The document provides guidance on creating a classification system and progression for exercises. It instructs to create lists of exercises categorized by movement type and rank them. Exercises should then be organized into tiers based on importance, with a foundation full body exercise in Tier 1, a lower body exercise in Tier 2, an upper body exercise in Tier 3, and so on, ensuring push/pull balance and considering repetition volumes. The goal is to develop a structured exercise progression system based on movement patterns.
The document provides guidance on creating a ranked exercise list and program structure. It instructs the reader to classify exercises into categories, progressions, and tiers. The highest tiers include total body movements like pulls and squats, as well as upper body pushing and pulling movements. Lower tiers focus on more isolated movements like single leg and posterior chain exercises. The program is designed with movement classifications and repetition volumes in mind.
This document outlines a 5-day resistance training program for a 19-year-old female client. On Mondays, Wednesdays, and Fridays, the program focuses on upper body exercises like pushups, bench press, and rows. Tuesdays and Thursdays target lower body with squats, lunges, and hamstring curls. Each day includes 2-3 sets of 8-12 reps of various exercises. The program aims to tone muscles through higher reps rather than build bulk. Stretching is recommended after each workout focusing on muscles trained that day.
This document discusses the importance of multi-planar training by addressing all three planes of movement: sagittal, frontal, and transverse. It provides examples of exercises that target each plane as well as circuits and progressions to incorporate multi-planar movements, especially important for the transverse plane which sees much sport movement but is often neglected. Plyometric training is also covered, emphasizing proper progression and technique to reduce injury risk while training multi-directional jumps and hops.
This presentation is the first of a two part strength training series in which I cover: the major muscle groups, basic anatomical motions, and basic exercises for each area of the body.
The document discusses how to diversify exercise routines by expanding one's exercise menu. It recommends thinking in terms of full-body movements and categories like upper body pushes and pulls, lower body squats and bends, and total body combinations. It provides examples of basic full-body, upper body, and lower body exercises that can be varied by changing factors like stance, grip, equipment, or limb involvement to prevent boredom and keep the body challenged.
This document describes the kinematics of human gait. It discusses gait terminology, the phases and events of the normal gait cycle, and average joint motion in the sagittal, frontal, and transverse planes. It also compares the average peak range of motion between running and walking, and describes the kinematics of stair ascent gait.
This document outlines an conditioning training program for throwing with the goals of developing physical tools, coordination, balance, endurance, strength, power, speed, flexibility, stability, and mobility. It provides examples of exercises that target these areas, including running, bodyweight exercises, weight training, Olympic lifting, throwing drills, and stretches. The program is tailored based on an athlete's level from novice to advanced.
The document provides guidance on creating a ranked exercise list and program structure. It instructs the reader to classify exercises into categories, progressions, and tiers. The highest tiers include total body movements like pulls and squats, as well as upper body pushing and pulling movements. Lower tiers focus on more isolated movements like single leg and posterior chain exercises. The program is designed with movement classifications and repetition volumes in mind.
This document outlines a 5-day resistance training program for a 19-year-old female client. On Mondays, Wednesdays, and Fridays, the program focuses on upper body exercises like pushups, bench press, and rows. Tuesdays and Thursdays target lower body with squats, lunges, and hamstring curls. Each day includes 2-3 sets of 8-12 reps of various exercises. The program aims to tone muscles through higher reps rather than build bulk. Stretching is recommended after each workout focusing on muscles trained that day.
This document discusses the importance of multi-planar training by addressing all three planes of movement: sagittal, frontal, and transverse. It provides examples of exercises that target each plane as well as circuits and progressions to incorporate multi-planar movements, especially important for the transverse plane which sees much sport movement but is often neglected. Plyometric training is also covered, emphasizing proper progression and technique to reduce injury risk while training multi-directional jumps and hops.
This presentation is the first of a two part strength training series in which I cover: the major muscle groups, basic anatomical motions, and basic exercises for each area of the body.
The document discusses how to diversify exercise routines by expanding one's exercise menu. It recommends thinking in terms of full-body movements and categories like upper body pushes and pulls, lower body squats and bends, and total body combinations. It provides examples of basic full-body, upper body, and lower body exercises that can be varied by changing factors like stance, grip, equipment, or limb involvement to prevent boredom and keep the body challenged.
