What role do preventative actions play in enhancing the wellbeing of the athlete?

Sub point 1: Physical preparation

Pre- screening

Skill and technique

Physical preparation

Warm up, stretching and cool down

Sub point 2: Sports policy and the sport environment.

Rules of sport and activities

Modified rules for children

Matching of opponents

Use of protective equipment

Safe grounds, facilities and equipment

Subpoint 3: Environmental considerations

Climatic conditions

Tempreture regulation

Guidlines for fluid intake

Acclimatisation

Sub point 4: Taping and bandaging.

Preventitive taping

Taping for isolation of injury

Bandaging for immediate treatment of injury

OVERALL: The main goal of pre screening is to identify any previous, ongoing or reoccurring health issues, create a suitable training programme for those with medical issues, check the motivation of the athlete and what goals they have with in the sport and to collect information about the age, weight, exercise history and previous experience of the athlete. This also helps to prevent injuries, promotes motivation and increase productivity within the sport and decrease muscle soreness

WHY: Having good skill and technique help to prevent injury especially overuse injuries and promotes a good performance

OVERALL: This is vital for the athlete to have a good success in the sport and build a healthy and sustainable training programme for them.

OVERALL: These are used to protect the athlete from injury and are enforced to referees and umpires on the field, these are different to each sport

EXAMPLES :These rules can include - the size of the field/ court - the length of the competition - the number of breaks - what equipment must be used - what is foul or unfair play

OVERALL: These have been enforced in junior sports to lower the risk of injury and focuses on participation and enjoyment rather than results, and create a safe environment.

EXAMPLE: Ball sizes, Field sizes, duration of activities, smaller distances and smaller goals

AGE: This can help to match opponents physically and physiologically, limited due to children growing at diffrent rates

SIZE: Helps to reduce the risk of injury through matching with someone who has the same age and development, but is limited due to skill level of diffrent athletes

SEX: Done for safety and to promote the wellbeing of the athlete, males will have higher testosterone levels, so they will have larger muscles than women so can increase risk of injury

WHY: All grounds and facilities needs to be maintained to keep the athletes well being in mind, to prevent the chance of injury, clubs, council's and associations are responsible for this

OVERALL: A requirement in most sports, should be comfortable and fit the athlete, this helps to promote the athletes safety and wellbeing and protect the athlete from injury that could occur, this equipment is designed specifically for the sport, some equipment may be compulsory ( helmet ) and some may not be ( shin pads), equipment should be maintained for it to be the most effective.

SKILL LEVEL: Dependant on size and age, helps to promotes the wellbeing of the athlete

OVERALL: Grounds need to be free from rubbish, have adequate lighting, a defibrillator and be able to have access for an emergency vehicle.

HOW: Clubs are responsible for providing seating for spectators as well as first aid, and determining when to play in wet weather

Safe equipment

OVERALL: The equipment needs to be kept in working order and checked regularly if not it has an increased risk of injury to the athlete

WHY: It needs to suit the athlete in specifically children who use modified equipment to decrease injury risk

Safe facilities

OVERALL: This is the area around the sporting event that takes place, these needs to be kept in regular order to promote wellbeing of the athlete and spectators

EXAMPLES: bathrooms, running water and shade

Heat

OVERALL: Heat increases the chancres the chance of hyperthermia. Humidity also multiplies this risk

HOW: The body gains heat through radiation from the sun and from surrounding material ( such as court )

OVERALL: Athletes need to know what conditions they are competing in so they can adjust their bodies to these conditions so they can perform their best, this can up to three weeks

HOW: This can be done by living and training in the new environment or a similar one, staying at home and training but creating a stimulated environment

WHY: Physiological changes

HEAT: INCREASED oxygen consumption, DECREASED heart rate, INCREASED blood flow to the skin, earlier onset of sweating at lower body temperature

COLD

OVERALL: important for athletes coming from hotter temperatures

WHY: INCREASED metabolic rate, shivering begins at lower skin temperature

ALTITUDE

TRAINING HIGH- LIVING HIGH: Allows athlete to train and live at altitude for maximum exposure

LIVE LOW- TRAIN HIGH: Living at sea altitude while training at a high altitude allows for athletes to train at high altitudes while resting at a normal altitude

LIVE HIGH- TRAIN LOW: Acclimatise to high altitude while training at maximum at sea level altitude

OVERALL: normal body temperature- 37 above or below considered a fever or dangerous

4 MAIN MECHANISMS: CONVECTION, RADIATION, CONDUTION, EVAPORATION

CONVECTION: Heat gained by motion of fluid such as AIR or WATER- removing heat from our body, naturally occurs.

