This document discusses injuries in ice hockey. It begins by outlining the main types of injuries which include accidents, musculoskeletal injuries, and pathologies of the airways. It then discusses several areas that are researched in relation to ice hockey injuries, such as defining injuries, epidemiology, investigating specific time periods and locations where injuries occur, and analyzing injuries based on a player's tactical role. Throughout, it provides details on common injuries like concussions and facial injuries, and factors that contribute to injuries like physical contact, sticks, pucks, and types of protective equipment used.
Presentation on the speed in sports with an analytical approach to the different manifestations (reaction, movement, displacement).
The issues of the demonstrations in different modalities are discussed (soccer, rugby, American football, volleyball, basketball, boxing, baseball, gymnastics, swimming, etc.).
My presentation about specific conditioning for basketball.The basic characteristics of basketball and bioenergetic demand are discussed. Anthropometric profile of male and female players are compared by tactical function. Biomotor capabilities are detailed in conjunction with study results. Injury management, incidence pattern and preventive strategies are discussed. Periodization models (selective loads and blocks) are compared. Notions of biomechanics applied to basketball (jump shoot) are exposed. Finally, topics such as fatigue, detraining, nutrition, and recuperative methods are presented.
Presentation on the speed in sports with an analytical approach to the different manifestations (reaction, movement, displacement).
The issues of the demonstrations in different modalities are discussed (soccer, rugby, American football, volleyball, basketball, boxing, baseball, gymnastics, swimming, etc.).
My presentation about specific conditioning for basketball.The basic characteristics of basketball and bioenergetic demand are discussed. Anthropometric profile of male and female players are compared by tactical function. Biomotor capabilities are detailed in conjunction with study results. Injury management, incidence pattern and preventive strategies are discussed. Periodization models (selective loads and blocks) are compared. Notions of biomechanics applied to basketball (jump shoot) are exposed. Finally, topics such as fatigue, detraining, nutrition, and recuperative methods are presented.
My presentation about physical preparation in handball. They are discussed themes that influence the improvement of performance of the handball players such as: anthropometry, physiological characteristics, game density, athletic condition, types of training, biomotor capabilities, fitness assessment, injuries, injury by body segment, nutrition, etc
Speed plays a crucial role in a basketball game. The specific speed in basketball is manifested as: game speed, reaction speed, movement speed, displacement speed and endurance speed. Each of these types of speeds has special features for their analysis, interpretation and training methodology. The speed of the game is related to the pace (pacing) printed by the teams. The reaction speed depends on the decision making of the sensory organs (visual, auditory and kinesthetic). In the speed of movement, the frequency of motor actions takes an important role. The displacement speed consists of assessing the player's body in space-time. Finally, endurance speed aims to maintain the power levels in each type of speed. The integration of the different speeds will allow the basketball player to achieve high performance levels. Strength and conditioning coaches must understand how each speed works to create effective training methodologies in their professional practice.
A presentation about the jumping and landing movements that basketball players use.Some important biomechanical characteristics are shown, as well as research results.Among them, we can mention: impact force landing, reactive strength index, hip mechanics on landing, injury risk, plyometric training, motor learning, and others.
My presentation about sports injury management.
At present, it is known that sports injuries are an ordinary phenomenon present in the operating environment.
There are three platforms that guide the understanding of injury management in the sports scene.
These platforms are: the corrective, the preventive and finally the predictive platform.
It will be integrated through the chain of these platforms that the scientific team will address the problems related to sports injuries.
Due to the fact that there are a significant amount of different sports modalities, their manifestations of injuries tend to be specific.
Therefore, in this presentation are exposed ways to try to solve the macro and micro-structural issues involved in the multifactorial management of injuries.
Basketball: Physical Conditioning Using Small-Sided GamesAdriano Vretaros
Basketball is a modality that uses different bioenergetic systems: ATP-CP, glycolysis and oxidative.
Endurance training in basketball should focus on these three bioenergetic systems in a rational manner and with a properly periodized program.
Among specific methodological resources for endurance training comes the so-called small-sided conditioning games (SSCG).
The SSCG respects the specificity of the sport when trying to reproduce simulated games in small spaces with the same characteristics of a match.
Before elaborating any SSCG prescription, knowledge of the demands of the game is necessary.
However, for an effective applicability of SSCG, it is necessary to know how to modulate some variables, namely: size of the court, number of players, during time, changes to rule and tactical system.
Therefore, this presentation discusses the aspects involved in SSCG and how to develop appropriate endurance training stimuli for basketball athletes.
Key Words: basketball, endurance training, small-sided conditioning games, strength and conditioning, sports training.
Strength and Conditioning for Basketball: Science & PracticeAdriano Vretaros
The strength and conditioning pratice targeted specifically for basketball players is a complex task. It is necessary to understand the bioenergetic, morphofunctional, and biomechanical aspects involved in the prescription of different types of training in order to improve the athletic performance of the players. However, the modern problems of sports preparation (competitive schedule, travels, injuries, different philosophies of team work, etc.) make your work more difficult. The monitoring of training loads has become a crucial tool for the fitness coach, as the large amount of competitions in the season and reduced time to train, causes unexpected fluctuations in peak performance and increased risk of injury to athletes. Success in monitoring loads depends on selecting the correct variables to be controlled, feedback to know how to interpret them and appropriate decision making.
Finally, the modern fitness coach in basketball lives a dilemma of building an appropriate training program for his players in an unfavorable calendar, recoveringpecifi them from the loads and, at the same time, managing a database that, if well deciphered , will allow to optimize the team's performance.
Keywords: strength and conditioning, basketball, sports training
Basketball: Scientific Basis of Strength TrainingAdriano Vretaros
ABSTRACT
Muscle strength and power is present in various motor tasks performed by basketball players. Strength and conditioning coaches must have a deep understanding of the scientific basis of strength training to guide their work. Strength training is considered the foundation for the development of other biomotor capabilities. The manifestations of strength (anatomical adaptation, hypertrophy, maximum strength, power and power endurance) must be appropriately periodized to be able to monitor the control of training loads, minimizing fatigue and the risk of injury. Anatomical adaptation is a primary work that may perhaps be neglected. Muscle hypertrophy makes the basketball player stronger to withstand collisions and take advantage against smaller and weaker players. Maximum strength training is a prerequisite for greater power gains. Power allows the athlete to perform explosive actions efficiently. Power endurance training makes it possible that the muscle power can be maintained with lower fatigue levels. The particularities of each manifestation of strength are discussed in order to improve athletic performance in basketball.
Keywords: strength training, basketball, sport science, sports performance, athletic performance
My last presentation about injury prevention in basketball players. Aspects such as injury definition, type of injury, sports injury system, specific characteristics of basketball, intervening factors, injury studies, forms of prevention, costs, trainig loads, assessments and tests, preventive programs, regenerative resources and return to sport are discussed.
Basketball: Periodization of Biomotor Capabilities Adriano Vretaros
ABSTRACT
In the prescription of training programs aimed at basketball players,periodization is a tool of crucial importance. Knowing how to properly periodize the biomotor capabilities inherent in a sport is a skill that the strength and conditioning coach needs to develop. There are different models of periodization available in the scientific literature. Identifying the most appropriate periodization model and implementing it in the phases of the season is a complex task. In conjunction with periodization, we have systematic control of training loads that, if well distributed
and monitored, can guide the team's athletic performance. In this framework of processes, based on relevant scientific concepts and research, this presentation discusses how physical fitness and sports form can be adequately improved in
basketball players.
Keywords: basketball, periodization, biomotor capabilities, physical fitness, sport form
Basic relevant topics in the high-level competitive tennis players conditioning. Ideal for strength and conditioning coaches review their concepts and training methodologies
Basketball players are subject to the most varied types of musculoskeletal injuries. These injuries can occur in training and competitions. Most of the injuries that affect basketball players are acute (traumatic) or chronic (overuse). When the player is affected by an injury, he needs a rehabilitation process. At the final moment of rehabilitation, physical re-conditioning occurs, consisting of three phases, arranged as follows: return to training, return to sport and return to performance. The strength and conditioning coach is the professional responsible for conducting the re-conditioning of the basketaball player, observing progression criteria established in each phase of the process aiming at the return to athletic performance. The overall re-conditioning process is athlete-centered and dependent on the type of injury.