This document describes the kinematics of human gait. It discusses gait terminology, the phases and events of the normal gait cycle, and average joint motion in the sagittal, frontal, and transverse planes. It also compares the average peak range of motion between running and walking, and describes the kinematics of stair ascent gait.
This document outlines an conditioning training program for throwing with the goals of developing physical tools, coordination, balance, endurance, strength, power, speed, flexibility, stability, and mobility. It provides examples of exercises that target these areas, including running, bodyweight exercises, weight training, Olympic lifting, throwing drills, and stretches. The program is tailored based on an athlete's level from novice to advanced.
Athletic development – training for performanceMax Martin
This document provides an overview of a training session on athletic development and corrective exercise. The session will address expectations, discuss foundational philosophies around training athletes versus sports, assess key movements, and prescribe exercises. It will cover assessing functional limitations, matching exercises to target movements like bending and rotation, and determining an athlete's training focus through assessment. The session aims to develop athletic qualities like jumping, acceleration/deceleration, and rotational control through corrective exercises.
This document provides an overview of movement analysis for sports studies. It discusses the planes and axes of movement, types of joints and muscle contractions, and the roles of specific muscles in actions like running, kicking, jumping, and racket sports. It also covers levers and their mechanical advantages. Key points covered include the identification of agonists and antagonists, analysis of joint actions, and understanding movement in the sagittal, frontal and transverse planes.
This workshop is designed to help teach a variety of abdominal and core exercises with little or no equipment! The workshop focuses on identification of common misalignment and effective cueing to facilitate proper alignment to maximize effective results and prevent injury. Learn a sequence of yoga poses that can be used as a class warm-up or cool-down stretch, lower body strength class, or in the development of a yoga unit.
The document discusses gait and gait analysis. It defines gait as rhythmic movements of the limbs that result in forward body progression. A normal gait cycle consists of stance and swing phases for each limb. Key points of the gait cycle and factors that affect gait are described in detail. Common gait abnormalities such as antalgic gait, Trendelenburg gait, and functional leg length discrepancy are also summarized.
Functional Training for Endurance AthletesAlstinBenton
The document provides guidance on functional training for endurance athletes. It discusses the importance of functional training for injury prevention, biomechanics, and performance. The document outlines sample routines for proprioception, range of motion, tissue management, core development, and strength training. It emphasizes proper progression of training frequency, intensity, and time to avoid injury. The routines shown are meant to be integrated into a full training program over multiple phases to develop an athlete's strength, power, stability, and range of motion.
This document provides a training manual for personalized cross-fit exercises organized into four sections: 1) Body Balance, 2) System Boost, 3) Endurance Training, and 4) Weight Resistance. Each section outlines a specific circuit-based routine focusing on different parts of the body and includes instructions for various positions and exercises. The final section provides a sample one-week training schedule prescribing which sections to complete each day.
This document provides guidance on developing an effective torso training program. It emphasizes teaching athletes to engage their deep core muscles through drawing in the belly button to the spine. A balanced program includes exercises for flexion, extension, rotation, and stability in various planes of motion. Sample workout modules progress from simple to complex movements and focus on both stability and dynamic exercises over time. The goal is to train the torso like any other component for improved movement patterns, injury prevention, and power transfer.
This is a 3 day split workout routine is ideal for beginners starting out lifting weights.
This workout will work every muscle group which will allow This workout will target every major muscle which will maximize muscle growth and recovery.
For more free muscle building workouts and tips visit www.justinkavanaghfitness.com
Shaping part 2 core and lower body covers specific exercises for the core and hips to achieve proper straight body position. This lecture was given at the Gymnastics Association of Texas Conference 2011
The document provides a 4-week training plan with exercises to introduce mobility, basic movements, progress movements, and demonstrate optimal capacity. Each week focuses on a different goal and includes exercises with coaching tips on form and variations to regress or progress difficulty.
30 minute functional workouts for working professionalsPrecor
This document provides details on a 4-week training program using the TRX Suspension Trainer, including exercises, sets, reps, coaching tips for each week. Week 1 introduces a variety of full-body exercises with 30 second work intervals. Week 2 increases the work interval to 40 seconds and varies exercises. Week 3 introduces different exercises to challenge the full body and metabolism. Week 4 further progresses the program with increased work intervals and exercise variation.
