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F56 (classification)

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This article is about the disability sport classification. For other uses, see F56.

F56 is a disability sport classification for disability athletics for people who compete in field events from a seated position. The seating field event class used to be known as lower 4, upper 5. Different disability groups compete in this class, including people with amputations and spinal cord injuries. Events that may be on the program for F56 competitors include the discus throw, shot put and javelin.

Definition

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International Paralympic Committee defined this classification on their website in July 2016, "Athletes have full arm and trunk muscle power. Pelvic stability is provided by some to full ability to press the knees together. Hip abductor and hip extensor muscles are typically absent. Equivalent activity limitations are seen in athletes with bilateral high above knee amputations. Athletes with some but non-functional muscle power in the lower limbs will also fit in this class."[1] The Spectator Guide for the Rio Paralympics defines the class as, "wheelchair athletes (effects of polio, spinal cord injuries and amputations)"[2] People competing in the seated position in this class generally have good balance, can more their upper body backwards and forwards, but have limitations with trunk rotation.[3]

Disability groups

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Both people with amputations and spinal cord injuries compete in this class.

Amputees

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See also: Amputee sports classification

People who are amputees compete in this class, including ISOD A1 and A9.[4][5] In general, track athletes with amputations in should be considerate of the surface they are running on, and avoid asphalt and cinder tracks.[5] Because of the potential for balance issues related to having an amputation, during weight training, amputees are encouraged to use a spotter when lifting more than 15 pounds (6.8 kg).[5]

Lower limb amputees

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See also: A1 (classification)
 
Type of amputation for an A1 classified sportsperson.

ISOD A1 classified athletes participate in T54, F56, F57 and F58.[4][5][6] The nature of a person's amputations in this class can effect their physiology and sports performance.[5][7][8] Lower limb amputations effect a person's energy cost for being mobile. To keep their oxygen consumption rate similar to people without lower limb amputations, they need to walk slower.[8] People in this class use around 120% more oxygen to walk or run the same distance as someone without a lower limb amputation.[8]

A study of was done comparing the performance of athletics competitors at the 1984 Summer Paralympics. It found there was no significant difference in performance in times between women in A1, A2 and A3 in the discus, women in A1 and A2 in the javelin, women in A1 and A2 in the 100 meter race, men in A1, A2 and A3 in the discus, men in A1, A2, A3, A4, A5, A6, A7, A8 and A9 in the javelin, men in A1, A2 and A3 in the shot put, men in A1 and A2 in the 100 meter race, and men in A1, A2, A3 and A4 in the 400 meter race.[9] Double below the knee amputees also have a competitive advantage when compared to double above the knee amputees.[10] From the 2004 Summer Paralympics to the 2012 Summer Paralympics, there was no significant changes in performance times put up by male sprinters in 100 meter, 200 meter and 400 meter events.[10]

Upper and lower limb amputees

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See also: A9 (classification)
 
Type of amputation for an A9 classified sportsperson.

Members of the ISOD A9 class compete in T42, T43, T44, F42, F43, F44, F56, F57, and F58.[4][5] The shank length of people in this class can differ dramatically, and is not uniform across the class.[11] A study of was done comparing the performance of athletics competitors at the 1984 Summer Paralympics. It found there was no significant difference in performance in times between men in the A3, A4, A5, A6, A7, A8 and A9 in the discus, men in A1, A2, A3, A4, A5, A6, A7, A8 and A9 in the javelin, and men in A8 and A9 in the shot put.[9]

The nature of an A9 athletes's amputations can effect their physiology and sports performance.[5][8] Because of the potential for balance issues related to having an amputation, during weight training, amputees are encouraged to use a spotter when lifting more than 15 pounds (6.8 kg).[5] Lower limb amputations effect a person's energy cost for being mobile. To keep their oxygen consumption rate similar to people without lower limb amputations, they need to walk slower.[8] Because they are missing a limb, amputees are more prone to overuse injuries in their remaining limbs. Common problems with intact upper limbs for people in this class include rotator cuffs tearing, shoulder impingement, epicondylitis and peripheral nerve entrapment.[8]

Les Autres

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See also: Les Autres sport classification

People who are Les Autres compete in this class. This includes LAF1 classified athletes.[4][12] In general, Les Autres classes cover sportspeople with locomotor disabilities regardless of their diagnosis.[13][14][15][16][17][18]