Key Words: Basketball, Re-Conditioning, Strength and Conditioning, Sports Injuries, Sports Rehab
ABSTRACT - DOI: 10.13140/RG.2.2.16703.02728
Strength training programs for basketball players must work on its different manifestations: strength endurance, hypertrophy, maximum strength, power, and power endurance. Complex training is a pedagogical methodology aimed at developing muscle power. A feature of the complex training is the use of
biomechanically similar paired exercises alternating high loads at low speed with low loads at high speed. Complex training elicits two known phenomena, namely: PAP (post-activation potentiation) and PAPE (post-activation performance enhancement). For a more adequate prescription of complex training, it is necessary to understand the potentiation and inhibition factors of these two phenomena, as well as the variables and mechanisms associated with them. Also, scientific researches about the complex training in basketball players are presented.
Keywords: basketball, strength and conditioning, complex training, physical preparation, strength traning
Physical Preparation in Female Basketball PlayersAdriano Vretaros
ABSTRACT - DOI: 10.13140/RG.2.2.17733.58084
The prescription of strength and conditioning programs for basketball players should observe the gender of athletes. Female basketball players have some distinct characteristics from male players that should be taken into account during physical preparation. Anatomical, morphological, and menstrual aspects, as well as strength levels and cardiovascular capacity must be monitored in female players so that they can present a superior athletic performance. Although both sexes train with similar pedagogical methodologies, the systematic control of the menstrual cycle and its relationship with training loads would provide a better understanding of performance and also the prevention of injuries.
Keywords: basketball, strength and conditioning, female athletes, phsysical preparation, fitness
The biomechanical demands of elite freestyle snowboard athletes - MPhil prese...John Noonan
Very little research is available in the field of elite freestyle ski and snowboarding. More specifically, the events of halfpipe and slopestyle and big air lack comprehensive evidence informing athletes and coaches what physical stresses are imposed on the athlete during training and competition. And secondly, what training should be completed to improve rider performance and also minimise the risk of injury in an extreme high risk sport.
With this in mind, this presentation provides an insight in a body of applied research completed by MPhil researcher, John Noonan. Incorporating findings from pilot testing and a key study, which presents biomechanics information collected from GB Park & Pipe athletes competing in freestyle snowsport competition. The findings characterise specific biomechanics demands and present considerations for coaches and scientists working with freestyle snowsport athletes.
Analyse the Performance of a Sport Skill: Rugby Line-out ThrowCarl Page
In this assignment scrutinises two executions of a singular particular sport skill which is the rugby line-out throw. In which one is pattern of the perfect model, whereas the other is a model that needs opportunity for progression.
Muscular Adaptations to Depth jump Plyometric Training: Comparison of Sand vs...Fernando Farias
The purpose of this investigation was to compare the effects of sand
and land depth jump plyometric training on muscular performance in
men. Fourteen healthy men were randomly assigned to one of two
training groups: (a) Sand Depth Jump training (SDJ; N = 7) or (b) Land
Depth Jump training (LDJ; N = 7).
Run, Change of Direction, Acceleration and Deceleration studied with Inertial...Mauro Testa
Run, change direction, acceleration and deceleration are basic movement in many sports, which forces are involved? How we can improve our athletes safety?
My presentation about physical preparation in handball. They are discussed themes that influence the improvement of performance of the handball players such as: anthropometry, physiological characteristics, game density, athletic condition, types of training, biomotor capabilities, fitness assessment, injuries, injury by body segment, nutrition, etc
Speed plays a crucial role in a basketball game. The specific speed in basketball is manifested as: game speed, reaction speed, movement speed, displacement speed and endurance speed. Each of these types of speeds has special features for their analysis, interpretation and training methodology. The speed of the game is related to the pace (pacing) printed by the teams. The reaction speed depends on the decision making of the sensory organs (visual, auditory and kinesthetic). In the speed of movement, the frequency of motor actions takes an important role. The displacement speed consists of assessing the player's body in space-time. Finally, endurance speed aims to maintain the power levels in each type of speed. The integration of the different speeds will allow the basketball player to achieve high performance levels. Strength and conditioning coaches must understand how each speed works to create effective training methodologies in their professional practice.
A presentation about the jumping and landing movements that basketball players use.Some important biomechanical characteristics are shown, as well as research results.Among them, we can mention: impact force landing, reactive strength index, hip mechanics on landing, injury risk, plyometric training, motor learning, and others.
My presentation about sports injury management.
At present, it is known that sports injuries are an ordinary phenomenon present in the operating environment.
There are three platforms that guide the understanding of injury management in the sports scene.
These platforms are: the corrective, the preventive and finally the predictive platform.
It will be integrated through the chain of these platforms that the scientific team will address the problems related to sports injuries.
Due to the fact that there are a significant amount of different sports modalities, their manifestations of injuries tend to be specific.
Therefore, in this presentation are exposed ways to try to solve the macro and micro-structural issues involved in the multifactorial management of injuries.
Basketball: Physical Conditioning Using Small-Sided GamesAdriano Vretaros
Basketball is a modality that uses different bioenergetic systems: ATP-CP, glycolysis and oxidative.
Endurance training in basketball should focus on these three bioenergetic systems in a rational manner and with a properly periodized program.
Among specific methodological resources for endurance training comes the so-called small-sided conditioning games (SSCG).
The SSCG respects the specificity of the sport when trying to reproduce simulated games in small spaces with the same characteristics of a match.
Before elaborating any SSCG prescription, knowledge of the demands of the game is necessary.
However, for an effective applicability of SSCG, it is necessary to know how to modulate some variables, namely: size of the court, number of players, during time, changes to rule and tactical system.
Therefore, this presentation discusses the aspects involved in SSCG and how to develop appropriate endurance training stimuli for basketball athletes.
Key Words: basketball, endurance training, small-sided conditioning games, strength and conditioning, sports training.
Strength and Conditioning for Basketball: Science & PracticeAdriano Vretaros
The strength and conditioning pratice targeted specifically for basketball players is a complex task. It is necessary to understand the bioenergetic, morphofunctional, and biomechanical aspects involved in the prescription of different types of training in order to improve the athletic performance of the players. However, the modern problems of sports preparation (competitive schedule, travels, injuries, different philosophies of team work, etc.) make your work more difficult. The monitoring of training loads has become a crucial tool for the fitness coach, as the large amount of competitions in the season and reduced time to train, causes unexpected fluctuations in peak performance and increased risk of injury to athletes. Success in monitoring loads depends on selecting the correct variables to be controlled, feedback to know how to interpret them and appropriate decision making.
Finally, the modern fitness coach in basketball lives a dilemma of building an appropriate training program for his players in an unfavorable calendar, recoveringpecifi them from the loads and, at the same time, managing a database that, if well deciphered , will allow to optimize the team's performance.
Keywords: strength and conditioning, basketball, sports training
Basketball: Scientific Basis of Strength TrainingAdriano Vretaros
ABSTRACT
Muscle strength and power is present in various motor tasks performed by basketball players. Strength and conditioning coaches must have a deep understanding of the scientific basis of strength training to guide their work. Strength training is considered the foundation for the development of other biomotor capabilities. The manifestations of strength (anatomical adaptation, hypertrophy, maximum strength, power and power endurance) must be appropriately periodized to be able to monitor the control of training loads, minimizing fatigue and the risk of injury. Anatomical adaptation is a primary work that may perhaps be neglected. Muscle hypertrophy makes the basketball player stronger to withstand collisions and take advantage against smaller and weaker players. Maximum strength training is a prerequisite for greater power gains. Power allows the athlete to perform explosive actions efficiently. Power endurance training makes it possible that the muscle power can be maintained with lower fatigue levels. The particularities of each manifestation of strength are discussed in order to improve athletic performance in basketball.
Keywords: strength training, basketball, sport science, sports performance, athletic performance
My last presentation about injury prevention in basketball players. Aspects such as injury definition, type of injury, sports injury system, specific characteristics of basketball, intervening factors, injury studies, forms of prevention, costs, trainig loads, assessments and tests, preventive programs, regenerative resources and return to sport are discussed.