CONDUCTION: Heat gained by contact between 2 objects- hotter object to cooler object- helps to loose heat if the athlete is to hot but can be dangerouse if athlete is in contact with something that is to hot

RADIATION: The transfer of energy to to the atmosphere to loose heat but our bodies will also gain heat if in hot conditions.

EVAPORATION: MAIN MECHANISM, transfer of heat from our body to water while it evaporates to the atmosphere. Experienced athletes will begin to sweat before needed to lower body temperature as training continues.The higher the humidity the less effective evaporation is. CALCULATED BY LOSS OF WEIGHT + THE AMOUNT OF LIQUIDS CONSUMED IN L, THEN DEVIDE BY TIME GIVES SWEAT RATE IN L/HR.

wind, rain, humidity, altitude and pollution

COLD

OVERALL: The cold weather increases the risk of hypothermia as the body looses energy due to evaporation and radiation while blood vessel's also constrict and blood flow to muscles is limited

WHY: the body loosing more heat and body temperature dropping to unsafe levels through radiation, other surfaces are also going to be cold, our bodies will also continue to loose heat through evaporation, as cold weather often comes with rain

HOW: Athletes can maintain a normal body temperature by wearing jackets, long clothing and warming up properly

HUMIDITY

OVERALL: Refers to water concentration in the air, the more humid the less effective sweat and evaporation is.

OVERALL: Applied to joint areas to strengthen, support and prevent the joint from exceeding its normal range of movement, athletes cant rely on this tape to long or they can become physiologically dependant on it eg. straddle taping for ankle injury

HOW: Immobilises and supports the area early in rehab, to reduce chance of further injury

OVERALL: Main goals of taping: limit range of motion, provide proprioceptive feedback to stimulate muscles, increases stability of the joint, compress inflammation

HOW: This taping occurs immediately after an injury has happened to immobilise the area, this is often implemented in the RICER procedure

The increase of humidity increases the risk of hyperthermia as the body's temperature regulation is tempered, in a hot environment the athlete will loose less heat through radiation and more heat from the surrounding environment

WIND

OVERALL: Increases convection, can be dangerous in cold conditions as body cools quickly

RAIN

OVERALL: can make courts and surfaces slippery making conditions dangerous and increases the risk of hyperthermia largely

HOW: The body looses heat through convection as water runs over the surface of the skin

ALTITUDE

OVERALL:Athletes who compete at high or low altitude levels experience low oxygen levels, which if the athlete hasn't acclimatised correctly can damage their health

HOW: less oxygen is being transported to vital muscles and organs

POLLUTION

OVERALL: Refers to the amount the presents of contaminant in the air or environment

HOW: Can cause irritants within breathing lowering the amount of oxygen being transported to vital muscles and organs

OVERALL: The body can loose sweat, water is needed for thermoregulation, a reduce in water can cause a drop in blood pressure meaning less blood is being transported to muscles and can also cause fatigue lowering the athletes performance, this can further lead to heat stroke and death

HOW: Athletes should drink water through out the day around 480-600mls, leading up to the event around 240- 360 mls and after the event 1.5 l for every kg lost in weight, an athlete shouldn't consume more than more than 1l per hour

WHY: To prevent sever dehydration and improve performance

OVERALL: STAGES: Cognitive, assosiative and autominous. An autominous athlete is able to perform the skill while being aware of their surroundings

HOW: An athlete needs to be prepared for the physical requirements needed in their sport this can be done through training, being fit and able to imply good skills and technique needed in the sport will help to protect the athlete from injury and improve their overall performance.

EXAMPLES: speed, Agility, reaction time, balance, coordination, power

Warm up

Stretching

Cool down

OVERALL: stretching can be used in a cool down in order to delay muscle soreness and bring the athlete back to pre exercise heart rate

OVERALL: Specific to the sport, allow increased flexibility and strength in the muscles in preparation for play, should begin gradually and end at full intensity, with out a warm up the athlete is at risk of injury

OVERALL: Should be used full body first the individual stretches specific to the sport

Diffrent types include: dynamic, ballistic, static and PNF