LAF3

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See also: LAF3 (classification)

In athletics, LAF3 competitors compete in F54, F55, F56, F57 and F58 events. These are wheelchair athletics classes.[4][19][20] Athletes in this class have normal functioning in their throwing arm. While throwing, they can generally maintain good balance.[19] Competitors in this class may also compete in T44. This is a standing class for people with weakness in one leg muscle or who have joint restrictions.[4] At the 1984 Summer Paralympics, LAF1, LAF2 and LAF3 track athletes had the 60 meters and 400 meter distances on the program.[4] There was a large range of sportspeople with different disabilities in this class at the 1984 Summer Paralympics.[4]

LAF3 is an Les Autres sports classification.[4][21] Sportspeople in this class use wheelchairs on a regular basis as a result of reduced muscle function. They have normal trunk functionality, balance and use of their upper limbs.[21] Medically, this class includes people with hemiparsis, and hip and knee stiffness with deformation in one arm. It means they have limited function in at least two limbs. In terms of functional classification, this means the sportsperson uses a wheelchair, has good sitting balance and has good arm function.[22] For the 1984 Summer Paralympics, LAF3 was defined by the Games organizers as, "Wheelchair bound with normal arm function and good sitting balance."[23]

Spinal cord injuries

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See also: Wheelchair sport classification

People with spinal cord injuries compete in this class, including F6 sportspeople.[24][25]

F6

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See also: F6 (classification)
 
Functional profile of a wheelchair sportsperson in the F6 class.

This is wheelchair sport classification that corresponds to the neurological level L2 - L5.[24][26] Historically, this class has been known as Lower 4, Upper 5.[24][26] People with lesions at L4 have issues with their lower back muscles, hip flexors and their quadriceps.[27] People with lesions at the L4 to S2 who are complete paraplegics may have motor function issues in their gluts and hamstrings. Their quadriceps are likely to be unaffected. They may be absent sensation below the knees and in the groin area.[28]

People in this class have good sitting balance.[29] People with lesions at L4 have trunk stability, can lift a leg and can flex their hips. They can walk independently with the use of longer leg braces. They may use a wheelchair for the sake of convenience. Recommended sports include many standing related sports.[27] People in this class have a total respiratory capacity of 88% compared to people without a disability.[30]

Field events open to this class have included shot put, discus and javelin.[24][31] In pentathlon, the events for this class have included Shot, Javelin, 200m, Discus, 1500m.[24] F6 athletes throw from a seated position, and the javelin they use weighs .6 kilograms (1.3 lb).[32] The shot put used by women in this class weighs less than the traditional one at 3 kilograms (6.6 lb).[33]

There are performance differences and similarities between this class and other wheelchair classes. A 1999 study of discus throwers found that for F5 to F8 discus throwers, the upper arm tends to be near horizontal at the moment of release of the discus. F5 to F7 discus throwers have greater angular speed of the shoulder girdle during release of the discus than the lower number classes of F2 to F4. F5 and F8 discus throwers have less average angular forearm speed than F2 and F4 throwers. F2 and F4 speed is caused by use of the elbow flexion to compensate for the shoulder flexion advantage of F5 to F8 throwers.[34] A study of javelin throwers in 2003 found that F6 throwers have angular speeds of the shoulder girdle similar to that of F4, F5, F3, F7, F8 and F9 throwers.[32] A study of was done comparing the performance of athletics competitors at the 1984 Summer Paralympics. It found there was little significant difference in performance in distance between women in 2 (SP4), 3 (SP4, SP5) and 4 (SP5, SP6) in the discus. It found there was little significant difference in performance in time between men in 2 (SP4), 3 and 4 in the 100 meters. It found there was little significant difference in performance in distance between women in 2 (SP4), 3, 4, 5 and 6 in the discus. It found there was little significant difference in performance in time between men in 3, 4, 5 and 6 in the 200 meters. It found there was little significant difference in performance in time between women in 3, 4 and 5 in the 60 meters. It found there was little significant difference in performance in distance between men in 3 and 4 in the javelin. It found there was little significant difference in performance in distance between men in 3 and 4 in the shot put. It found there was little significant difference in performance in distance between women in 4, 5 and 6 in the discus. It found there was little significant difference in performance in distance between women in 4, 5 and 6 in the javelin. It found there was little significant difference in performance in distance between women in 4, 5 and 6 in the shot put. It found there was little significant difference in performance in distance between women in 4, 5 and 6 in the discus. It found there was little significant difference in performance in time between women in 4, 5 and 6 in the 60 meters. It found there was little significant difference in performance in time between women in 4, 5 and 6 in the 800 meters. It found there was little significant difference in performance in time between women in 4, 5 and 6 in the 1,500 meters. It found there was little significant difference in performance in time between women in 4, 5 and 6 in the slalom. It found there was little significant difference in performance in distance between men in 4, 5 and 6in the discus. It found there was little significant difference in performance in distance between men in 4, 5 and 6 in the shot put. It found there was little significant difference in performance in time between men in 4, 5 and 6 in the 100 meters. It found there was little significant difference in performance in time between men in 4, 5 and 6 in the 800 meters. It found there was little significant difference in performance in time between men in 4, 5 and 6 in the 1,500 meters. It found there was little significant difference in performance in time between men in 4, 5 and 6 in the slalom. It found there was little significant difference in performance in distance between women in 5 and 6 in the discus. It found there was little significant difference in performance in time between women in 5 and 6 in the 60 meters. It found there was little significant difference in performance in time between women in 5 and 6 in the 100 meters. It found there was little significant difference in performance in distance between men in 5 and 6 in the javelin. It found there was little significant difference in performance in distance between men in 5 and 6 in the shot put. It found there was little significant difference in performance in time between men in 5 and 6 in the 100 meters.[9]

