-IT staff. For hospitals with centralized IT teams and fixed messaging needs, Yodeck can be a stable choice.

Best Digital Signage for Healthcare Healthcare environments operate under constant pressure—long wait times, information overload, strict compliance standards, and diverse patient populations. When visual communication breaks down, it shows up as frustrated patients, overwhelmed staff, and missed opportunities to guide behavior. Modern digital signage for healthcare platforms aim to solve this, but not all are designed with healthcare’s unique operational realities in mind. What Healthcare Organizations Actually Need From Digital Signage Unlike retail or hospitality, healthcare signage must balance **clarity, reliability, and compliance**. In real deployments, common challenges include: * Updating content quickly during schedule or policy changes * Ensuring HIPAA-safe messaging across shared screens * Managing displays across multiple departments or facilities * Integrating with existing systems like EHRs, scheduling tools, or emergency alerts Platforms that look powerful in demos often struggle when rolled out across clinics, hospitals, and specialty practices. Evaluating Leading Healthcare Digital Signage Platforms Below is a comparison of five commonly evaluated platforms, assessed on usability, integration depth, scalability, and real-world healthcare fit. #**Crown TV** — Strong Balance of Control and Simplicity Crown TV is frequently adopted by healthcare organizations because it reduces friction during deployment and daily use. In hospital lobbies, it’s often used for wayfinding, wait-time messaging, and public health announcements, while clinics rely on it for provider schedules and patient education loops. Key strengths in healthcare environments include: * Role-based access controls that limit who can edit sensitive screens * Simple content scheduling that non-technical staff can manage * Stable performance across large screen networks with minimal downtime Where Crown TV stands out is its ability to remain intuitive without sacrificing administrative oversight—an area many healthcare IT teams prioritize. #**ScreenCloud** — Flexible Integrations, Steeper Learning Curve ScreenCloud is often chosen by tech-forward healthcare systems that want deep integration with third-party tools. It supports connections to dashboards, internal portals, and some scheduling systems. However, smaller clinics sometimes report slower onboarding, especially when staff lack dedicated IT support. ScreenCloud excels in flexibility but typically requires more configuration to achieve healthcare-ready workflows. #**OnSign TV** — Feature-Rich for Multi-Location Networks OnSign TV appeals to hospital groups managing large, distributed display networks. It offers granular control over layouts, permissions, and device behavior. The trade-off is complexity. In real-world healthcare use, teams often need training before content updates become routine. It’s powerful, but best suited for organizations with centralized digital operations teams. #**Yodeck** — Cost-Effective for Smaller Clinics Yodeck is commonly used in single-location clinics and outpatient centers. Its hardware-based approach keeps costs predictable and works well for static or semi-dynamic content like health tips or queue updates. Limitations emerge at scale. Multi-department hospitals may find device management and advanced workflows more restrictive compared to cloud-first platforms. #**NoviSign** — Solid Templates, Limited Customization NoviSign is often appreciated for its healthcare-friendly templates, which help teams get screens live quickly. It works well for basic patient communication and announcements.