Basketball: Periodization of Biomotor Capabilities Adriano Vretaros
ABSTRACT
In the prescription of training programs aimed at basketball players,periodization is a tool of crucial importance. Knowing how to properly periodize the biomotor capabilities inherent in a sport is a skill that the strength and conditioning coach needs to develop. There are different models of periodization available in the scientific literature. Identifying the most appropriate periodization model and implementing it in the phases of the season is a complex task. In conjunction with periodization, we have systematic control of training loads that, if well distributed
and monitored, can guide the team's athletic performance. In this framework of processes, based on relevant scientific concepts and research, this presentation discusses how physical fitness and sports form can be adequately improved in
basketball players.
Keywords: basketball, periodization, biomotor capabilities, physical fitness, sport form
Basic relevant topics in the high-level competitive tennis players conditioning. Ideal for strength and conditioning coaches review their concepts and training methodologies
Basketball players are subject to the most varied types of musculoskeletal injuries. These injuries can occur in training and competitions. Most of the injuries that affect basketball players are acute (traumatic) or chronic (overuse). When the player is affected by an injury, he needs a rehabilitation process. At the final moment of rehabilitation, physical re-conditioning occurs, consisting of three phases, arranged as follows: return to training, return to sport and return to performance. The strength and conditioning coach is the professional responsible for conducting the re-conditioning of the basketaball player, observing progression criteria established in each phase of the process aiming at the return to athletic performance. The overall re-conditioning process is athlete-centered and dependent on the type of injury.
Key Words: Basketball, Re-Conditioning, Strength and Conditioning, Sports Injuries, Sports Rehab
ABSTRACT - DOI: 10.13140/RG.2.2.16703.02728
Strength training programs for basketball players must work on its different manifestations: strength endurance, hypertrophy, maximum strength, power, and power endurance. Complex training is a pedagogical methodology aimed at developing muscle power. A feature of the complex training is the use of
biomechanically similar paired exercises alternating high loads at low speed with low loads at high speed. Complex training elicits two known phenomena, namely: PAP (post-activation potentiation) and PAPE (post-activation performance enhancement). For a more adequate prescription of complex training, it is necessary to understand the potentiation and inhibition factors of these two phenomena, as well as the variables and mechanisms associated with them. Also, scientific researches about the complex training in basketball players are presented.
Keywords: basketball, strength and conditioning, complex training, physical preparation, strength traning
Physical Preparation in Female Basketball PlayersAdriano Vretaros
ABSTRACT - DOI: 10.13140/RG.2.2.17733.58084
The prescription of strength and conditioning programs for basketball players should observe the gender of athletes. Female basketball players have some distinct characteristics from male players that should be taken into account during physical preparation. Anatomical, morphological, and menstrual aspects, as well as strength levels and cardiovascular capacity must be monitored in female players so that they can present a superior athletic performance. Although both sexes train with similar pedagogical methodologies, the systematic control of the menstrual cycle and its relationship with training loads would provide a better understanding of performance and also the prevention of injuries.
Keywords: basketball, strength and conditioning, female athletes, phsysical preparation, fitness
The biomechanical demands of elite freestyle snowboard athletes - MPhil prese...John Noonan
Very little research is available in the field of elite freestyle ski and snowboarding. More specifically, the events of halfpipe and slopestyle and big air lack comprehensive evidence informing athletes and coaches what physical stresses are imposed on the athlete during training and competition. And secondly, what training should be completed to improve rider performance and also minimise the risk of injury in an extreme high risk sport.
With this in mind, this presentation provides an insight in a body of applied research completed by MPhil researcher, John Noonan. Incorporating findings from pilot testing and a key study, which presents biomechanics information collected from GB Park & Pipe athletes competing in freestyle snowsport competition. The findings characterise specific biomechanics demands and present considerations for coaches and scientists working with freestyle snowsport athletes.
Analyse the Performance of a Sport Skill: Rugby Line-out ThrowCarl Page
In this assignment scrutinises two executions of a singular particular sport skill which is the rugby line-out throw. In which one is pattern of the perfect model, whereas the other is a model that needs opportunity for progression.
Muscular Adaptations to Depth jump Plyometric Training: Comparison of Sand vs...Fernando Farias
The purpose of this investigation was to compare the effects of sand
and land depth jump plyometric training on muscular performance in
men. Fourteen healthy men were randomly assigned to one of two
training groups: (a) Sand Depth Jump training (SDJ; N = 7) or (b) Land
Depth Jump training (LDJ; N = 7).
Run, Change of Direction, Acceleration and Deceleration studied with Inertial...Mauro Testa
Run, change direction, acceleration and deceleration are basic movement in many sports, which forces are involved? How we can improve our athletes safety?
A course Review from James Moore's Sporting Hip and Groin Course - February 2016 (Highly Recommend!). Following my attendance of the course, i performed my own research on 'The Sporting Hip and Groin' and incorporated this into the course review which I presented to the Sports Science and Medicine staff at Wigan Athletic FC. Further references available upon request.
Common Foot and Ankle Injuries: You Don’t Have to Suffer!Summit Health
Join us for a lecture on common foot and ankle injuries, diseases, and conditions, including skin lesions/soft tissue masses, fungal nails, plantar fasciitis, bursitis, hammertoes, bunions, tendonitis, ankle sprains, and arthritis. In addition to discussing causes, the lecture will focus on treatments that can help you get back on your feet!
Euro Cup fans worldwide can book Euro 2024 Tickets from our online platform www.worldwideticketsandhospitality. Fans can book Belgium Vs Romania Tickets on our website at discounted prices.
Euro Cup fans worldwide can book Euro 2024 Tickets from our online platform www.worldwideticketsandhospitality. Fans can book Croatia vs Italy Tickets on our website at discounted prices.
Serbia vs England Tickets: Serbia Prepares for Historic UEFA Euro 2024 Debut ...Eticketing.co
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Croatia vs Italy Can Luka Modrić Lead Croatia to Euro Cup Germany Glory in Hi...Eticketing.co
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Belgium vs Romania Injuries and Patience in Belgium’s Euro Cup Germany Squad....Eticketing.co
Belgium coach Domenico Tedesco will wait for several key players to recover from injury. Even if it means they miss the opening Euro Cup Germany stages of the European Championship in Germany this month. Veteran defender Jan Vertonghen, midfielder Youri Tielemans and defender Arthur. Theate are being given time to play in the tournament because they are considered vital to Belgium’s cause, Tedesco said on Tuesday.
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UEFA Euro 2024 Tickets | Euro 2024 Tickets | Euro Cup Germany Tickets | Belgium vs Romania Tickets
"Of course, you prefer to take players who are fully fit, but that's okay. We want to wait and be patient for some players even if they cannot play in those first matches," he told a press conference. The 37-year-old Vertonghen, Belgium’s Euro Cup 2024 most-capped international with 154 appearances, is struggling to shake off a groin injury.
"He will be there normally. This also applies to Youri Tielemans and Arthur Theate. The latter's position is very sensitive. We don't have many choices at left back. "It will only change if it turns out that they will only be available when, say, the final of the Euro 2024 Championship comes around. That's too long to wait. "However, I am confident that the injured boys are on track for the Euros.
Belgium vs Romania: Radu Dragusin Prepares for Crucial Role in Euro Cup Germany
Some of them have taken not one but two steps forward in their rehabilitation," he said. None of the injured players will feature in this week’s warm-up friendlies against Montenegro and Luxembourg. Romania centre-back Radu Dragusin found chances limited at Tottenham Hotspur in the second half of the 2023-24 season.
But is crucial to his country's cause at UEFA Euro 2024 where his aerial ability, physicality and hard graft make him a standout player. The 22-year-old moved to North London from Italian side Genoa in January but was kept on the sidelines by the form of another new arrival for the season, Mickey van de Ven, something Romania coach Edward Iordanescu admitted was a concern.
It will mean limited game-time going into the finals, but Dragusin, who cites Netherlands defender Virgil van Dijk as a role model, started every Euro Cup Germany qualifier as Romania went through the campaign unbeaten in their 10 games. He will be among their most important players in their first game in Germany against Ukraine in Munich on June 17, taking the right centre-back role in what is likely to be a back four.
