Performance analyses have been applied to investigate movements during mixed martial arts (MMA) competition and have created an accurate picture of the activity patterns that occur in the sport of MMA. 1 , 2 MMA bouts are typically decided by tactical methods with the intentional goal to
Bianca Miarka, Fábio Dal Bello, Ciro J. Brito, Fabrício B. Del Vecchio, John Amtmann and Karim Chamari
Diego Alves dos Santos, Bianca Miarka, Fabio dal Bello, Andreia Cristiane Carrenho Queiroz, Pedro Henrique Berbert de Carvalho, Ciro José Brito and Ralph Beneke
Performance in mixed martial arts (MMA) competitions is questionably the highest assessment of physiological integration, where cardiovascular, respiratory, neuromuscular, and cognitive systems must all be articulated. 1 , 2 Indeed, preceding authors noted that much could be learned about human
Dean J. Kriellaars, John Cairney, Marco A.C. Bortoleto, Tia K.M. Kiez, Dean Dudley and Patrice Aubertin
development of PL and, therefore, potentially increasing PA, is circus arts. Circus arts instruction (CAI) involves the development of movement skills across five families of circus disciplines (acrobatics, manipulation, equilibrium, aerials, and clowning) for the artistic expression of individual and
Mathew Hillier, Louise Sutton, Lewis James, Dara Mojtahedi, Nicola Keay and Karen Hind
Mixed martial arts (MMA) is a combat sport, with bouts defined by weight divisions ( Reale et al., 2017 ) with the aim of endorsing balanced and stimulating matches while reducing potential injuries that may result from substitutional differences in weight ( Mendes et al., 2013 ). For the athlete
Oliver R. Barley, Dale W. Chapman and Chris R. Abbiss
been observed in many combat sports, such as mixed martial arts (MMA), boxing, taekwondo (TKD), karate, wrestling, judo, and kickboxing. 3 – 7 There is a large range of methods employed by combat sports athletes to lose weight, though the most common methods are body fluid manipulation and food
Victor Silveira Coswig, Bianca Miarka, Daniel Alvarez Pires, Levy Mendes da Silva, Charles Bartel and Fabrício Boscolo Del Vecchio
Mixed martial arts (MMA) is a combat sport in which athletes aim to knockout or submit opponents through striking and grappling techniques, respectively, in both standing and ground positions ( Coswig et al., 2016a ; Kirk et al., 2015 ; Miarka et al., 2016 ). As with almost all combat sports, MMA
Andreas M. Kasper, Ben Crighton, Carl Langan-Evans, Philip Riley, Asheesh Sharma, Graeme L. Close and James P. Morton
Mixed martial arts (MMA) is a full contact combat sport often referred to as cage fighting or ultimate fighting . When compared with other combat sports ( Alderman et al., 2004 ; Davis et al., 2001 ; Kiningham & Gorenflo, 2001 ; Kordi et al., 2011 ; Morton et al., 2010 ; Oppliger et
Lachlan P. James, Emma M. Beckman, Vincent G. Kelly and G. Gregory Haff
To determine whether the maximal strength, impulse, and power characteristics of competitive mixed-martial-arts (MMA) athletes differ according to competition level.
Twenty-nine male semiprofessional and amateur MMA competitors were stratified into either higher-level (HL) or lower-level (LL) performers on the basis of competition grade and success. The 1-repetition-maximum (1RM) squat was used to assess lower-body dynamic strength, and a spectrum of impulse, power, force, and velocity variables were evaluated during an incremental-load jump squat. In addition, participants performed an isometric midthigh pull (IMTP) and 1RM bench press to determine whole-body isometric force and upper-body dynamic strength capabilities, respectively. All force and power variables were expressed relative to body mass (BM).
