Scoring v0.1 - AI v0.1
Main point
Both dumbbells and cables are effective options for training side delts and eliciting hypertrophy in trained individuals.
Tl;Dw:
- Muscles can grow when you exercise them
- There are different ways to exercise your muscles, like using dumbbells or cables
- Some people think that exercising muscles when they are longer might be better, but it's not clear if that's true
- What's most important is exercising your muscles regularly and challenging them enough
- You can try different exercises and see what works best for you
Summary
A study compared dumbbell and cable lateral raises for training side delts, finding similar growth in both regions. The study had 24 trained individuals train both exercises, with each arm randomly assigned to one exercise. The results suggest that both dumbbells and cables are effective options for eliciting hypertrophy of the side delts in trained individuals. The study's findings contribute to the ongoing research on training muscles at longer lengths, which has yielded mixed results. While some studies have found that training at longer lengths can be beneficial, others have found no difference. The key takeaway is that there are many different factors that contribute to muscle growth, and what works best may vary from person to person. Training hard with enough volume and consistency are the most important things for building muscle, and individuals have the freedom to choose what works best for them.
Evidence from Author
- 73 / 100Dumbbell versus cable lateral raises for lateral deltoid hypertrophy: an experimental study
- 50 / 100Muscular strength and hypertrophy following resistance training
- 40 / 100The study compared changes in strength and regional muscle hypertrophy between different ranges of motion (ROM) in the knee extension exercise
- 57 / 100Greater gastrocnemius muscle hypertrophy after partial range of motion training performed at long muscle lengths
- 67 / 100Effects of hip extension training performed with full versus partial range of motion at long muscle lengths on muscle hypertrophy and sprint performance
- 80 / 100The effects of lengthened-partial range of motion resistance training of the limbs on arm and thigh muscle cross-sectional area
- 59 / 100Lengthened Partial Repetitions Elicit Similar Muscular Adaptations as a Full Range of Motion During Resistance Training in Trained Individuals
- 69 / 100Comparison of 90° versus 40° hip flexion in the leg extension exercise on quadriceps femoris muscle hypertrophy
- 50 / 100Triceps Surae Muscle Hypertrophy after Standing/Knee-Extended versus Seated/Knee-Flexed Plantarflexion Training
- 61 / 100Exercise Selection Differentially Influences Lower Body Regional Muscle Development
- 58 / 100Comparison of Nordic Hamstring Training and Lengthened State Eccentric Training on Hamstring Muscle Size and Strength
- 50 / 100Effects of Seated Versus Prone Leg Curl Training on Hamstrings Muscle Hypertrophy and Susceptibility to Eccentric Exercise-Induced Muscle Damage
- 56 / 100Triceps brachii hypertrophy after elbow extension training performed in the overhead versus neutral arm position
- 60 / 100Distinct hypertrophy of the elbow flexors after incline versus preacher dumbbell curl training
The main Assertions by importance (2)
Dumbbell and cable lateral raises are similarly effective for side delt hypertrophy.
( 1 ) 73/100Explained:The assertion is made based on a study that compared the effects of dumbbell and cable lateral raises on side delt hypertrophy in trained individuals. The study found that both exercises resulted in similar growth in the side delts, suggesting that they are equally effective for this purpose.
Context:The context of this assertion is a study on resistance training and muscle hypertrophy, specifically focusing on the side delts.
At: 4:02:
"The researchers had subjects use cuffs to minimize grip fatigue and found that growth in both regions was similar between both exercises."
Evidence (1)
73 / 100From Author
Why true:The study found similar growth in the side delts between both exercises, supporting the assertion.
How it is true:The study conducted an experimental design, randomly assigning subjects to either dumbbell or cable lateral raises, and found similar results between the two groups.
ELI5
- The study tested the claim by having subjects perform either dumbbell or cable lateral raises.
- They found similar growth in the side delts between both groups.
- This means that both exercises are equally effective for side delt hypertrophy.
Study Type:Human StudyDOI:N/a
b07e44bf-a4b1-4129-b24b-174a0230df61
Experimental StudyHumann=24p≤0.05NONEPublication 01/01/2024PROPROTraining muscles at longer lengths may not provide additional benefits for hypertrophy in trained individuals.
( 1 ) 80/100Explained:The assertion is made based on the idea that training muscles at longer lengths may not provide additional benefits for hypertrophy in trained individuals. This is supported by studies that have found similar results between exercises that target muscles at longer and shorter lengths.
Context:The context of this assertion is the discussion of muscle length and its effects on hypertrophy.
At: 6:40:
"It remains possible that doing this does yield greater growth, but we don't know at least not yet."
Evidence (1)
80 / 100From Author
Why true:The study found similar results between the two training methods, suggesting that training muscles at longer lengths may not be superior.
How it is true:The study conducted an experimental design, randomly assigning subjects to either lengthened-partial range of motion resistance training or full range of motion training, and found similar results between the two groups.
ELI5
- The study tested the claim by having subjects perform either lengthened-partial range of motion resistance training or full range of motion training.
- They found similar results between the two groups.
- This means that training muscles at longer lengths may not be superior for hypertrophy.
Study Type:Human StudyDOI:N/a
76717966-ef52-44a7-ae30-0e90b2351bc4
Randomized Controlled TrialHumann=297p≤0.05Journal of Strength and Conditioning ResearchPublication 01/01/2024PROPRO
(2)