Tropic Training PPT - Jakarta Schools Football League

January 15, 2018 | Author: Anonymous | Category: Science, Health Science, Sports Medicine
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To discuss 1. Training state in Indonesia (place, climate, culture) 2. Periodization plan 3. Training plan for U8; U10; U12 4. Football injuries 5. First Aid – how? and the basic you need

Indonesia Geography background Different places e.g. Home & away game - Climates - Transportation - Food - Football?

Periodization Definition Individual and Team Kids

Periodization Conditioning training? Advantage: - Fit and energized - Getting mobile in the pitch

Disadvantage: - Growth related - Has the capability to lose skill - Injury (joint, muscle)

Periodization The relation to periodization in tropic weather: - Thirst - Performance - Burn/heat stroke - Condition The need of adaptation

Training Training plan U-8 • Basic fundamental training It is designed to introduce the basic of football so the children will have a total enjoyment in the game

• The activities - Having fun - kicking ball - control ball - a basic idea of organization - frequency 2x a week with a game in the weekend



Training plan U-10 Training the basic. The children here are designed to start the early stage of training and start to have the basic concept of playing



The activities - what is training - what is discipline - what is focus - Player position function and definition

Training plan U-12 on this level the children are designed to start learning the basic component of training

Activities: - learn how defend

- learn how to attack - learn a few different types of component which related to physical condition

Injury

Injury -- Cedera

Natural Recovery Time Types

Rehabilitation

+ 90-100 % normal strength

Muscle

> 1 week

6 weeks – 6 months

Tendon

> 10 days

30 – 40 weeks

Ligament

> 6 weeks

40 – 50 weeks

Bone

3-4 months

12 months

Cartilage

> 2 months

6 months

Cedera Musculoskeletal • Cedera ligamen  sprain

• Cedera otot (strain)

• Cedera tulang (fraktur)

Basic principal of handling injury • • • • • •

The injury surface – big, small, hidden Inflamation and painful Purpose  to have a good start ROM – Flexibility, mobility, and strength, Active Exercise TACKLE the problem – avoiding chronic disease

The clinical problem Sports related injury (football) in the early age has become important The increase of football schools = more young players = more injured players Football is the largest sport in Indonesia Many players from young age got injured and it creates problem for themselves and also their community A serious football injuries especially knee can contribute to having a risk of developing osteoarthritis The Injuries needed treatment but here the means are lacking

Football injury - Lower extremity has the most frequent case - Knee and ankle has the highest rate of injuries

Extrinsic Risk Factors

Intrinsic Risk Factors

Non-modifiable

Modifiable

-

- Previous injury - Age - Gender

Sport played Level of play (recreational/prof) Position played Weather Time of season/time of day

Non-modifiable

Modifiable

-

-

Rules Playing time Surface equipment

Fitness levels Flexibility & Strength Joint stability Balance/propriocepsis Psychological factor

What should be done…? - Focus on stability, coordination and flexibility training - Basic strengthening technic - The training is developed base on the risk factors and the most injury cases

Risk Factors for the young one - the musculoskeletal system (tendons & ligaments stronger than bones) - bone getting stronger/harder but sudden impact can cause permanent damage (bow or buckle) - Decreased flexibility and stability because bone lengthening - Poor physical fitness - Increased BMI (weight(kg)/height (m)2) - 45kg / 1.42x1.42 = 22.317

Potential damage 1.

Osgood schlatter

2.

ACL Ligament – injury High level of exposure at a time of major physiological change

3. Dislocation of shoulder, elbow, patella 4.

Soft tissue injuries – muscles, tendon Quadriceps and Achilles tendon

5. Overtraining and overuse

Heat exhaustion - Children produce more and quick heat compare to body mass

- low sweating capacity and drink less - in hot climates get exhausted very quick (has a huge potential to increase the risk of injuries)

DEHYDRATION The importance of liquid

 60-80% of our body consists of liquid  2% dehidrasi decrease in performance

Dehydration symptoms

Dry mouth

Weak

Tears

Headache

Fainted

Belly ache

Cramp

What happen if you are dehydrated? Dry skin

Fainted

Disorientated Low blood pressure

Temperature raise

Organ malfunction

Death

First aid equipment

Thank You!

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