The HL competitors produced significantly superior values across a multitude of measures. These included 1RM squat strength (1.84 ± 0.23 vs 1.56 ± 0.24 kg BM; P = .003), in addition to performance in the incremental-load jump squat that revealed greater peak power (P = .005–.002), force (P = .002–.004), and velocity (P = .002–.03) at each load. Higher measures of impulse (P = .01–.04) were noted in a number of conditions. Average power (P = .002–.02) and velocity (P = .01–.04) at all loads in addition to a series of rate-dependent measures were also superior in the HL group (P = .005–.02). The HL competitors’ 1RM bench-press values approached significantly greater levels (P = .056) than the LL group’s, but IMTP performance did not differ between groups.
Maximal lower-body neuromuscular capabilities are key attributes distinguishing HL from LL MMA competitors. This information can be used to inform evidenced-based training and performance-monitoring practices.
Victor Silveira Coswig, David Hideyoshi Fukuda and Fabrício Boscolo Del Vecchio
The purpose of this study was to compare biochemical and hormonal responses between mixed martial arts (MMA) competitors with minimal prefight weight loss and those undergoing rapid weight loss (RWL). Blood samples were taken from 17 MMA athletes (Mean± SD; age: 27.4 ±5.3yr; body mass: 76.2 ± 12.4kg; height: 1.71 ± 0.05m and training experience: 39.4 ± 25 months) before and after each match, according to the official events rules. The no rapid weight loss (NWL, n = 12) group weighed in on the day of the event (~30 min prior fight) and athletes declared not having used RWL strategies, while the RWL group (n = 5) weighed in 24 hr before the event and the athletes claimed to have lost 7.4 ± 1.1kg, approximately 10% of their body mass in the week preceding the event. Results showed significant (p < .05) increases following fights, regardless of group, in lactate, glucose, lactate dehydrogenase (LDH), creatinine, and cortisol for all athletes. With regard to group differences, NWL had significantly (p < .05) greater creatinine levels (Mean± SD; pre to post) (NWL= 101.6 ± 15–142.3 ± 22.9μmol/L and RWL= 68.9 ± 10.6–79.5 ± 15.9μmol/L), while RWL had higher LDH (median [interquartile range]; pre to post) (NWL= 211.5[183–236] to 231[203–258]U/L and RWL= 390[370.5–443.5] to 488[463.5–540.5]U/L) and AST (NWL= 30[22–37] to 32[22–41]U/L and 39[32.5–76.5] to 72[38.5–112.5] U/L) values (NWL versus RWL, p < .05). Post hoc analysis showed that AST significantly increased in only the RWL group, while creatinine increased in only the NWL group. The practice of rapid weight loss showed a negative impact on energy availability and increased both muscle damage markers and catabolic expression in MMA fighters.
Joseph John Matthews and Ceri Nicholas
There is a lack of research documenting the weight-making practices of mixed-martial-arts (MMA) competitors. The purpose of the investigation was to quantify the magnitude and identify the methods of rapid weight loss (RWL) and rapid weight gain (RWG) in MMA athletes preparing for competition. Seven athletes (mean ± SD, age 24.6 ± 3.5 yrs, body mass 69.9 ± 5.7 kg, competitive experience 3.1 ± 2.2 yrs) participated in a repeated-measures design. Measures of dietary intake, urinary hydration status, and body mass were recorded in the week preceding competition. Body mass decreased significantly (p < .0005) from baseline by 5.6 ± 1.4 kg (8 ± 1.8%). During the RWG period (32 ± 1 hr) body mass increased significantly (p < .001) by 7.4 ± 2.8 kg (11.7 ± 4.7%), exceeding RWL. Mean energy and carbohydrate intake were 3176 ± 482 kcal・day-1 and 471 ± 124 g・day-1, respectively. At the official weigh-in 57% of athletes were dehydrated (1033 ± 19 mOsmol・kg-1) and the remaining 43% were severely dehydrated (1267 ± 47 mOsmol・kg-1). Athletes reported using harmful dehydration-based RWL strategies, including sauna (43%) and training in plastic suits (43%). Results demonstrated RWG greater than RWL, this is a novel finding and may be attributable to the 32 hr duration from weigh-in till competition. The observed magnitude of RWL and strategies used are comparable to those which have previously resulted in fatalities. Rule changes which make RWL impractical should be implemented with immediate effect to ensure the health, safety and wellbeing of competitors.