Keep an eye on the socials for @Lisa Smieska at UFE Worlds, and @Allan Pinto + @Karen Clark at ANBF Monster Mash! UFE Worlds has a live stream (https://tr.ee/rlOtEXFdIC) but it is paid.

Coverage: October 31–November 6, 2026, using online-first publication dates. This week produced one formal consensus statement and several useful practice refinements. Nothing is independently practice-changing, but the hamstring consensus is worth reading alongside last week’s rehabilitation meta-analysis. 1. Diagnosis, Rehabilitation, and Return to Sport after Athletic Hamstring Injury: An ICCUS Society Consensus Statement International Journal of Sports Physical Therapy, November 1, 2026 Type: Modified Delphi expert consensus Full article and DOI Methods and findings: Seventeen sports physical therapists with hamstring-injury expertise completed the final Delphi round. Consensus was defined in advance as at least 80% agreement or disagreement. Fifty-four of 60 statements reached consensus across examination, rehabilitation, and return-to-sport domains. The panel supported: - Consistent injury terminology and appropriate use of MRI or ultrasound - Individualized, criterion-based rehabilitation - Progressive tissue loading and restoration of length tolerance - Early neuromuscular and kinetic-chain training - Gradual running, agility, and sprint exposure - Hamstring peak-force and endurance testing - Workloads approaching game-level speed, volume, and density - Using previous GPS data when available - Athlete-reported readiness as part of the decision - Pain-free sprinting before unrestricted return The panel proposed strength within approximately 10% of previous data or relevant population values, but this remains an expert-derived benchmark rather than a prospectively validated clearance threshold. Evidence strength: Moderate as a structured expert framework; low for specific thresholds and recurrence prevention. The Delphi process followed CREDES guidance and obtained strong agreement, but the panel was small and composed primarily of physical therapists. Consensus does not demonstrate that its criteria reduce reinjury or improve performance.

Meowdy fellow people. I was curious if anyone could help assess my form. I’m not sure if im using too much body english with initiating the curl and my hips moving backwards. James has assured me these are fine, but what does HE know (I love you James). Even though he’s given his stamp of approval I can’t help but still OCD bit. Especially when I view others on Instagram (the most reliable fact based source of information, besides Reddit) of everyone not moving their hips at all, and I don’t seem to be able to grind reps. It’s either they move or they stop. No in between or ability of hammies to grind through a rep. I’m not sure if that’s how they are or associated with my form . Thoughts, comments, concerns? Thank you!

Hi 👋! I’m a Seattle-based Geek becoming a Greek athlete. I want to grow in strength, endurance, and grit while I develop a Greek athlete physique. Happy to be here and lift each other up 🏋️‍♂️!

Coverage: October 24–30, 2026, using online-first publication dates. One clinically important October 5 review is included as a late-indexed carryover because it was not covered previously. No finding this week independently warrants a major practice change. The hamstring meta-analysis is the strongest clinical paper; the return-to-play framework and resisted-sprinting review offer useful programming structure. 1. Effects of rehabilitation interventions on time to return to play and reinjury rate in athletes with acute hamstring strain injuries Scientific Reports, October 5, 2026 — late-indexed carryover Systematic review and meta-analysis of randomized trials Full article and DOI Methods and findings: Fourteen RCTs involving 693 athletes were synthesized. Exercise-based rehabilitation and adjunctive treatments were compared primarily for time to return to play, with reinjury as the secondary outcome. Risk of bias, GRADE certainty, and trial-sequential analysis were used. Two trials suggested that lengthening-focused rehabilitation shortened return time relative to conventional rehabilitation with moderate certainty. Reinjury certainty was low. Progressive agility and trunk stabilization did not clearly accelerate return, and its possible reinjury effect was highly uncertain. PRP results were heterogeneous across three trials; shockwave evidence came from one trial and low-level laser produced no added benefit in another. One pain-threshold trial—allowing pain up to 4/10—produced greater long-muscle-length strength and fascicle-length gains without delaying return or increasing observed reinjury. Evidence strength: Moderate for lengthening-focused exercise modestly accelerating return; low or very low for reinjury and adjunctive modalities. The review used appropriate certainty and clinical-importance assessments. However, the central exercise comparison rests on two trials, return definitions differed, and relatively few reinjuries make safety estimates imprecise.