Relationship of skin fold thickness & competition time at mountain bikers

No Correlation of Skin-Fold Thickness with Race Performance in Male Recreational Mountain Bike Ultra-Marathoners For elitic runners from 100 m to the marathon, depending on the route and the sex, there is a connection between certain skin fold thicknesses and the competition time. We examined in mountain bikers on the, Swiss Bike Masters’ whether there is a connection between skin cold thickness and final time.We found no correlation between skin cold thickness and closing time, while training volume and speed correlated in training with the competition time, to be found under https://www.semanticscholar.org/paper/no-correlation-of-skin-fold-thickness-with-race-in-ultra-marathoners/889cc4a821121f9a63017a11db3461d003b45d4e

What does the performance affect long-distance swimming?

What Influences Race Performance in Male Open-Water Ultra-Endurance Swimmers: Anthropometry or Training? We have examined in male long-distance swimming at ‘Zürichsee swim’ if we find a connection between training and physique with the closing time. Surprisingly, variables of body construction such as muscle mass or body fat had no connection with the floating time, but the average speed in swimming in training, read below https://www.zora.uzh.ch/id/epprint/34491/

No fat loss for long-distance swimming

No change of body mass, fat mass, and skeletal muscle mass in ultraendurance swimmers after 12 hours of swimming

Who thinks he takes off with swimming to fat, which is disappointed if he reads our study with long-distance swimming. The can be found under https://pubmed.ncbi.nlm.nih.gov/19408468/

Fat depletion for long-distance wheel driving

An ultra-cycling race leads to no decrease in skeletal muscle mass We have examined on the ‘Swiss Cycling Marathon’ as to whether a long-distance cycling leads to a degradation of fat mass. Cycling seems to be cheap if you want to reduce fat, the study can be found under https://pubmed.ncbi.nlm.nih.gov/19199212/

Fat depletion in ultratriathletes

Decrease in body fat during an ultra-endurance triathlon is associated with race intensity Those who believe are optimally absorbed at long burdens of deep intensity, which will be disappointed if he will read our study with ultratriathlets.We were able to show that the fastest triathlets were the most fat, find under https://pubmed.ncbi.nlm.nih.gov/18048432/

Vitamin tablets and competition performance

Vitamins, minerals and race performance in ultra-endurance runners–Deutschlandlauf 2006 Those who believe he could improve their performance at an ultralauf with an increased supply of vitamins and minerals, which will be disappointed if he reads our study under https://pubmed.ncbi.nlm.nih.gov/18586636/

Ultralauf with thin upper arms are faster in the finish

Upper arm circumference is associated with race performance in ultra-endurance runners We examined at Germany 2006, which correlate the characteristics of the body construction with a quick closing time. Surprisingly came out that the runners with the thinnest upper arm periphery were the fastest thing in the finding finding under https://pubmed.ncbi.nlm.nih.gov/17599951/

No fluid overload at ultra skills

No fluid overload in male ultra-runners during a 100 km ultra-run It is assumed that a athletes with deep impeller come to a fluid overload, as they can drink a lot to the many food items. But at 100 km runners, this does not seem to be the case to read below https://pubmed.ncbi.nlm.nih.gov/21253973/

Family tradition of Olympic medals?

A medal in the olympics runs in the family: A cohort study of performance heritability in the games history Elite services in sport are known to be influenced by hereditary components, but the size of such an influence has never been quantified. In this study, the hypothesis was set up that a former world-class champion in the family increases the opportunities of an athlete to repeat the achievement of his relationship. We wanted to measure the inheritance of a medal at Olympic Games with participants in Olympic Games and estimate the percentage of the genetic contribution to such an inheritance. All 125'051 athletes worldwide that have participated in Olympic Games between 1896 and 2012. The expected probability to win a medal at Olympic Games was defined as a frequency of medal winning with participants in Olympic Games without a blood relief on Olympic Games. This expected probability was compared with the likelihood that a medal could be recovered for Olympicones, which had a relatives (grandparents, aunt / uncle, parent or sibling) in a former participants at Olympic Games, which was a non-medalist or medal winner. The heritamility of the genetically determined phenotype was evaluated by examinations between Dizygoten (DZ) and Monozygotes (MZ) twins. The expected probability of winning a medal at Olympic Games was 20.4%. In the subgroups of Olympic participants with a relatives without a medal, no significant difference of medal probability was detected except for siblings in which this probability was lower. The medal probability was significantly higher in Olympic arts related to a former Olympic champion: 44.4% for niece / nephew, 43.4% for offspring, 64.8% for siblings, 75.5% for double cycling, and 85.7% for MZ twins with clearGreater match between MZ as DZ. A kinship with a former Olympic medal winner is associated with a higher probability that an Olympic participant will also become medal winner.The closer an athlete is genetically at such a kinship, the greater this probability.