Performance and rules

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Athletes in this class used secure frames for throwing events. The frame can be only one of two shapes: A rectangle or square. The sides must be at least 30 centimetres (12 in) long. The seat needs to be lower at the back or level, and it cannot be taller than 75 centimetres (30 in). This height includes any cushioning or padding.[35] Throwers can have footplates on their frames, but the footplate can only be used for stability. It cannot be used to push off from. Rests can be used on the frame but they need to be present only for safety reasons and to aide in athlete stability. They need to be manufactured from rigid materials that do not move. These materials may include steel or aluminum. The backrest can have cushioning but it cannot be thicker than 5 centimetres (2.0 in). It cannot have any movable parts. The frame can also have a holding bar. The holding bar needs to be round or square, and needs to be a single straight piece. Athletes are not required to use a holding bar during their throw, and they can hold on to any part of the frame during their throw.[35] Throwing frames should be inspected prior to the event. This should be done either in the call room or in the competition area.[35] In general, people in this class should be allocated around 2 minutes to set up their chair.[35]

Athletes need to throw from a seated position. They cannot throw from an inclined or other position. Doing so could increase the contribution of their legs and benefit their performance. Their legs must be in contact with the seat during the throw. If an athlete throws from a non-seated position, this is counted as a foul.[35] People in this class cannot put tape on their hands.[35] All straps used to hold the athlete to the frame must be non-elastic. While in the process of throwing, an athlete cannot touch a tie-down for the frame. Because of visibility issues for officials, athletes cannot wear lose clothing and they can ask athletes to tuck in clothing if they feel there is any issue with visibility. In throwing events at the Paralympic Games and World Championships, athletes get three trial throws. After that, the top 8 throwers get an additional three throws. For other events, organizers generally have the option to use that formula to give all throwers six consecutive throws. The total number of warm-up throws is at the discretion of the meet director.[35]

Events

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Events that may be on the program for F56 competitors include the discus throw, shot put and javelin.[36][37]

History

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In older classification systems, F56 competitors were classified as lower 4, upper 5.[38] For the 2016 Summer Paralympics in Rio, the International Paralympic Committee had a zero classification at the Games policy. This policy was put into place in 2014, with the goal of avoiding last minute changes in classes that would negatively impact athlete training preparations. All competitors needed to be internationally classified with their classification status confirmed prior to the Games, with exceptions to this policy being dealt with on a case-by-case basis.[39] In case there was a need for classification or reclassification at the Games despite best efforts otherwise, athletics classification was scheduled for September 4 and September 5 at Olympic Stadium. For sportspeople with physical or intellectual disabilities going through classification or reclassification in Rio, their in competition observation event is their first appearance in competition at the Games.[39]

