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Neftaly Email: sayprobiz@gmail.com Call/WhatsApp: + 27 84 313 7407

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  • Neftaly Trends in neuroimaging use among admitted patients

    Neftaly Trends in neuroimaging use among admitted patients

    Neftaly: Trends in Neuroimaging Use Among Admitted Patients

    1. Broad Historical Growth in Inpatient Imaging

    • From 2002 to 2007, academic medical centers experienced a 28% rise in inpatient CT scans per patient discharge and a 20% rise in MRI use, after adjusting for case mix index. PubMed
    • Before that, the sheer volume of CT usage grew dramatically—from about 3 million in 1980 to 62 million in 2007—underscoring CT’s rising dominance in hospital diagnostics. Wikipedia

    2. Decline in Head CT Use Over Time

    • In the U.S., inpatient head CT scans dropped sharply between 1997 and 2002, followed by stabilization from 2002 to 2014. Overall, head CT usage fell significantly. PubMed
    • The reduction appears to reflect more cautious imaging practices, improved electronic governance (like audit checks), and evolving payment models discouraging unnecessary radiation exposure. PubMed

    3. Rise in Advanced Stroke Imaging

    • In U.S. Medicare stroke patients (2012–2019), there were dramatic increases:
      • CTA usage rose 250%
      • CT perfusion (CTP) rose 428%
      • MRI usage rose 18%
      • MRA usage declined by 33% PubMedPMC
    • These advanced modalities were strongly linked to elevated use of treatment options like thrombectomy (EVT) and thrombolysis (IVT); CTA, MRI, and MRA correlated with lower mortality, whereas higher CTP use associated with higher post-discharge mortality. PubMedPMC

    4. Neuroimaging in Admitted Stroke/TIA Patients

    • Among hospitalized stroke/TIA patients (2015–2019), imaging usage was:
      • CT scans: ~99%
      • MRI: 40.5%
      • CTA: 61.8%
      • CTP: 50.3%
    • Trends during this period:
      • CT use increased by ~1.6% per year
      • CTA rose by 13.8% per year
      • CTP increased by 12.5% per year (borderline significant)
      • MRI use declined slightly (–4.4%), though not significantly. PMC

    5. ED Neuroimaging Trends (2007–2017)

    • Emergency Department-based neuroimaging surged:
      • Overall utilization rose by 72%
      • Head CT increased 69%
      • Head MRI increased 67%
      • Head CTA skyrocketed by 1100%
      • Neck CTA grew 1300%
      • MRA usage rose modestly (36–52%)
      • Carotid Doppler ultrasonography decreased by 8% PubMed

    6. Disparities and Access Inequalities

    • Utilization varied based on patient demographics:
      • Urban patients had higher growth in CTA and CTP use than rural counterparts, thereby widening the urban–rural gap. PMCPubMed
      • Older patients (≥80 years) had lower rates of CTA, MRI, and MRA. Women received fewer CTAs compared to men. PubMed
      • Black patients had lower use of CTA and CTP but higher MRI and MRA usage. Lower-income areas saw elevated CTP use but reduced MRA access. PMCPubMed

    7. Local Context: Imaging in Psychiatric Admissions

    • At the Charlotte Maxeke Johannesburg Academic Hospital psychiatric unit (2014–2015):
      • 20.5% of psychiatric inpatients underwent neuroimaging.
      • Among them, 93% had CT, while only 2.3% had MRI, and 4.7% had both. PMC

    8. Turning Insights Into Practice

    Summary of Trends

    TrendSummary
    Inpatient CT/MRI (2002–2007)Increased significantly in academic centers.
    Head CT (1997–2014)Decreased markedly, then stabilized.
    Stroke Imaging (2012–2019)CTA & CTP surged; MRI modest rise; MRA declined.
    Stroke Admissions (2015–2019)CT nearly universal; CTA and CTP use growing; MRI slightly decreasing.
    ED Imaging (2007–2017)Sharp increase, especially CTA/CTP; CT and MRI also rose.
    DisparitiesAge, gender, race, geography, and income influence utilization.
    Psychiatric InpatientsLow MRI use compared to CT, even when indicated.

    Implications for Hospital Practice

    • Selective use over volume: Institutions need robust clinical decision support to curb unnecessary CTs while ensuring access to advanced imaging when needed.
    • Address inequities: Monitor data to ensure fair imaging access across demographics and geographies.
    • Optimize stroke pathways: Ensure infrastructure supports timely CTA and CTP—critical for acute stroke interventions.
    • Expand MRI where undervalued: Particularly in settings like psychiatry where MRI can change diagnosis but remains underutilized.
    • Plan capacity and workforce: As demand for advanced imaging grows, hospitals must invest in scanners, staff training, and protocol efficiency.
    • Audit regularly: Track trends, follow-up outcomes, and influence of imaging on clinical decisions to refine strategy.