Alongside a fellow classmate at TAMUCC, we gathered data using technology and calculated kinematics through a biomechanics software as a final project, utilizing Microsoft PowerPoint.
This document discusses various gait patterns seen in hip disorders. It begins by defining normal gait and describing the gait cycle. It then examines pathological gaits such as spastic, antalgic, Trendelenburg, and short limb gaits. Specific characteristics of each abnormal gait are provided. The document also discusses gait analysis methods and how various hip problems can affect gait and muscle function.
This document provides information about gait analysis including the components and phases of gait. It describes the gait cycle as consisting of stance and swing phases. The 8 phases of gait are described in detail, including joint motions and muscle actions during each phase from initial contact through terminal swing. Gait parameters like cadence, step length, and foot angle are also defined. The determinants of gait including pelvic rotation and knee flexion are explained as optimizations that minimize energy expenditure during walking.
The document provides guidance on proper squatting technique for athletic performance. It discusses the benefits of squatting for developing strength and neuromuscular function while minimizing injury risks. Different squat styles like Olympic, powerlifting, and athletic squats are described. Common errors in squatting technique are outlined along with recommendations for how to correct them, such as maintaining proper foot, bar, and body position. Accessories like bands, chains, and boxes are discussed but caution is advised to only use them with perfected technique.
Lecture on basic squat technique and other exercises for strength and conditioning. Lecture for HPE 345, Strength Programming for Sport. Wilmington College, Ohio.
The document discusses the biomechanics of sprinting, focusing on the starting mechanics. It explains that maximum horizontal velocity is achieved in the starting position by placing the body in the optimal biomechanical position to apply force. It describes the types of sprint starts and factors like pedal angle and foot placement. It also discusses teaching sprint starts to young athletes by breaking the start into phases and focusing on key points.
“Psychiatry and the Humanities”: An Innovative Course at the University of Mo...Université de Montréal
“Psychiatry and the Humanities”: An Innovative Course at the University of Montreal Expanding the medical model to embrace the humanities. Link: https://www.psychiatrictimes.com/view/-psychiatry-and-the-humanities-an-innovative-course-at-the-university-of-montreal
Nano-gold for Cancer Therapy chemistry investigatory projectSIVAVINAYAKPK
chemistry investigatory project
The development of nanogold-based cancer therapy could revolutionize oncology by providing a more targeted, less invasive treatment option. This project contributes to the growing body of research aimed at harnessing nanotechnology for medical applications, paving the way for future clinical trials and potential commercial applications.
Cancer remains one of the leading causes of death worldwide, prompting the need for innovative treatment methods. Nanotechnology offers promising new approaches, including the use of gold nanoparticles (nanogold) for targeted cancer therapy. Nanogold particles possess unique physical and chemical properties that make them suitable for drug delivery, imaging, and photothermal therapy.
Athletic development – training for performanceMax Martin
This document provides an overview of a training session on athletic development and corrective exercise. The session will address expectations, discuss foundational philosophies around training athletes versus sports, assess key movements, and prescribe exercises. It will cover assessing functional limitations, matching exercises to target movements like bending and rotation, and determining an athlete's training focus through assessment. The session aims to develop athletic qualities like jumping, acceleration/deceleration, and rotational control through corrective exercises.
This document provides an overview of movement analysis for sports studies. It discusses the planes and axes of movement, types of joints and muscle contractions, and the roles of specific muscles in actions like running, kicking, jumping, and racket sports. It also covers levers and their mechanical advantages. Key points covered include the identification of agonists and antagonists, analysis of joint actions, and understanding movement in the sagittal, frontal and transverse planes.
This workshop is designed to help teach a variety of abdominal and core exercises with little or no equipment! The workshop focuses on identification of common misalignment and effective cueing to facilitate proper alignment to maximize effective results and prevent injury. Learn a sequence of yoga poses that can be used as a class warm-up or cool-down stretch, lower body strength class, or in the development of a yoga unit.