UEFA Euro 2024 Tickets | Euro 2024 Tickets | Euro Cup Germany Tickets | Belgium vs Romania Tickets
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Ukraine Euro Cup 2024 Squad Sergiy Rebrov's Selections and Prospects.docxEuro Cup 2024 Tickets
After securing their spot through the playoff route, Ukraine is gearing up for their fourth consecutive European Championship. Ukraine first qualified as hosts in 2012, but in 2016
Understanding Golf Simulator Equipment A Beginner's Guide.pdfMy Garage Golf
Dive into golf simulation with our beginner's guide, perfect for anyone new to the concept. Understand the critical components like sturdy frames, high-quality impact screens, and side netting that ensure your safety and enrich your practice sessions. Learn the benefits of proper projector mounts and compatibility with your existing setup. This guide helps you make informed choices, transforming your home into a realistic and effective golfing practice environment.
For More Information-: https://mygaragegolf.com/shop
Spain vs Croatia Date, venue and match preview ahead of Euro Cup clash as Mod...Eticketing.co
We offer Euro Cup Tickets to admirers who can get Spain vs Croatia Tickets through our trusted online ticketing marketplace. Eticketing.co is the most reliable source for booking Euro Cup Final Tickets. Sign up for the latest Euro Cup Germany Ticket alert.
Boletin de la I Copa Panamericana de Voleibol Femenino U17 Guatemala 2024Judith Chuquipul
holaesungusto.- Boletín final de la I Copa Panamericana de Voleibol Femenino U17 - Ciudad de Guatemala 2024 que se realizó del 27 de mayo al 01 de julio, en el Domo Polideportivo Zona 13.
Fuente: norceca.net
Euro Cup fans worldwide can book Euro 2024 Tickets from our online platform www.worldwideticketsandhospitality. Fans can book Ukraine Vs Belgium Tickets on our website at discounted prices.
Narrated Business Proposal for the Philadelphia Eaglescamrynascott12
Slide 1:
Welcome, and thank you for joining me today. We will explore a strategic proposal to enhance parking and traffic management at Lincoln Financial Field, aiming to improve the overall fan experience and operational efficiency. This comprehensive plan addresses existing challenges and leverages innovative solutions to create a smoother and more enjoyable experience for our fans.
Slide 2:
Picture this: It’s a crisp fall afternoon, driving towards Lincoln Financial Field. The atmosphere is electric—tailgaters grilling, fans in Eagles jerseys creating a sea of green and white. The air buzzes with camaraderie and anticipation. You park, join the throng, and make your way to your seat. The stadium roars as the Eagles take the field, sending chills down your spine. Each play is a thrilling dance of strategy and skill. This is what being an Eagles fan is all about—the joy, the pride, and the shared experience.
Slide 3:
But now, the day is marred by frustration. The excitement wanes as you struggle to find a parking spot. The congestion is overwhelming, and tempers flare. The delays mean you miss the pre-game excitement, the tailgate camaraderie, and even the opening kick-off. After the game, the joy of victory or the shared solace of defeat is overshadowed by the stress of navigating out of the parking lot. The gridlock, honking horns, and endless waiting drain the energy and joy from what should have been an unforgettable experience.
Our proposal aims to eliminate these frustrations, ensuring that from arrival to departure, your experience is extraordinary. Efficient parking and smooth traffic flow are key to maintaining the high spirits and excitement that make game days special.
Slide 4:
The Philadelphia Eagles are not just a premier NFL team; they are an integral part of the community, hosting games, concerts, and various events at Lincoln Financial Field. Our state-of-the-art stadium is designed to provide a world-class experience for every attendee. Whether it's the thrill of game day, the excitement of a live concert, or the camaraderie of community events, we pride ourselves on delivering a fan-first experience and maintaining operational excellence across all our activities. Our commitment to our fans and community is unwavering, and we continuously strive to enhance every aspect of their experience, ensuring they leave with unforgettable memories.
Slide 5:
Recent trends show an increasing demand for efficient event logistics. Our customer feedback has consistently highlighted frustrations with parking and traffic. Surveys indicate that a significant number of fans are dissatisfied with the current parking situation. Comparisons with other venues like Citizens Bank Park and Wells Fargo Center reveal that we lag in terms of parking efficiency and convenience. These insights underscore the urgent need for innovation to meet and exceed fan expectations.
Slide 6:
As we delve into the intricacies of our operations, one glaring issue emer
Serbia vs England Tickets: Serbia's Return to Euro Cup 2024, A Look at Key Pl...Eticketing.co
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1. Injuries in Ice HockeyInjuries in Ice Hockey
Adriano VretarosAdriano Vretaros
Strength and Conditioning CoachStrength and Conditioning Coach
São Paulo – BRAZILSão Paulo – BRAZIL
avretaros@gmail.comavretaros@gmail.com
2. Injuries in Ice HockeyInjuries in Ice Hockey
Types
●
AccidentsAccidents
●
Musculoskeletal InjuriesMusculoskeletal Injuries
●
Pathologies of the AirwaysPathologies of the Airways
3. Injuries in Ice HockeyInjuries in Ice Hockey
Researches
●
Definition of InjuryDefinition of Injury
●
EpidemiologyEpidemiology
●
Investigated PeriodInvestigated Period
●
General Injuries and or Specific InjuryGeneral Injuries and or Specific Injury
●
In the Game, Practice and or TrainingIn the Game, Practice and or Training
●
Tactical RoleTactical Role
4. Injuries in Ice HockeyInjuries in Ice Hockey
Definition of Injury - IDefinition of Injury - I
●
Harmony betweenHarmony between DIFFERENT DEFINITIONSDIFFERENT DEFINITIONS
●
Sport FormationSport Formation vs.vs. Competitive SportCompetitive Sport
a)a) Ability Body Tolerate LoadsAbility Body Tolerate Loads
b)b) Behavioral Factors, Physiological and BiomechanicalBehavioral Factors, Physiological and Biomechanical
AdaptationsAdaptations
c)c) Uniformity PlansUniformity Plans (Prevention, Treatment and(Prevention, Treatment and
Rehabilitation)Rehabilitation)
d)d) Structural and Functional IntegrityStructural and Functional Integrity
(Atalaia, Pedro & Santos, 2009)(Atalaia, Pedro & Santos, 2009)
5. Injuries in Ice HockeyInjuries in Ice Hockey
Definition of Injury - IIDefinition of Injury - II
●
AcuteAcute oror ChronicChronic
●
