Featured
Understand how costameres detect physical load and initiate signaling cascades. You will learn how tension activates mTORC1 to expand muscle fibers.
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Recent Physiology Reports
Mechanotransduction & Biology
9 min read
Examine the cellular distinction between contractile protein growth and fluid expansion. You will see what current biopsy evidence proves regarding each adaptation.
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Training Volume & Frequency
10 min read
Learn how to quantify effective training volume per muscle group across a microcycle. We cover minimum effective doses and maximum recoverable limits.
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Mechanotransduction & Biology
9 min read
Analyze the relationship between microscopic Z-disc tearing and actual hypertrophy. You will see why severe soreness often impairs subsequent training adaptations.
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Biomechanical Stimulus
11 min read
Discover why loading muscles in a deep stretch yields superior structural adaptations. We break down sarcomere addition and stretch-mediated growth.
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Training Volume & Frequency
11 min read
Compare training to muscular failure against leaving repetitions in reserve. You will learn the exact stimulus-to-fatigue trade-offs for each approach.
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Training Volume & Frequency
10 min read
Review the physiology of inter-set recovery and motor unit performance. Discover how two to three minutes of rest outpaces shorter rest intervals for gains.
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Biomechanical Stimulus
11 min read
Understand how moment arms alter tension throughout a full range of motion. You will learn to pick exercises that maintain continuous tension on target fibers.
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Recovery & Nutrition Physiology
9 min read
Trace the time course of muscle protein synthesis across forty-eight hours post-session. You will see how leucine thresholds and feeding distribution preserve gains.
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Training Volume & Frequency
10 min read
Evaluate whether dividing set volume across multiple sessions produces greater growth. Learn how session volume caps dictate optimal weekly frequency.
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About Fenwickgoods Journal
We are a collective of exercise scientists, physical therapists, and strength coaches analyzing hypertrophy data. We write for serious trainees and practitioners who want evidence over fitness trends. Every article cites peer-reviewed literature and undergoes technical review before publication.
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