The document discusses gait and gait analysis. It defines gait as rhythmic movements of the limbs that result in forward body progression. A normal gait cycle consists of stance and swing phases for each limb. Key points of the gait cycle and factors that affect gait are described in detail. Common gait abnormalities such as antalgic gait, Trendelenburg gait, and functional leg length discrepancy are also summarized.
Functional Training for Endurance AthletesAlstinBenton
The document provides guidance on functional training for endurance athletes. It discusses the importance of functional training for injury prevention, biomechanics, and performance. The document outlines sample routines for proprioception, range of motion, tissue management, core development, and strength training. It emphasizes proper progression of training frequency, intensity, and time to avoid injury. The routines shown are meant to be integrated into a full training program over multiple phases to develop an athlete's strength, power, stability, and range of motion.
This document provides a training manual for personalized cross-fit exercises organized into four sections: 1) Body Balance, 2) System Boost, 3) Endurance Training, and 4) Weight Resistance. Each section outlines a specific circuit-based routine focusing on different parts of the body and includes instructions for various positions and exercises. The final section provides a sample one-week training schedule prescribing which sections to complete each day.
This document provides guidance on developing an effective torso training program. It emphasizes teaching athletes to engage their deep core muscles through drawing in the belly button to the spine. A balanced program includes exercises for flexion, extension, rotation, and stability in various planes of motion. Sample workout modules progress from simple to complex movements and focus on both stability and dynamic exercises over time. The goal is to train the torso like any other component for improved movement patterns, injury prevention, and power transfer.
This is a 3 day split workout routine is ideal for beginners starting out lifting weights.
This workout will work every muscle group which will allow This workout will target every major muscle which will maximize muscle growth and recovery.
For more free muscle building workouts and tips visit www.justinkavanaghfitness.com
Shaping part 2 core and lower body covers specific exercises for the core and hips to achieve proper straight body position. This lecture was given at the Gymnastics Association of Texas Conference 2011
The document provides a 4-week training plan with exercises to introduce mobility, basic movements, progress movements, and demonstrate optimal capacity. Each week focuses on a different goal and includes exercises with coaching tips on form and variations to regress or progress difficulty.
30 minute functional workouts for working professionalsPrecor
This document provides details on a 4-week training program using the TRX Suspension Trainer, including exercises, sets, reps, coaching tips for each week. Week 1 introduces a variety of full-body exercises with 30 second work intervals. Week 2 increases the work interval to 40 seconds and varies exercises. Week 3 introduces different exercises to challenge the full body and metabolism. Week 4 further progresses the program with increased work intervals and exercise variation.
Alongside a fellow classmate at TAMUCC, we gathered data using technology and calculated kinematics through a biomechanics software as a final project, utilizing Microsoft PowerPoint.
This document discusses various gait patterns seen in hip disorders. It begins by defining normal gait and describing the gait cycle. It then examines pathological gaits such as spastic, antalgic, Trendelenburg, and short limb gaits. Specific characteristics of each abnormal gait are provided. The document also discusses gait analysis methods and how various hip problems can affect gait and muscle function.
This document provides information about gait analysis including the components and phases of gait. It describes the gait cycle as consisting of stance and swing phases. The 8 phases of gait are described in detail, including joint motions and muscle actions during each phase from initial contact through terminal swing. Gait parameters like cadence, step length, and foot angle are also defined. The determinants of gait including pelvic rotation and knee flexion are explained as optimizations that minimize energy expenditure during walking.
The document provides guidance on proper squatting technique for athletic performance. It discusses the benefits of squatting for developing strength and neuromuscular function while minimizing injury risks. Different squat styles like Olympic, powerlifting, and athletic squats are described. Common errors in squatting technique are outlined along with recommendations for how to correct them, such as maintaining proper foot, bar, and body position. Accessories like bands, chains, and boxes are discussed but caution is advised to only use them with perfected technique.
Lecture on basic squat technique and other exercises for strength and conditioning. Lecture for HPE 345, Strength Programming for Sport. Wilmington College, Ohio.
The document discusses the biomechanics of sprinting, focusing on the starting mechanics. It explains that maximum horizontal velocity is achieved in the starting position by placing the body in the optimal biomechanical position to apply force. It describes the types of sprint starts and factors like pedal angle and foot placement. It also discusses teaching sprint starts to young athletes by breaking the start into phases and focusing on key points.