    9. Conclusion

    Neuroimaging use among admitted patients has evolved significantly over time—from a historic rise in CT/MRI use to a more nuanced adoption of advanced modalities like CTA and CTP, especially in stroke care. Simultaneously, the decreasing trend of simple head CTs, the persistent disparities, and modality-specific access patterns underscore the importance of balancing clinical need, resources, and equity in modern hospital settings.

  • Neftaly Delays in stroke diagnosis among elderly patients

    Neftaly Delays in stroke diagnosis among elderly patients

    Introduction

    Timely diagnosis of stroke is critical for effective treatment and improved outcomes. However, elderly patients often experience delays in stroke recognition and diagnosis, which can adversely affect their prognosis. Understanding the factors contributing to these delays is essential to enhance stroke care for this vulnerable population.

    Neftaly is dedicated to identifying barriers and promoting strategies to reduce diagnostic delays in elderly stroke patients, ensuring they receive prompt and appropriate care.


    Factors Contributing to Delays in Stroke Diagnosis Among the Elderly

    1. Atypical or Subtle Presentations

    • Older adults may present with non-classical stroke symptoms such as confusion, dizziness, or generalized weakness rather than focal neurological deficits.
    • Coexisting cognitive impairment or sensory deficits can mask stroke signs.

    2. Pre-existing Comorbidities

    • Chronic illnesses (e.g., dementia, Parkinson’s disease) complicate clinical assessment, making it harder to distinguish new neurological deficits from baseline.
    • Polypharmacy may also obscure symptom recognition.

    3. Delayed Help-Seeking Behavior

    • Elderly patients may attribute symptoms to aging or other chronic conditions, leading to delays in seeking medical attention.
    • Social isolation or lack of caregiver support can further postpone hospital presentation.

    4. Healthcare System Factors

    • Emergency medical services and hospital staff may have lower suspicion of stroke in older patients due to atypical symptoms.
    • Prolonged triage or diagnostic imaging waiting times can extend time to diagnosis.

    5. Communication Barriers

    • Hearing impairment, speech difficulties, or cognitive decline hinder effective symptom reporting.
    • Language barriers or sensory deficits also complicate history taking.

    Consequences of Delayed Diagnosis

    • Missed opportunities for reperfusion therapies such as thrombolysis or thrombectomy.
    • Increased risk of stroke progression and complications.
    • Poorer functional outcomes, increased disability, and higher mortality.
    • Longer hospital stays and greater healthcare costs.

    Strategies to Reduce Diagnostic Delays

    1. Enhanced Awareness and Education

    • Training healthcare providers to recognize atypical stroke presentations in elderly patients.
    • Public education campaigns targeting older adults and caregivers to promote early symptom recognition and urgent response.

    2. Standardized Stroke Screening Protocols

    • Implementing validated screening tools suitable for elderly patients, including those with communication or cognitive challenges.
    • Routine use of stroke recognition scales adapted for older populations.

    3. Improved Emergency and Hospital Processes

    • Streamlined triage pathways prioritizing elderly patients with possible stroke symptoms.
    • Fast-track imaging and neurologic assessment regardless of age or symptom complexity.

    4. Multidisciplinary Approach

    • Early involvement of geriatricians, neurologists, and speech therapists for comprehensive assessment.
    • Use of collateral history from family or caregivers to supplement clinical evaluation.

    Neftaly’s Commitment to Addressing Diagnostic Delays

    ???? Professional Training

    • Developing educational modules focused on stroke presentation in the elderly.
    • Promoting interdisciplinary collaboration and communication strategies.

    ???? Data Monitoring and Research

    • Supporting hospitals to track time-to-diagnosis metrics stratified by age.
    • Facilitating research to identify systemic barriers and effective interventions.

    ???? Community Engagement

    • Raising awareness among older adults, families, and caregivers.
    • Partnering with senior organizations to disseminate stroke recognition resources.

    Conclusion

    Delays in stroke diagnosis among elderly patients pose a significant challenge but are preventable with targeted strategies. Early recognition and prompt intervention are vital to improving outcomes in this high-risk group.

    Neftaly is dedicated to equipping healthcare providers and communities with the tools and knowledge needed to overcome diagnostic delays and deliver timely, effective stroke care for elderly patients.