• Uncover the deeper shifts in body composition and cellular health that guide more precise, proactive geriatric care.

    • Early detections of fragility and muscle loss. BIA precisely measures lean body mass, helping identify sarcopenia and frailty risk before mobility or balance decline becomes evident—enabling earlier intervention.
    • Monitor hydration and cellular health. Track hydration status and phase angle, a key marker of cellular vitality, to better assess systemic health, recovery potential, and resilience in aging patient.
    • Personalize care beyond the symptom. Objective data empowers geriatricians to move beyond symptom management and tailor care plans that address the underlying changes in body composition, nutrition, and functional status over time.
  • Effective geriatric care requires more than symptom relief—it demands a data-informed approach that adapts to each patient’s evolving needs.

    • Tailor interventions to body composition changes. BIA identifies shifts in fat, muscle, and hydration, allowing for customized nutritional, physical therapy, and mobility strategies that align with each patient’s physical condition.
    • Bridge medical, nutritional and functional domains. By providing insight into metabolic and cellular health, RJL’s BIA helps doctors coordinate care across disciplines, supporting better outcomes for patients with complex, overlapping conditions.
    • Track progress and adjust in real time. Repeatable, objective measurements allow providers to fine-tune care plans based on how the body responds over time—ensuring interventions remain both relevant and effective.
  • In older adults, subtle changes in inflammation and healing capacity often go unnoticed—BIA brings those changes into focus, guiding timely, targeted interventions.

    • Monitor phase angle as a marker of cellular resilience. Low phase angle can indicate inflammation, malnutrition, or poor healing potential, helping physicians detect decline before outward symptoms emerge.
    • Assess recovery through changes in lean mass and hydration. BIA tracks shifts in muscle mass and intracellular water, giving insight into how the body is recovering from illness, injury, or surgery over time.
    • Support proactive management of chronic inflammation. With objective data, doctors can adjust treatment plans in real time—from dietary support to rehab—improving long-term outcomes and reducing hospitalization risks.
  • For geriatric patients, feeling informed and involved can lead to better outcomes—BIA analyzers may help turn complex health data into clearer, more engaging care conversations.

    • Help patients understand their bodies. BIA provides visual, easy-to-digest insights into muscle, fat, and hydration—tools that may help patients better grasp their internal health and feel more connected to their care.
    • Encourage Participation in Wellness Plans. By offering measurable feedback over time, BIA can motivate patients to take a more active role in following nutrition, mobility, or rehab recommendations.
    • Support Stronger Provider-Patient Relationships. When patients feel seen and supported with objective data, it may lead to greater trust, clearer communication, and improved engagement over time.