“Psychiatry and the Humanities”: An Innovative Course at the University of Mo...Université de Montréal
“Psychiatry and the Humanities”: An Innovative Course at the University of Montreal Expanding the medical model to embrace the humanities. Link: https://www.psychiatrictimes.com/view/-psychiatry-and-the-humanities-an-innovative-course-at-the-university-of-montreal
Nano-gold for Cancer Therapy chemistry investigatory projectSIVAVINAYAKPK
chemistry investigatory project
The development of nanogold-based cancer therapy could revolutionize oncology by providing a more targeted, less invasive treatment option. This project contributes to the growing body of research aimed at harnessing nanotechnology for medical applications, paving the way for future clinical trials and potential commercial applications.
Cancer remains one of the leading causes of death worldwide, prompting the need for innovative treatment methods. Nanotechnology offers promising new approaches, including the use of gold nanoparticles (nanogold) for targeted cancer therapy. Nanogold particles possess unique physical and chemical properties that make them suitable for drug delivery, imaging, and photothermal therapy.
Histololgy of Female Reproductive System.pptxAyeshaZaid1
Dive into an in-depth exploration of the histological structure of female reproductive system with this comprehensive lecture. Presented by Dr. Ayesha Irfan, Assistant Professor of Anatomy, this presentation covers the Gross anatomy and functional histology of the female reproductive organs. Ideal for students, educators, and anyone interested in medical science, this lecture provides clear explanations, detailed diagrams, and valuable insights into female reproductive system. Enhance your knowledge and understanding of this essential aspect of human biology.
The skin is the largest organ and its health plays a vital role among the other sense organs. The skin concerns like acne breakout, psoriasis, or anything similar along the lines, finding a qualified and experienced dermatologist becomes paramount.
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Pictorial and detailed description of patellar instability with sign and symptoms and how to diagnose , what investigations you should go with and how to approach with treatment options . I have presented this slide in my 2nd year junior residency in orthopedics at LLRM medical college Meerut and got good reviews for it
After getting it read you will definitely understand the topic.
Discover the benefits of homeopathic medicine for irregular periods with our guide on 5 common remedies. Learn how these natural treatments can help regulate menstrual cycles and improve overall menstrual health.
Visit Us: https://drdeepikashomeopathy.com/service/irregular-periods-treatment/
2. Create a list of all the Exercises “YOU”
Can you teach it?
Do you have the necessary equipment
Classify into 1 of 3 Major Movement Categories
Specify Movement per Category
“YOUR” terminology will determine sub categories
Label Movement by Exercise Classification Rankings
Reduce down to Mini Pool based on Program needs and Training
Age
Layer Exercise Progressions
Rank Your Mini Pool
22. Contraction Movement Resistance Notes
Eccentric Only Split Squat [1]Kettlebells [2]Dumbbells Extremely Slow
Eccentric Only-Awareness Split Squat [1]Kettlebells [2]Dumbbells Balance Bean [2] to [1] progression
Sub Max Eccentric Split Squat [1]Kettlebells [2]Dumbbells 6 count Eccentric
Quasi Isometric Split Squat [1]Kettlebells [2]Dumbbells Mid Pt Pause 6ct,5,4,3,2,1
Isotonic Split Squat