ContactContact oror No ContactNo Contact
●
ExtrinsicExtrinsic oror Intrinsic FactorsIntrinsic Factors
6. Injuries in Ice HockeyInjuries in Ice Hockey
EpidemiologyEpidemiology
●
IncidenceIncidence
●
PrevalencePrevalence
7. Injuries in Ice HockeyInjuries in Ice Hockey
Investigated PeriodInvestigated Period
●
Day (s)Day (s)
●
Week (s)Week (s)
●
Month (s)Month (s)
●
Season (s)Season (s)
●
Pre-season (s)Pre-season (s)
●
Off-season (s)Off-season (s)
8. Injuries in Ice HockeyInjuries in Ice Hockey
General Injuries and or Specific InjuryGeneral Injuries and or Specific Injury
●
GeneralGeneral oror LocalLocal
●
If Location:If Location:
a)a) HeadHead
b)b) TrunkTrunk
c)c) Upper LimbUpper Limb
d)d) Lower LimbLower Limb
9. Injuries in Ice HockeyInjuries in Ice Hockey
Tactical RoleTactical Role
● Case Study
● Function (s):
Forwards
Defensemen
Goaltender
10. Injuries in Ice HockeyInjuries in Ice Hockey
Motor Actions in Ice Hockey - I
●
CHARACTERISTICS:CHARACTERISTICS:
a)a) Start and StopStart and Stop
b)b) One-on-oneOne-on-one
c)c) Intermittent Collision Sport (Intermittent Collision Sport (naturenature))
d)d) Explosive Dynamic Movements PatternsExplosive Dynamic Movements Patterns
●
GAME TASKS:GAME TASKS:
1)1) Closed Kinetic Chain MovementsClosed Kinetic Chain Movements
2)2) Absolute StrengthAbsolute Strength
3)3) Muscular PowerMuscular Power
4)4) Endurance (MacLean,Endurance (MacLean, no dateno date))
11. Injuries in Ice HockeyInjuries in Ice Hockey
Motor Actions in Ice Hockey - II
●
Rotational Movements:Rotational Movements:
a)a) HipHip
b)b) TrunkTrunk
c)c) ShouldersShoulders
●
Slap ShotSlap Shot (Force Generated)(Force Generated)::
1)1) 25% Trunk25% Trunk
2)2) 40-45% Shoulders40-45% Shoulders
3)3) 30-35% Elbow and Wrist30-35% Elbow and Wrist
(Raether, 2014)(Raether, 2014)
12. Injuries in Ice HockeyInjuries in Ice Hockey
Motor Actions in Ice Hockey - III
●
Externally and InternallyExternally and Internally Rotate the HipRotate the Hip
●
Strong Connection:Strong Connection: LPH, Trunk and ShoulderLPH, Trunk and Shoulder
●
SkatingSkating (acceleration, deceleration, checking)(acceleration, deceleration, checking)
●
Stick SkillsStick Skills (passing, shooting, checking)(passing, shooting, checking)
(Roether, 2014)(Roether, 2014)
13. Injuries in Ice HockeyInjuries in Ice Hockey
Motor Actions in Ice Hockey - IV
●
SKATING TECHNIQUES PRINCIPLES:SKATING TECHNIQUES PRINCIPLES:
a)a) Force GenerationForce Generation
b)b) Circle PhysicsCircle Physics
c)c) Center of GravityCenter of Gravity
d)d) AccelerationAcceleration
e)e) MomentumMomentum
f)f) InertiaInertia
(Stamm, 2010)(Stamm, 2010)
14. Injuries in Ice HockeyInjuries in Ice Hockey
Real Problems - I
●
Complex Motor Skills at aComplex Motor Skills at a High Rate of SpeedHigh Rate of Speed
●
AbsorbAbsorb Physical ContactPhysical Contact from Opposing Playersfrom Opposing Players
●
React to aReact to a Constantly Changing EnviromentConstantly Changing Enviroment
●
To BalanceTo Balance on One-eighth Inch Wide Blades of Steelon One-eighth Inch Wide Blades of Steel
●
StrengthStrength to Maintain Balanceto Maintain Balance
●
Violent GameViolent Game Played atPlayed at High VelocitiesHigh Velocities
●
Very UnforgivingVery Unforgiving SurfaceSurface
(Rolinski, 2013)(Rolinski, 2013)
15. Injuries in Ice HockeyInjuries in Ice Hockey
Real Problems - II
●
Ice Skating:Ice Skating: Trunk Flexion ForwardTrunk Flexion Forward
●
Isometric Contraction of theIsometric Contraction of the Extensors BackExtensors Back
●
ActionsActions Stressful TorsionsStressful Torsions
●
Unequal Distribution: Absorb Forces ofUnequal Distribution: Absorb Forces of CompressionCompression
andand Shear StrengthShear Strength
●
Forces ImpactsForces Impacts (contacts)(contacts)
(MacLean,(MacLean, no dateno date))
16. Injuries in Ice HockeyInjuries in Ice Hockey
Real Problems - III
●
Game EquipmentGame Equipment (STICKS and PUCKS)(STICKS and PUCKS)
●
Protective EquipmentProtective Equipment (HELMET)(HELMET)
17. Injuries in Ice HockeyInjuries in Ice Hockey
MUSCLES IN HOCKEY SKATING
18. Injuries in Ice HockeyInjuries in Ice Hockey
EQUIPMENTEQUIPMENT
19. Injuries in Ice HockeyInjuries in Ice Hockey
AccidentsAccidents
●
ConcussionsConcussions
●
Collision with OpponentsCollision with Opponents
●
Collision with BoardsCollision with Boards
●
SticksSticks
●
PucksPucks
20. Injuries in Ice HockeyInjuries in Ice Hockey
PHYSICALPHYSICAL CONTACTCONTACT
E
21. Injuries in Ice HockeyInjuries in Ice Hockey
Physical Contact - Ihysical Contact - I
(Goulet et al, 2016)(Goulet et al, 2016)
TYPES OF BODY CONTACTTYPES OF BODY CONTACT
Trunk, Limb or ObjectTrunk, Limb or Object
PushingPushing
HoldingHolding
SlashingSlashing
TrippingTripping
22. Injuries in Ice HockeyInjuries in Ice Hockey
Physical Contact - IIhysical Contact - II
(Adapted from Goulet et al, 2016)(Adapted from Goulet et al, 2016)
CHARACTERISTICSCHARACTERISTICS MEASUREMENTSMEASUREMENTS
Type of Physical ContactType of Physical Contact Made with TRUNK (Intensity: 1 to 5)Made with TRUNK (Intensity: 1 to 5)
Other Types: Slashing, Holding, Pushing,Other Types: Slashing, Holding, Pushing,
TrippingTripping
WHO provide the Physical ContactWHO provide the Physical Contact DEFENSIVE PLAYERDEFENSIVE PLAYER
OFFENSIVE PLAYEROFFENSIVE PLAYER
PUCK CARRIERPUCK CARRIER
NON PUCK CARRIERNON PUCK CARRIER
INTENSION of the player when doing theINTENSION of the player when doing the
Physical ContactPhysical Contact
DELIBERATEDELIBERATE
NON DELIBERATENON DELIBERATE
23. Injuries in Ice HockeyInjuries in Ice Hockey
Physical Contact - IIIhysical Contact - III
●
ONE SEASON:ONE SEASON: January-March 2009January-March 2009 (YOUTH Ice(YOUTH Ice
Hockey)Hockey)
●
BODY CHEKING:BODY CHEKING: 45 to 86%45 to 86% (Mechanism of Injury)(Mechanism of Injury)
●
Sustainability of the PlayerSustainability of the Player
●
TRUNK:TRUNK: 5610 physical contact5610 physical contact (90,9team-game)(90,9team-game)
●
Other Types:Other Types: 3429 physical contact3429 physical contact (55,3team-game)(55,3team-game)
BODY CONTACTBODY CONTACT ## BODY CHECKINGBODY CHECKING
(Goulet et al, 2016)(Goulet et al, 2016)
24. Injuries in Ice HockeyInjuries in Ice Hockey
CONCUSSIONSCONCUSSIONS
CLICK in VIDEOCLICK in VIDEO - Linesman Concussion- Linesman Concussion
(LaVoi, 2010 ; Greenwell, 2013)(LaVoi, 2010 ; Greenwell, 2013)
25. Injuries in Ice HockeyInjuries in Ice Hockey
Concussions - IConcussions - I
●
CONCUSSION:CONCUSSION: Transmission of Force to the BrainTransmission of Force to the Brain
●
Direct andor Indirect Impact:Direct andor Indirect Impact: Head, Face, Neck orHead, Face, Neck or
elsewhere along the bodyelsewhere along the body
●
HELMETSHELMETS vs.vs. Concussions=Concussions= ??????
