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Discussions often mention that predictive equations perform poorly during long-term weight loss interventions, with posts like 'predictive equations are widely used but accuracy is poor,' highlighting concerns over their reliability. The tone varies from skeptical to curious, with some users debating whether those formulas are useful when more precise measurement options are available, reflecting a balanced mix of interest and recognition of the study’s potential impact.
Most discussions acknowledge the study’s findings about the decreasing accuracy of predictive equations over time, showing general agreement on its implications.
Participants display a moderate interest, with some posts questioning the practicality of using these formulas and highlighting the importance of precise measurement.
Posts engage with the topic by referencing researchers, questioning the current practices, and discussing potential impacts on clinical settings.
The discussions suggest that the study could influence future approaches to estimating energy expenditure, emphasizing the need for more accurate methods in weight management.
Predictive equations are widely used for REE in WL interventions, even though accuracy is poor. This new study demonstrates they are even worse over the 12 months of a WL intervention program. Why estimate when measurement is available for clinic today? https://t.co/aB2gqRSPqr
Weight and Body Composition Changes Affect Resting Energy Expenditure Predictive Equations https://t.co/gnxMXmZa2b
Weight and Body Composition Changes Affect Resting Energy Expenditure Predictive Equations https://t.co/Gzfh1zg5ar #diabetes
Weight and body composition changes affect resting energy expenditure predictive equations during a 12-month weight-loss intervention w/ Dr. @EdMelanson4 https://t.co/k64EgEaIk3
RT @PracUpDiabetes: Weight and Body Composition Changes Affect Resting Energy Expenditure Predictive Equations https://t.co/gnxMXmZa2b
RT @PracUpDiabetes: Weight and Body Composition Changes Affect Resting Energy Expenditure Predictive Equations https://t.co/gnxMXmZa2b
In this episode, Cline Maetti explores the critical aspects of measuring caloric intake and expenditure. The video emphasizes that many predictive equations for estimating energy needs may not be accurate, supporting…
In this episode, Cline MAETTI explains how to calculate Total Daily Energy Expenditure (TDEE) and how to use this information for weight loss or gain. The video highlights the importance of understanding energy…
RT @PracUpDiabetes: Weight and Body Composition Changes Affect Resting Energy Expenditure Predictive Equations https://t.co/gnxMXmZa2b
RT @PracUpDiabetes: Weight and Body Composition Changes Affect Resting Energy Expenditure Predictive Equations https://t.co/gnxMXmZa2b
Weight and Body Composition Changes Affect Resting Energy Expenditure Predictive Equations https://t.co/gnxMXmZa2b
RT @PracUpDiabetes: Weight and Body Composition Changes Affect Resting Energy Expenditure Predictive Equations https://t.co/Gzfh1zg5ar #dia…
RT @MHS_tweeting: Predictive equations are widely used for REE in WL interventions, even though accuracy is poor. This new study demonstrat…
Predictive equations are widely used for REE in WL interventions, even though accuracy is poor. This new study demonstrates they are even worse over the 12 months of a WL intervention program. Why estimate when measurement is available for clinic today? https://t.co/aB2gqRSPqr
RT @PracUpDiabetes: Weight and Body Composition Changes Affect Resting Energy Expenditure Predictive Equations https://t.co/Gzfh1zg5ar #dia…
Weight and Body Composition Changes Affect Resting Energy Expenditure Predictive Equations https://t.co/Gzfh1zg5ar #diabetes
Weight and body composition changes affect resting energy expenditure predictive equations during a 12-month weight-loss intervention w/ Dr. @EdMelanson4 https://t.co/k64EgEaIk3