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Long-Term Strength Adaptations to Minimal Dose Resistance Training

Long-Term Strength Adaptations to Minimal Dose Resistance Training

Update: 2024-10-03
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Description

Key Themes:

  • Minimal Dose Resistance Training Effectiveness: The study aimed to assess the long-term effectiveness of minimal dose resistance training, which is a key component of public health guidelines, promoting long-term engagement.
  • Longitudinal Strength Adaptations: Few studies have investigated long-term strength changes with resistance training. This study aimed to address this gap by examining strength development over a longer period than typically explored in intervention studies.
  • Plateau Phenomenon: Previous research, primarily in athletic populations, has suggested a "plateau" in strength gains after several years of training. This study examined this phenomenon in a large cohort engaged in a standardized minimal dose program.
  • Generalizability of Findings: The study explored the generalizability of its findings by applying similar models to publicly available datasets of powerlifters and recreational weightlifters.

Important Ideas and Facts:

  • Study Design: Retrospective longitudinal growth modeling analysis of training records from 14,690 participants (60% female, aged 48±11 years).
  • Training Protocol: Highly standardized minimal dose resistance training protocol (once weekly, 6 exercises, 1 set per exercise, repetitions to momentary failure with slow repetition durations).
  • Strength Outcome: Training load used during exercise sessions served as the proxy for strength, justified by the relationship between maximal strength and load lifted to momentary failure.
  • Statistical Analysis: Mixed effects growth modeling with time (natural logarithmic transformation of weeks) as the predictor.
  • Main Findings:Strength increased rapidly in the first year, reaching approximately 30-50% gains.
  • Gains plateaued after approximately 1-2 years, with strength stabilizing at around 50-60% above baseline even after 6 years.
  • Support for Minimal Dose: "Considering this, our results support public health recommendations for minimal dose resistance training for strength adaptations in adults."
  • Plateau as a Robust Phenomenon: Analysis of powerlifting and recreational weightlifting datasets showed similar linear-log relationships between strength and time, suggesting that the plateau phenomenon is not unique to the specific minimal dose protocol used in the study.
  • Implications for Aging: The maintenance of strength gains over 6 years is particularly relevant for older adults who experience age-related strength declines. The findings support the concept of "bending the aging curve" through long-term resistance training.

Suggested reading:

Long-Term Time-Course of Strength Adaptation to Minimal Dose Resistance Training Through Retrospective Longitudinal Growth Modeling

https://pubmed.ncbi.nlm.nih.gov/35591809/

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Long-Term Strength Adaptations to Minimal Dose Resistance Training

Long-Term Strength Adaptations to Minimal Dose Resistance Training