●
PROTECTION:PROTECTION: Linear Focal PointLinear Focal Point
●
IMPACTS:IMPACTS: Rotational Acceleration and Linear ForcesRotational Acceleration and Linear Forces
(Izraelski, 2014 ; LaVoi, 2010)(Izraelski, 2014 ; LaVoi, 2010)
26. Injuries in Ice HockeyInjuries in Ice Hockey
Concussions - II- II
●
08 teams – DIVISION I – 1 Season08 teams – DIVISION I – 1 Season – (men's collegiate)– (men's collegiate)
●
TOTAL: 113 injuriesTOTAL: 113 injuries – 23096 athlete-exposure– 23096 athlete-exposure
●
65% in Games65% in Games
●
Overall Injuries:Overall Injuries: 4,9 per 1000 athlete-exposure4,9 per 1000 athlete-exposure
●
13,8 per 1000 game athlete exposures13,8 per 1000 game athlete exposures andand 2,2 per 10002,2 per 1000
practice athlete exposurepractice athlete exposure
●
Collision with Opponent (32,8%)Collision with Opponent (32,8%) oror Boards (18,6%)Boards (18,6%)
(Flik et al, 2005)(Flik et al, 2005)
27. Injuries in Ice HockeyInjuries in Ice Hockey
Concussions - IIIoncussions - III
●
3-5 year period3-5 year period (2006-2010) - NHL Season(2006-2010) - NHL Season
●
Heads Up ChecklistHeads Up Checklist
●
197 medically diagnosed197 medically diagnosed
●
88%88% involved Contact with Opponentinvolved Contact with Opponent
●
FORWARDS (more concussions)FORWARDS (more concussions) – 95%CI, 60%, p=0,04– 95%CI, 60%, p=0,04
●
First Period (47%)First Period (47%) - p=0,047 (- p=0,047 (second and thirdsecond and third))
●
Defensive Zone (45%)Defensive Zone (45%)
●
47% in Open Ice47% in Open Ice andand 53% Perimeter53% Perimeter
●
37% players injuries37% players injuries – Contact with– Contact with Boards or GlassBoards or Glass
(Hutchison et al, 2015)(Hutchison et al, 2015)
28. Injuries in Ice HockeyInjuries in Ice Hockey
CConcussions - IVoncussions - IV
●
DiagnosisDiagnosis
●
ManagementManagement
●
Return-to-play ProtocolsReturn-to-play Protocols
(Izraelaski, 2014)(Izraelaski, 2014)
29. Injuries in Ice HockeyInjuries in Ice Hockey
TYPES OF HELMETSTYPES OF HELMETS
●
RR
30. Injuries in Ice HockeyInjuries in Ice Hockey
Eye Injuries - I
●
STICKSSTICKS - most common cause- most common cause
●
Average Injured Eyes –Average Injured Eyes – 13,7 – 15,0% Blinded13,7 – 15,0% Blinded
●
PUCKSPUCKS - high velocities (> 160 kmh)- high velocities (> 160 kmh)
●
Visual AcuityVisual Acuity Before and After InjuryBefore and After Injury
●
Effects onEffects on Central and Peripheral VisionCentral and Peripheral Vision
●
HELMETS:HELMETS: With Display and Without DisplayWith Display and Without Display
●
PlayersPlayers andand GoaltendersGoaltenders
(Adapted from Pashby et al, 1975)(Adapted from Pashby et al, 1975)
31. Injuries in Ice HockeyInjuries in Ice Hockey
Eye Injuries - II
●
Ocular Blunt TraumaOcular Blunt Trauma – 17 year old male– 17 year old male
●
Collision with OpponentCollision with Opponent
●
STICKSTICK travelled under histravelled under his Half-face VisorHalf-face Visor
●
Hyphema, Angle Recession, lens Subluxation andHyphema, Angle Recession, lens Subluxation and
Choroidal Rupture over the MaculaChoroidal Rupture over the Macula
●
Reducing his Vision -Reducing his Vision - PermanentlyPermanently
●
Safety EquipmentSafety Equipment
●
Full-face ProtectionFull-face Protection
(Morris, 2009)(Morris, 2009)
32. Injuries in Ice HockeyInjuries in Ice Hockey
FACIAL INJURIESFACIAL INJURIES
t
33. Injuries in Ice HockeyInjuries in Ice Hockey
Facial Injuries - I
●
Full Facial Protector (FFP)Full Facial Protector (FFP) vs.vs. Half Facial ProtectorHalf Facial Protector
(HFP)(HFP)
●
Facial Injuries and LacerationsFacial Injuries and Lacerations
●
FFP (p<0,05)FFP (p<0,05)
●
FFP – Relative Risk (RR):FFP – Relative Risk (RR): 2,31, CI: 1,53 to 3,482,31, CI: 1,53 to 3,48
●
FFPFFP - Return to Training and Games- Return to Training and Games vs.vs. HFP:HFP: 1,71,7
sessions, CI: 1,32 to 2,18sessions, CI: 1,32 to 2,18
(Asplund et al, 2009)(Asplund et al, 2009)
34. Injuries in Ice HockeyInjuries in Ice Hockey
Facial Injuries - II
●
Longitudinal Study:Longitudinal Study: 4 years – NCAA Division I4 years – NCAA Division I
●
TOTAL:TOTAL: 798,5 hours practice798,5 hours practice (163 games)(163 games)
●
16 Facial Lacerations16 Facial Lacerations
●
14,9 per 1000 playersgamehours14,9 per 1000 playersgamehours
●
Head and Neck (6,3%)Head and Neck (6,3%)
(LaPrade et al, 1995)(LaPrade et al, 1995)
35. Injuries in Ice HockeyInjuries in Ice Hockey
ACROMIOCLAVICULAR Joint SprainsACROMIOCLAVICULAR Joint Sprains
(McKenney, 2016)(McKenney, 2016)
36. Injuries in Ice HockeyInjuries in Ice Hockey
Acromioclavicular Joint Sprains
●
NCAA –NCAA – Period:Period: 2009-20102009-2010 andand 2014-20152014-2015
●
25 NCAA SPORTS25 NCAA SPORTS
●
TOTAL: 844 AC Joint SprainsTOTAL: 844 AC Joint Sprains (1,72 per 10000 athlete-exposures(1,72 per 10000 athlete-exposures
CAEs)CAEs)
●
Sex-comparable Sports –Sex-comparable Sports – In men was 4,67 times that of womenIn men was 4,67 times that of women
(95% CI, 3,56-6,14)(95% CI, 3,56-6,14)
●
SPORTSSPORTS (soccer, basketball, ice hockey, lacrosse,(soccer, basketball, ice hockey, lacrosse,
baseballsoftball, swimming and diving)baseballsoftball, swimming and diving)
●
Player Contact (54,7%)Player Contact (54,7%) andand Surface Contact (29,0%)Surface Contact (29,0%)
●
HIGH RATE:HIGH RATE: soccer, ice hockey and wrestlingsoccer, ice hockey and wrestling
(Hibberd et al, 2016)(Hibberd et al, 2016)
37. Injuries in Ice HockeyInjuries in Ice Hockey
SPINAL INJURIESSPINAL INJURIES
(LaPrade et al, 2000 ; Elsig, 2006 ; Boyd, 2015)(LaPrade et al, 2000 ; Elsig, 2006 ; Boyd, 2015)
38. Injuries in Ice HockeyInjuries in Ice Hockey
Spinal Injuries - ISpinal Injuries - I
●
Canada and USA-Canada and USA- Period: 1976 – 1983Period: 1976 – 1983
●
TOTAL: 42 injuries –TOTAL: 42 injuries – 34 in Games34 in Games andand 01 in Training01 in Training
(Adapted from(Adapted from Tator & Edmonds, 1984)Tator & Edmonds, 1984)
TYPES OF VERTEBRALTYPES OF VERTEBRAL
INJURIESINJURIES
NUMBER OF INJURIESNUMBER OF INJURIES
FRACTURE – DISLOCATION (burstFRACTURE – DISLOCATION (burst
fractures)fractures)
2727
FRACTUREFRACTURE 0909
DISLOCATIONDISLOCATION 0202
NONENONE 0404
39. Injuries in Ice HockeyInjuries in Ice Hockey
Spinal Injuries - IISpinal Injuries - II
(Adapted from(Adapted from Tator & Edmonds, 1984)Tator & Edmonds, 1984)
SPINE – NEUROLOGICAL INJURIESSPINE – NEUROLOGICAL INJURIES NUMBER OF PLAYERSNUMBER OF PLAYERS
Incomplete Spinal Cord InjuryIncomplete Spinal Cord Injury 1616
Complete Motor Loss, IncompleteComplete Motor Loss, Incomplete
Sensory LossSensory Loss
0505
Incomplete Motor Loss, IncompleteIncomplete Motor Loss, Incomplete
Sensory LossSensory Loss
1010
Incomplete Sensory LossIncomplete Sensory Loss 0101
Complete Spinal Cord InjuryComplete Spinal Cord Injury 1212
Nerve Root InjuryNerve Root Injury 0505
NoneNone 0909
40. Injuries in Ice HockeyInjuries in Ice Hockey