Becoming classified

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For this class, classification generally has four phase. The first stage of classification is a health examination. For amputees in this class, this is often done on site at a sports training facility or competition. The second stage is observation in practice, the third stage is observation in competition and the last stage is assigning the sportsperson to a relevant class.[40] Sometimes the health examination may not be done on site because the nature of the amputation could cause not physically visible alterations to the body. This is especially true for lower limb amputees as it relates to how their limbs align with their hips and the impact this has on their spine and how their skull sits on their spine.[41] During the observation phase involving training or practice, all athletes in this class may be asked to demonstrate their skills in athletics, such as running, jumping or throwing. A determination is then made as to what classification an athlete should compete in. Classifications may be Confirmed or Review status. For athletes who do not have access to a full classification panel, Provisional classification is available; this is a temporary Review classification, considered an indication of class only, and generally used only in lower levels of competition.[42]

While some people in this class may be ambulatory, they generally go through the classification process while using a wheelchair. This is because they often compete from a seated position.[43] Failure to do so could result in them being classified as an ambulatory class competitor.[43] For people in this class with amputations, classification is often based on the anatomical nature of the amputation.[7][44] The classification system takes several things into account when putting people into this class. These include which limbs are effected, how many limbs are effected, and how much of a limb is missing.[45][46]

Competitors

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Sportspeople competing in this class include Algeria's Nadia Medjmedj, and the United States' Angela Madsen.[47]

