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

Tag: hospitalized

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

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  • Neftaly Feeding intolerance in hospitalized neonates

    Neftaly Feeding intolerance in hospitalized neonates

    Neftaly Hospital: Feeding Intolerance in Hospitalized Neonates

    Overview

    Feeding intolerance (FI) is a common and significant concern in the care of hospitalized neonates, particularly among preterm or critically ill infants. At Neftaly Hospital, we prioritize early recognition, appropriate intervention, and multidisciplinary management to ensure optimal growth and development outcomes for our vulnerable neonatal population.

    What is Feeding Intolerance?

    Feeding intolerance in neonates refers to the inability to digest enteral nutrition effectively, resulting in symptoms that may require the delay, reduction, or cessation of feeding.

    Common Signs Include:

    • Increased gastric residual volumes
    • Abdominal distention
    • Vomiting or regurgitation
    • Blood in stools
    • Lethargy or irritability
    • Delayed gastric emptying
    • Changes in bowel habits (e.g., constipation or diarrhea)

    Risk Factors

    Certain conditions increase the risk of feeding intolerance in neonates:

    • Prematurity (especially <32 weeks gestation)
    • Low birth weight (<1500g)
    • Hypoxic-ischemic events
    • Sepsis or systemic infections
    • Congenital gastrointestinal anomalies
    • Use of mechanical ventilation or inotropes
    • Delayed initiation of enteral feeds

    Clinical Management at Neftaly Hospital

    Our Neonatal Intensive Care Unit (NICU) follows evidence-based protocols to manage feeding intolerance while minimizing complications such as necrotizing enterocolitis (NEC).

    Key Strategies Include:

    1. Individualized Feeding Plans
      • Tailored according to gestational age, birth weight, and clinical status
      • Use of expressed breast milk or preterm formula based on availability and tolerance
    2. Gradual Advancement of Feeds
      • Slow, controlled increases in feed volumes
      • Use of trophic (minimal enteral) feeding in high-risk neonates
    3. Monitoring and Evaluation
      • Routine assessment of abdominal girth, gastric residuals, and stool patterns
      • Serial physical exams and lab investigations when intolerance is suspected
    4. Interdisciplinary Team Involvement
      • Neonatologists, dietitians, nurses, and lactation consultants collaborate closely to ensure appropriate feeding support and nutritional adequacy
    5. Parenteral Nutrition Support
      • Initiated when enteral feeding is contraindicated or poorly tolerated, ensuring sufficient calorie and nutrient delivery
    6. Parent Education and Involvement
      • Families are educated about feeding plans and signs of intolerance, and are encouraged to participate in feeding practices such as kangaroo care and breast milk expression.

    Outcomes and Goals

    At Neftaly Hospital, our goal is to minimize feeding intolerance through early detection and appropriate management, thereby:

    • Promoting healthy weight gain
    • Supporting neurodevelopmental outcomes
    • Reducing NICU stay duration
    • Preventing long-term complications such as growth failure or intestinal injury

    Conclusion

    Feeding intolerance in neonates is a manageable condition when addressed with vigilance, expertise, and compassion. Neftaly Hospital remains committed to delivering high-quality, individualized care to support the growth and well-being of every hospitalized newborn.

  • Neftaly Sleep disorders identified in hospitalized patients

    Neftaly Sleep disorders identified in hospitalized patients

    Neftaly: Sleep Disorders Identified in Hospitalized Patients

    1. Overview & Significance

    Sleep disruptions are widespread among hospitalized individuals—and often overlooked. They manifest as new-onset insomnia, exacerbation of existing sleep disorders, or previously undiagnosed conditions like obstructive sleep apnea (OSA). These disruptions are driven by a mix of medical, environmental, and psychological factors and are closely tied to poor patient satisfaction and potential clinical consequences.

    2. Prevalence of Sleep Disturbances

    • Insomnia in general medical wards:
      • About 36% of hospitalized patients develop new-onset insomnia during their stay. Most cases are mild, but disruption noticeably lowers patient satisfaction—though length of stay isn’t materially impacted PMCPubMed.
      • Among elderly inpatients, around 36–37% report insomnia, strongly associated with greater illness severity, comorbidities, pain, and impaired functional independence PubMedRedalyc.org.
    • Broader hospital-wide sleep deprivation:
      • Between 33% and 69% of patients report inadequate sleep during hospitalization, often triggered by the unfamiliar environment, interruptions, noise, lighting, and discomfort NCBI.
    • Psychiatric inpatient settings:
      • Insomnia afflicts 67% of hospitalized psychiatric patients. Notably, 14% also show Restless Legs Syndrome (RLS), with severity strongly linked to anxiety, depression, and certain psychotropic medications PubMed.