Spinal Injuries - IIISpinal Injuries - III
●
Risk of ImpactsRisk of Impacts
●
Player-boards CollisionsPlayer-boards Collisions
●
Player-player CollisionsPlayer-player Collisions
●
Player with thePlayer with the NECK FLEXEDNECK FLEXED (Time of Collision)(Time of Collision)
●
Types of Collision:Types of Collision: TACKLING and BLOCKINGTACKLING and BLOCKING
●
~ 4 case of quadriplegia per year in Canadian hockey~ 4 case of quadriplegia per year in Canadian hockey
●
HelmetHelmet
●
Neck-muscle-conditioningNeck-muscle-conditioning
(Adapted from Tator & Edmonds, 1984)(Adapted from Tator & Edmonds, 1984)
41. Injuries in Ice HockeyInjuries in Ice Hockey
GOALTENDERS INJURIESGOALTENDERS INJURIES
●
WikiHow -WikiHow - CLICK in WEBSITECLICK in WEBSITE
●
CLICK in WEBSITECLICK in WEBSITE
42. Injuries in Ice HockeyInjuries in Ice Hockey
Goaltenders InjuriesGoaltenders Injuries
●
FEMOROACETABULAR IMPINGEMENT (FAI)FEMOROACETABULAR IMPINGEMENT (FAI)
●
Phenomenon PrevalentPhenomenon Prevalent
●
Unique Mechanical PositionsUnique Mechanical Positions
●
Butterfly Technique ***Butterfly Technique ***
●
Surgery: TreatSurgery: Treat SYMPTOMATIC FAISYMPTOMATIC FAI
●
NHL (2006-2010):NHL (2006-2010): Hip and Groin Injuries RatesHip and Groin Injuries Rates (1,84(1,84
per 1000 appearances)per 1000 appearances)
●
Intra-articular HIP Injuries –Intra-articular HIP Injuries – Acetabular LabralAcetabular Labral
(MacIntyre et al, 2015)(MacIntyre et al, 2015)
43. Injuries in Ice HockeyInjuries in Ice Hockey
Musculoskeletal Injuries - IMusculoskeletal Injuries - I
●
Soft TissueSoft Tissue
●
Strains of theStrains of the Hip AdductorHip Adductor
●
Tears in theTears in the Medial Collateral Knee LigamentMedial Collateral Knee Ligament
●
ACLACL strain or minor tearstrain or minor tear
●
Contusions of theContusions of the ThighThigh
●
Inadequate Levels of Strength and FlexibilityInadequate Levels of Strength and Flexibility
(adductors and abductors of the legs)(adductors and abductors of the legs)
●
Muscle Imbalance:Muscle Imbalance: Hamstring QuadricepsHamstring Quadriceps
●
Overuse InjuriesOveruse Injuries
(LaPrade et al, 1994 ; Noyes et al, 1989 ; MacLean,(LaPrade et al, 1994 ; Noyes et al, 1989 ; MacLean, no dateno date))
44. Injuries in Ice HockeyInjuries in Ice Hockey
Musculoskeletal Injuries - IIMusculoskeletal Injuries - II
●
SKATINGSKATING ## RUNNINGRUNNING TechniqueTechnique
●
Wind-up PhaseWind-up Phase
●
Push-off FootPush-off Foot
●
LEG:LEG: EExternally Rotated to Around 60°xternally Rotated to Around 60°
●
ACCELERATION:ACCELERATION: Posterolateral PlanePosterolateral Plane
●
Cross-over StepCross-over Step (Adductors)(Adductors)
●
Adductor:AbductorAdductor:Abductor ratioratio <1:1,25<1:1,25
(Nightingale, 2013)(Nightingale, 2013)
45. Injuries in Ice HockeyInjuries in Ice Hockey
Musculoskeletal Injuries - IIIMusculoskeletal Injuries - III
●
ADDUCTOR MUSCLE STRAINS:ADDUCTOR MUSCLE STRAINS:
(Adapted from(Adapted from Tyler et al,Tyler et al, 20022002))
LEVELLEVEL CHARACTERISTICSCHARACTERISTICS
First-degreeFirst-degree PAIN - minimal loss of strength andPAIN - minimal loss of strength and
minimal restriction of motionminimal restriction of motion
Second-degreeSecond-degree TISSUE DAMAGE - compromisedTISSUE DAMAGE - compromised
the strength of the muscle, but did notthe strength of the muscle, but did not
include complete loss of strength andinclude complete loss of strength and
functionfunction
Third-degreeThird-degree COMPLETE DISRUPTION of the muscle-COMPLETE DISRUPTION of the muscle-
tendon unit, including complete loss oftendon unit, including complete loss of
function of the musclefunction of the muscle
46. Injuries in Ice HockeyInjuries in Ice Hockey
General Injuries - I
●
8-year study – Women's8-year study – Women's
(Adapted from Tuominen et al, 2015)(Adapted from Tuominen et al, 2015)
LocationLocation Injury Rate (IR)Injury Rate (IR)
LOWER BODYLOWER BODY 2,71000 player-games2,71000 player-games
UPPER BODYUPPER BODY 1,41000 player-games1,41000 player-games
HEAD and FACEHEAD and FACE 1,31000 player-games1,31000 player-games
SPINE and TRUNKSPINE and TRUNK 0,91000 player-games0,91000 player-games
47. Injuries in Ice HockeyInjuries in Ice Hockey
General Injuries - II
●
Period: 2006 – 2015:Period: 2006 – 2015: U18 and U20U18 and U20 – World Championship- Male– World Championship- Male
(Adapted from Tuominen et al, 2016)(Adapted from Tuominen et al, 2016)
LocationLocation Injury Rate (IR)Injury Rate (IR)
LOWER BODYLOWER BODY 2,61000 player-games2,61000 player-games
UPPER BODYUPPER BODY 3,21000 player-games3,21000 player-games
SPINE and TRUNKSPINE and TRUNK 1,01000 player-games1,01000 player-games
LACERATION FACIALLACERATION FACIAL 3,61000 player-games3,61000 player-games
BOARD CONTACTBOARD CONTACT 59% of Shoulder Injuries59% of Shoulder Injuries
48. Injuries in Ice HockeyInjuries in Ice Hockey
PATHOLOGIES of the AIRWAYSPATHOLOGIES of the AIRWAYS
(Denisikhina, Kolosnicin & Lukanina, 2013)(Denisikhina, Kolosnicin & Lukanina, 2013)
49. Injuries in Ice HockeyInjuries in Ice Hockey
PATHOLOGIES of the AIRWAYSPATHOLOGIES of the AIRWAYS
● Y
50. Injuries in Ice HockeyInjuries in Ice Hockey
PATHOLOGIES of the AIRWAYSPATHOLOGIES of the AIRWAYS
(Denisikhina, Kolosnicin & Lukanina, 2013)(Denisikhina, Kolosnicin & Lukanina, 2013)
51. Injuries in Ice HockeyInjuries in Ice Hockey
Pathologies of the Airways - IPathologies of the Airways - I
● ICE RINK:
a)a) Thermal Conditions
b)b) Indoor Air Quality
c)c) Thermal Confort
d)d) Airflow Patterns
e)e) Ventilation Performance
● Measured Operating Conditionings: In Game, Training Session,
and Maintenance Situation
● Air Speed, Temperature and Humity Sensors
(Lestinen et al, 2016)
52. Injuries in Ice HockeyInjuries in Ice Hockey
Pathologies of the Airways - IIPathologies of the Airways - II
● Temperature rise: 2°C during the game
● Air Speed: 0,25 – 0,3 ms
● Relative Humity: 30-45%
● Carbon Dioxide: 300 – 500 ppm (during the game)
● Air Movement:
a) Supply Air Temperature
b) Variable Air Flow Rates
c) Retractable Stands
d) Case-dependent
(Lestinen et al, 2016)
53. Injuries in Ice HockeyInjuries in Ice Hockey
Pathologies of the Airways - IIIPathologies of the Airways - III
●
Exercise -Exercise - INCREASE VENTILATION:INCREASE VENTILATION: >200lmin>200lmin
●
Exposure toExposure to COLD AIRCOLD AIR ++ HYPERVENTILATIONHYPERVENTILATION
●
Ice Resurfacing MachinesIce Resurfacing Machines in Indoor Ice Arenas:in Indoor Ice Arenas:
a)a) Carbon OxideCarbon Oxide
b)b) Nitrogen OxideNitrogen Oxide
●
HIGH OCCURRENCE:HIGH OCCURRENCE:
a)a) AsthmaAsthma
b)b) Bronchial HyperresponsivenessBronchial Hyperresponsiveness
(Langdeu et al, 2000 ; Helenius et al, 2004)(Langdeu et al, 2000 ; Helenius et al, 2004)
54. Injuries in Ice HockeyInjuries in Ice Hockey
Pathologies of the Airways - IVPathologies of the Airways - IV
●