References

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  1. ^ "IPC Athletics Classification & Categories". www.paralympic.org. Retrieved 2016-07-22.
  2. ^ "Athletics Spectator Guide - 2012 Rio Games" (PDF). Rio 2016. Archived from the original (PDF) on August 6, 2016. Retrieved July 22, 2016.
  3. ^ Starkey, Chad; Johnson, Glen (2006-01-01). Athletic Training and Sports Medicine. Jones & Bartlett Learning. ISBN 9780763705367.
  4. ^ a b c d e f g h i "CLASSIFICATION SYSTEM FOR STUDENTS WITH A DISABILITY". Queensland Sport. Archived from the original on April 4, 2015. Retrieved July 23, 2016.
  5. ^ a b c d e f g h "Classification 101". Blaze Sports. June 2012. Archived from the original on August 16, 2016. Retrieved July 24, 2016.
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  7. ^ a b DeLisa, Joel A.; Gans, Bruce M.; Walsh, Nicholas E. (2005-01-01). Physical Medicine and Rehabilitation: Principles and Practice. Lippincott Williams & Wilkins. ISBN 9780781741309.
  8. ^ a b c d e f Miller, Mark D.; Thompson, Stephen R. (2014-04-04). DeLee & Drez's Orthopaedic Sports Medicine. Elsevier Health Sciences. ISBN 9781455742219.
  9. ^ a b c van Eijsden-Besseling, M. D. F. (1985). "The (Non)sense of the Present-Day Classification System of Sports for the Disabled, Regarding Paralysed and Amputee Athletes". Paraplegia. 23. International Medical Society of Paraplegia. Retrieved July 25, 2016.
  10. ^ a b Hassani, Hossein; Ghodsi, Mansi; Shadi, Mehran; Noroozi, Siamak; Dyer, Bryce (2015-06-16). "An Overview of the Running Performance of Athletes with Lower-Limb Amputation at the Paralympic Games 2004–2012". Sports. 3 (2): 103–115. doi:10.3390/sports3020103.
  11. ^ Nolan, Lee; Patritti, Benjamin L.; Stana, Laura; Tweedy, Sean M. (2011). "Is Increased Residual Shank Length a Competitive Advantage for Elite Transtibial Amputee Long Jumpers?" (PDF). Adapted Physical Activity Quarterly. 28 (3): 267–76. doi:10.1123/apaq.28.3.267. PMID 21725118.
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  22. ^ MD, Michael A. Alexander; MD, Dennis J. Matthews (2009-09-18). Pediatric Rehabilitation: Principles & Practices, Fourth Edition. Demos Medical Publishing. ISBN 9781935281658.
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  26. ^ a b Consejo Superior de Deportes (2011). Deportistas sin Adjectivos (PDF) (in European Spanish). Spain: Consejo Superior de Deportes. Archived from the original (PDF) on 2016-11-04. Retrieved 2016-07-26.
  27. ^ a b Winnick, Joseph P. (2011-01-01). Adapted Physical Education and Sport. Human Kinetics. ISBN 9780736089180.
  28. ^ Goosey-Tolfrey, Vicky (2010-01-01). Wheelchair Sport: A Complete Guide for Athletes, Coaches, and Teachers. Human Kinetics. ISBN 9780736086769.
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  30. ^ Woude, Luc H. V.; Hoekstra, F.; Groot, S. De; Bijker, K. E.; Dekker, R. (2010-01-01). Rehabilitation: Mobility, Exercise, and Sports : 4th International State-of-the-Art Congress. IOS Press. ISBN 9781607500803.
  31. ^ Consejo Superior de Deportes (2011). Deportistas sin Adjectivos (PDF) (in European Spanish). Spain: Consejo Superior de Deportes. Archived from the original (PDF) on 2016-11-04. Retrieved 2016-07-26.
  32. ^ a b Chow, John W.; Kuenster, Ann F.; Lim, Young-tae (2003-06-01). "Kinematic Analysis of Javelin Throw Performed by Wheelchair Athletes of Different Functional Classes". Journal of Sports Science & Medicine. 2 (2): 36–46. ISSN 1303-2968. PMC 3938047. PMID 24616609.
  33. ^ Sydney East PSSA (2016). "Para-Athlete (AWD) entry form – NSW PSSA Track & Field". New South Wales Department of Sports. Archived from the original on 2016-09-28.
  34. ^ Chow, J. W., & Mindock, L. A. (1999). Discus throwing performances and medical classification of wheelchair athletes. Medicine & Science in Sports & Exercise,31(9), 1272-1279. doi:10.1097/00005768-199909000-00007
  35. ^ a b c d e f g "PARALYMPIC TRACK & FIELD: Officials Training" (PDF). USOC. United States Olympic Committee. December 11, 2013. Retrieved August 6, 2016.
  36. ^ "Para-Athlete (AWD) entry form – NSW PSSA Track & Field". Sydney East PSSA. 2016. Archived from the original on September 28, 2016. Retrieved July 23, 2016.
  37. ^ "Invitation til DHIF's Atletik Forbunds". Frederiksberg Handicapidræt (in Danish). 2007. Archived from the original on September 16, 2016. Retrieved July 23, 2016.
  38. ^ Winnick, Joseph P. (2011-01-01). Adapted Physical Education and Sport. Human Kinetics. ISBN 9780736089180.
  39. ^ a b "Rio 2016 Classification Guide" (PDF). International Paralympic Committee. March 2016. Archived from the original (PDF) on August 16, 2016. Retrieved July 22, 2016.
  40. ^ Tweedy, Sean M.; Beckman, Emma M.; Connick, Mark J. (August 2014). "Paralympic Classification: Conceptual Basis, Current Methods, and Research Update". Paralympic Sports Medicine and Science. 6 (85): S11-7. doi:10.1016/j.pmrj.2014.04.013. PMID 25134747. S2CID 207403462. Retrieved July 25, 2016.
  41. ^ Gilbert, Keith; Schantz, Otto J.; Schantz, Otto (2008-01-01). The Paralympic Games: Empowerment Or Side Show?. Meyer & Meyer Verlag. ISBN 9781841262659.
  42. ^ "CLASSIFICATION Information for Athletes" (PDF). Sydney Australia: Australian Paralympic Committee. 2 July 2010. Retrieved 19 November 2011.[permanent dead link‍]
  43. ^ a b Cashman, Richmard; Darcy, Simon (2008-01-01). Benchmark Games. Benchmark Games. ISBN 9781876718053.
  44. ^ Pasquina, Paul F.; Cooper, Rory A. (2009-01-01). Care of the Combat Amputee. Government Printing Office. ISBN 9780160840777.
  45. ^ Tweedy, Sean M. (2002). "Taxonomic Theory and the ICF: Foundations for a Unified Disability Athletics Classification" (PDF). Adapted Physical Activity Quarterly. 19 (2): 220–237. doi:10.1123/apaq.19.2.220. PMID 28195770. Archived from the original (PDF) on August 17, 2016. Retrieved July 25, 2016.
  46. ^ International Sports Organization for the Disabled. (1993). Handbook. Newmarket, ON: Author. Available Federacion Espanola de Deportes de Minusvalidos Fisicos, c/- Ferraz, 16 Bajo, 28008 Madrid, Spain.
  47. ^ "IPC World Rankings - Athletics". www.paralympic.org. Retrieved 2016-07-22.
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