[1]Kettlebells [2]Dumbbells
[3]Safety Squat Bar
Isotonic-Awarenss Split Squat [1]Kettlebells [2]Dumbbells Balance Beam
Eccentric Only RFE Squat [1]Kettlebells [2]Dumbbells Extremely Slow
Eccentric Only - Awareness RFE Squat [1]Kettlebells [2]Dumbbells Balance Bean [2] to [1] progression
Sub Max Eccentric RFE Squat [1]Kettlebells [2]Dumbbells 6 count Eccentric
Quasi Isometric RFE Squat [1]Kettlebells [2]Dumbbells Mid Pt Pause 6ct,5,4,3,2,1
Isotonic RFE Squat
[1]Kettlebells [2]Dumbbells
[3]Safety Squat Bar
Isotonic-Awarenss RFE Squat [1]Kettlebells [2]Dumbbells Balance Beam
Isotonic-Dynamic Effort RFE Squat [3]Safety Squat Bar Chains
Isotonic RFE Deadlift [1]Kettlebells [2]Dumbbells
Isotonic-Break the Chain RFE Deadlift [1]Kettlebells [2]Dumbbells Eccentric Long Dead Stop Pause
Isotonic-Awarenss RFE Deadlift [1]Kettlebells [2]Dumbbells Balance Beam
Eccentric - Reactive-Single
Response
RFE Squat - Hop [1]Kettlebells [2]Dumbbells Loaded Eccentric - Unloaded Hop
Isotonic -Reactive RFE Squat - Hop
[1]Kettlebells [2]Dumbbells
[3]Bodyweight
Full ROM on Eccentric
Reactive-Single Response RFE Hop [1]Bodyweight[2]WT Vest
Reactive-Multiple Response RFE Hop [1]Bodyweight[2]WT Vest
Eccentric - Reactive-Single
Response
RFE Squat - Hop to Box [1]Kettlebells [2]Dumbbells Loaded Eccentric - Unloaded Hop
Isotonic -Reactive RFE Squat - Hop to Box
[1]Kettlebells [2]Dumbbells
[3]Bodyweight
Full ROM on Eccentric
Reactive-Single Response RFE Hop to Box [1]Bodyweight[2]WT Vest
Reactive-Single Response RFE Hop [1]Bodyweight[2]WT Vest just jump record
Reactive-Multiple Response RFE Hop to Box [1]Bodyweight[2]WT Vest
Reactive-Multiple Response RFE Hop [1]Bodyweight[2]WT Vest just jump record
Concentric Only Pistol Squat [1]Bodyweight[2]WT Vest
Isotonic Pistol Squat to Box [1]Bodyweight[2]WT Vest assisted if necessary
Isotonic Pistol Squat off Box [1]Bodyweight[2]WT Vest assisted if necessary
Isotonic
Pistol Squat -
Counterbalance
[1]Dumbbells [2]Plates
Isotonic Pistol Squat - Front Squat [1]Barbell
Isotonic-Awareness Pistol Squat [1]Bodyweight[2]WT Vest Balance Beam
Single Leg Squat Layering Sequence Progression
23. Reverse Lunge
Sagittal Plane
Forward Lunge
Sagittal Plane
Lateral Lunge
Frontal Plane
Rotational Lunge
Transverse Plane
NOTES
Force Production – Iso
Front Heel and Back
Ball of Foot [bottom of
toe]
Forward Lunge Strike –
Heel to Flat
Forward Lunge
Movement – Heel strike
transfer to Ball of Foot
to Drive
24. 1a - In Place Stabilization Iso Reverse Lunge Hold push front heel back ball/toe x15-30 ct
1b - In Place Movement Reverse Lunge cadenced - step and recover x06-12 step
1c - Cadenced Movement Reverse Lunge
cadenced - push to up tall - convert
from heel to ball on push
x12-24 step
1d - Continuous Movement Reverse Lunge rhythm - cycle thru - stabilize core x12-24 step
1e - Continuous Movement [+] Reverse Lunge w/OH Reach rhythm - cycle thru - stabilize core x12-24 step
1f - Continuous Movement [+] Reverse Lunge w/Twist twist to front knee - arms shldr ht x12-24 step
2a - In Place Stabilization Iso Forward Lunge push front heel back ball/toe x15-30 ct
2b - In Place Movement Forward Lunge cadenced - step and recover x06-12 step
2c - Cadenced Movement Forward Lunge
cadenced - push to up tall - convert
from heel to ball on push
x12-24 step
2d - Continuous Movement Forward Lunge rhythm - cycle thru - stabilize core x12-24 step
2e - Continuous Movement [+] Forward Lunge w/Inside Elbow rhythm - cycle thru - stabilize core x12-24 step
2f - Continuous Movement [+] Forward Lunge w/Windmill rotate and reach opposite arm for ht x12-24 step