ICE RINK:ICE RINK: Cold Air (5-10°C)Cold Air (5-10°C)
●
Air Quality ProblemsAir Quality Problems
●
Cold Air Exposure:Cold Air Exposure: GGranulocytes and Macrophagesranulocytes and Macrophages
●
Increased:Increased: CO, NO and NO2 concentrationsCO, NO and NO2 concentrations
a)a) Asthma OccurrenceAsthma Occurrence
b)b) Bronchial HyperresponsivenessBronchial Hyperresponsiveness
c)c) Exercise-induced BronchospasmExercise-induced Bronchospasm
(Lumme et al, 2003)(Lumme et al, 2003)
55. Injuries in Ice HockeyInjuries in Ice Hockey
Pathologies of the Airways - VPathologies of the Airways - V
●
Abnormalities ofAbnormalities of Airway FunctionAirway Function
●
Cysteinyl Leukotrienes:Cysteinyl Leukotrienes:
a)a) MMucus Productionucus Production
b)b) VVascular Permeabilityascular Permeability
c)c) SSmooth Muscle Contractionmooth Muscle Contraction
d)d) RRecruitment of Inflammatory Cellsecruitment of Inflammatory Cells
(Helenius et al, 2004)(Helenius et al, 2004)
56. Injuries in Ice HockeyInjuries in Ice Hockey
Pathologies of the Airways - VIPathologies of the Airways - VI
(Adapted from Lummen et al, 2003)(Adapted from Lummen et al, 2003)
Ice HockeyIce Hockey
PlayersPlayers
CONTROLCONTROL pp
nn 8888 4747
ATOPYATOPY 52 (58)52 (58) 17 (36)17 (36) 0,0250,025
IncreasedIncreased
bronchialbronchial
responsivenessresponsiveness
21 (24)21 (24) 05 (11)05 (11) 0,0970,097
Current AsthmaCurrent Asthma 13 (15)13 (15) 01 (02)01 (02) 0,0330,033
Total AsthmaTotal Asthma 19 (22)19 (22) 02 (04)02 (04) 0,0110,011
57. Injuries in Ice HockeyInjuries in Ice Hockey
Severity of the Injury - ISeverity of the Injury - I
● Slight Injury (1 to 3 days of absence)
● Mild Injury (3 to 7 days of absence)
● Moderate Injury (8 to 28 days of absence)
● Serious Injury (above 28 days of absence)
(Checchi, 2013)
58. Injuries in Ice HockeyInjuries in Ice Hockey
Severity of the Injury - IISeverity of the Injury - II
●
DURATION of ABSENCE PERIOD:DURATION of ABSENCE PERIOD:
a)a) Trauma SeverityTrauma Severity
b)b) Nature of Injured TissueNature of Injured Tissue
c)c) Intensity CureIntensity Cure
d)d) Age of the AthleteAge of the Athlete
e)e) Treatment and Rehabilitation ParticularitiesTreatment and Rehabilitation Particularities
f)f) Character the Training ActivityCharacter the Training Activity
(Platonov, 2008)(Platonov, 2008)
59. Injuries in Ice HockeyInjuries in Ice Hockey
Injury Prevention - IInjury Prevention - I
EPIDEMIOLOGISTSEPIDEMIOLOGISTS
&&
STATISTICIANSSTATISTICIANS
((Parkkari, Kujala & Kannus, 2001)Parkkari, Kujala & Kannus, 2001)
60. Injuries in Ice HockeyInjuries in Ice Hockey
Injury Prevention - II
●
Identify the IncidenceIdentify the Incidence
●
Identify Risk FactorsIdentify Risk Factors
●
Interventions to Address the Risk FactorsInterventions to Address the Risk Factors
●
Test the Effectiveness of the InterventionTest the Effectiveness of the Intervention
(Tyler et al, 2002)(Tyler et al, 2002)
61. Injuries in Ice HockeyInjuries in Ice Hockey
Injury Prevention - III
●
Injury ProblemsInjury Problems (number, incidence, time trends,(number, incidence, time trends,
severity, consequences, impairments, disabilitiesseverity, consequences, impairments, disabilities
and costs)and costs)
●
Etiology, Risk Factors and Mechanisms of InjuriesEtiology, Risk Factors and Mechanisms of Injuries
●
Preventive Measure or ProgrammePreventive Measure or Programme
●
Assessing the Effectiveness and CostAssessing the Effectiveness and Cost
Effectiveness of the Preventive ActionEffectiveness of the Preventive Action
(Adapted from Parkkari, Kujala & Kannus, 2001)(Adapted from Parkkari, Kujala & Kannus, 2001)
62. Injuries in Ice HockeyInjuries in Ice Hockey
Injury Prevention - IVInjury Prevention - IV
● Anamnesis
● Injury History
● Pre-season Tests
63. Injuries in Ice HockeyInjuries in Ice Hockey
Injury Prevention - VInjury Prevention - V
● Equipments:
a) Helmets
b) Sticks
c) Pucks
d) Ice Skates
● Rules
64. Injuries in Ice HockeyInjuries in Ice Hockey
Existence of Injury - I
1)1) Type of InjuryType of Injury
2)2) EvaluationEvaluation
3)3) TreatmentTreatment
65. Injuries in Ice HockeyInjuries in Ice Hockey
Existence of Injury - II
PRICEPRICE
●
PProtectionrotection
●
RRestest
●
IIcece
●
CCompressionompression
●
EElevationlevation
66. Injuries in Ice HockeyInjuries in Ice Hockey
Evaluation of Injury
●
InspectionInspection
●
Physical ExamPhysical Exam
●
Diagnostic TestingDiagnostic Testing (x-ray, CT scan, MRI(x-ray, CT scan, MRI
andor NVCEMG, etc.)andor NVCEMG, etc.)
(DeFrancesco & Inesta, 2012)(DeFrancesco & Inesta, 2012)
67. Injuries in Ice HockeyInjuries in Ice Hockey
Hierarchy of Control
(Adapted from Vretaros, 2002)(Adapted from Vretaros, 2002)
InjuredInjured
AthleteAthlete
SportsSports
MedicineMedicine
PhysicianPhysician
SportsSports
PhysiotherapistPhysiotherapist
PhysicalPhysical
PreparationPreparation
CoachCoach
Examinations,Examinations,
Diagnostic Evaluation,Diagnostic Evaluation,
Treatment IndicationTreatment Indication
Rehabilitation,Rehabilitation,
Functional ReevaluationFunctional Reevaluation
of the Injured Limbof the Injured Limb
Muscle-functionalMuscle-functional
Adaptation for Sport,Adaptation for Sport,
Specific PhysicalSpecific Physical
ConditioningConditioning
68. Injuries in Ice HockeyInjuries in Ice Hockey
Training and Injury Prevention - ITraining and Injury Prevention - I
●
RR Warm upWarm up
MobilityMobility
Movement LearningMovement Learning
ProprioceptionProprioception
StabilityStability
CORECORE
StrengthStrength
PowerPower
69. Injuries in Ice HockeyInjuries in Ice Hockey
Training and Injury Prevention - II
●
PrehabPrehab
●
HydrationHydration
70. Injuries in Ice HockeyInjuries in Ice Hockey
Training and Injury Prevention - III
●
DEVELOP TECHNIQUES TO:DEVELOP TECHNIQUES TO:
1)1) FALLSFALLS in physical contact with opponents casein physical contact with opponents case
2)2) MUFFLEMUFFLE in physical contact case with boardsin physical contact case with boards
●
EXAMPLE:EXAMPLE:
a)a) Agility TrainingAgility Training in Skating Ringin Skating Ring
71. Injuries in Ice HockeyInjuries in Ice Hockey
Training and Injury Prevention - IV
●
ADDITIONAL THERAPIES:ADDITIONAL THERAPIES:
1)1) PilatesPilates
2)2) YogaYoga
3)3) ChiropracticChiropractic
4)4) RolfingRolfing
5)5) Global Posture ReeducationGlobal Posture Reeducation
6)6) And othersAnd others
72. Injuries in Ice HockeyInjuries in Ice Hockey
Effects & Causes
●
Serious SurgerySerious Surgery and orand or Prolonged ImmobilizationProlonged Immobilization
●
Risk of Permanent DamageRisk of Permanent Damage
●
Time SpentTime Spent andand Financial ResourcesFinancial Resources
●
TreatmentTreatment andorandor RehabilitationRehabilitation
●
Recovery of Systemic Adaptations of BiomotorRecovery of Systemic Adaptations of Biomotor
CapabilitiesCapabilities at the Level of Competitive Trainingat the Level of Competitive Training