    3. Common Culprits & Contributing Risk Factors

    • Hospital routines and environmental interruptions:
      • Frequent awakenings—largely due to nursing checks for vitals or blood draws—are reported in about 66–68% of insomnia cases. Illness symptoms (62%), ambient noise/lighting (22%), and stress/anxiety further compound sleep disruptions PMCPubMed.
    • Intrinsic factors—age, comorbidity, medications:
      • Older patients, especially those with pre-existing conditions like stroke, heartburn, pain, or functional limitations, have higher insomnia risk. Stroke, heartburn, and pain stand out as independent predictors PubMed.
      • Broader hospital populations show higher sleep disruption tied to chronic illnesses, psychotropic or sedative medications, endocrine and pulmonary disease, and acute or ICU-level illness PMCRedalyc.org.
    • Undiagnosed Sleep Apnea (OSA):
      • OSA affects ~25% of adults in general, yet up to 90% remain undetected—a gap likely magnified in hospitalized populations, especially those with heart failure or respiratory disease NCBI.
      • However, routine inpatient sleep screening is uncommon and sleep histories are often not documented NCBI.

    4. Consequences of In-Hospital Sleep Disruption

    • Patient experience and satisfaction:
      • Sleep disturbance during hospitalization correlates with lower patient satisfaction scores and contributes to stress and perceived care inadequacy PMCPubMed.
    • Clinical and functional impact (especially in elderly):
      • Poor sleep is associated with higher fall risk, delirium, impaired cognition, diminished functional ability, and worse nutritional status among older inpatients Redalyc.orgPubMed.
    • Post-discharge trajectory:
      • Encouragingly, up to 75% of patients with new insomnia report resolution within two weeks of discharge, according to follow-up assessments PMC.

    5. Strategies & Recommendations for Improvement

    Intervention CategoryKey Strategies
    Environmental & Routine ChangesReduce overnight disturbances (e.g., consolidate vitals checks), control noise and lighting, provide sleep aids like eye masks and earplugs. A JAMA Network Open study showed quiet wards rose from 51% to 86% after these reforms Axios.
    Screening & Risk IdentificationImplement brief sleep assessments (e.g., ISI or AIS), with focus on elderly or psychiatric patients. Use screening tools for OSA (e.g., Berlin Questionnaire) where feasible.
    Non-Pharmacological Sleep SupportPrioritize interventions like sleep hygiene education, modifying care schedules, and environmental adjustments before resorting to medications NCBIRedalyc.org.
    Targeted Medication UseAvoid sedative-hypnotics in elderly due to fall, delirium, or cognitive risk. Review evening dosing of medications like beta-blockers, SSRIs, and diuretics that may impair sleep Redalyc.orgPMC.
    Post-Discharge Follow-UpMonitor patients with new inpatient insomnia post-discharge, as many cases resolve but some may persist—potentially requiring outpatient sleep referral.

    6. Summary Table: Key Insights

    AspectFindings
    Prevalence (general wards)~36% new-onset insomnia; up to 69% report poor sleep overall
    Elderly patients36–37% experience insomnia; linked to disease burden and functional impairment
    Psychiatric inpatients67% report insomnia; 14% RLS; tied to mood symptoms and meds
    Common causesStaff interruptions, illness symptoms, environmental disturbance
    OSA riskLikely elevated and largely undiagnosed in hospital settings
    Post-discharge recovery~75% insomnia resolution in two weeks
    Intervention impactImproving ward quietness significantly boosts sleep perception

    7. Conclusion

    Sleep disorders—especially insomnia—are highly prevalent among hospitalized patients and arise from a blend of environmental factors, clinical conditions, and insufficient care structures. Beyond discomfort, these disorders erode satisfaction, increase fall risks, and potentially worsen recovery, especially in older patients.

    Actionable steps—like modifying ward routines, screening at-risk groups, prioritizing non-pharmacological sleep support, and cautious prescribing—can dramatically improve in-hospital rest, patient outcomes, and post-discharge recovery.