1a - In Place Stabilization Iso Transverse Lunge Hold
open the gate to 3 or 9 o'clock -
shoulders/belly button 45 degree
split lunge
x15-30 ct
1b - In Place Movement Transverse Lunge cadenced - step and recover x06 step
1c - Cadenced Movement Transverse Lunge
cadenced - push to triangle - push
off back leg
x08 step
1d - Continuous Movement Transverse Lunge rhythm - push off front leg x08 step
1e - Continuous Movement [+] Transverse Messier Lunge rhythm - push off back leg x08 step
1f - Continuous Movement [+]
Transverse Messier Lunge
w/Squat Hands Hip Ext
rhythm -messier > squat > palms >
extend - push off back leg
x08 step
2a - In Place Stabilization Iso Lateral Lunge
shoulders square - lateral squat -
push hip back - knee behind toe -
knee open
x15-30 ct
2b - In Place Movement Lateral Lunge cadenced - step and recover x06-12 step
2c - Cadenced Movement Lateral Lunge
cadenced - push to triangle - push
off back leg
x12-24 step
2d - Continuous Movement Lateral Lunge rhythm - push off front leg x12-24 step
2e - Continuous Movement [+] Messier Lunge rhythm - push off back leg x12-24 step
2f - Continuous Movement [+] Messier Lunge w/Cross Over Step
rhythm - push off back leg - back
leg crosses over front leg - come
up tall to recover
x12-24 step
cadence commands - step > stabilize > drop > triangle > drive
Lunge Progressions
reverse lunge - work on flex knee - extend hip - to help backwards run tech
cadence commands - step > stabilize > drop > drive
cadence commands - step > stabilize > drop > drive
cadence commands - step > stabilize > drop > triangle > drive
25. Uni-Lateral Press
Opposite Hand
Positioned on Hip
High to Low
Opposite Arm
Extended
Low to High
Opposite Arm
Flexed
Bi-Lateral
Both Arms In-Action
Floor
Elbows Contact
Ground
26. CATEGORY MOVEMENT TYPE POSITION ARMS LEGS ANGLE IMPLEMENT COACH'S CUE VOL
ROTATOR CUFF Internal Rotation R OT A T ION Prone SA/DA N/A 90
Plate-Band-
Cable-Manual
Lay on stomach- Elbow at 90- lock
wrist in and rotate
max x20
ROTATOR CUFF Internal Rotation R OT A T ION Supine SA/DA N/A 30/90
Plate-Band-
Cable-Manual
Lay on back- Elbow at 30 or 90-
lock wrist in and rotate
max x20
ROTATOR CUFF Internal Rotation R OT A T ION Standing SA/DA N/A 30/90
Plate-Band-
Cable-Manual
Position arm at 30 or 90- rotate
inward
max x20
ROTATOR CUFF Internal Rotation R OT A T ION Side-Lying SA N/A 30
Plate-Band-
Cable-Manual
Position arm at 30 degrees- rotate
inward
max x20
COMBINATION Row + Internal Rotation
RETRACT-
ROT.
Prone DA 90
Plate-Band-
Cable
Squeeze scaps together- row and
rotate inward
max x20
COMBINATION Row + Internal Rotation
RETRACT-
ROT.
Standing DA 90 Band-Cable
Squeeze scaps together- row and
rotate inward
max x20
COMBINATION Row + Internal Rotation
RETRACT-
ROT.
Athletic
Position
DA 90 Plate-DB
Squeeze scaps together- row and
rotate inward
max x20
COMBINATION
Back Extension +
Internal Rotation
RETRACT-
ROT.
Fixed DA 90 Plate-DB
Squeeze glutes and scaps- row
and rotate inward
max x20
POSTERIOR SHOULDER DEVELOPMENT
27.
28.
29.
30. Rank your list based:
Importance of Exercise
Exercise Classification System
36. Tier 1 Total Body
Full Pull and Catch or Extension Movement
Tier 2 Lower Body
Squat Variation or Single Leg Movement
Tier 3 Upper Body
Horizontal or Vertical Row
Tier 4 Total Body
Extension or Single Arm Movement or Jump Progression
Tier 5 Lower Body
Single Leg Movement
Posterior Complex
Posterior Chain
Posterior Shoulder
37.
38.
39.
40.
41. Horizontal versus Vertical
Repetition Volume Push/Pull [+] 2 Rule
Foundation/Tier 1 Considerations Block Zero
2 Movement Tier