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Posts Tagged ‘Sport’

Private Medical Records Of Mo „Guinea Pig„ Farah Revealing The Drugs Sporting Chiefs Allowed To Take

Posted by addisethiopia / አዲስ ኢትዮጵያ on September 19, 2016

Mo Farah’s Hacked Medical Records Reveal Team GB Star Had Two Therapeutic Use Exemptions


Mo Farah’s medical records have been published online by a group of Russian hackers – leaving the four-time Olympic champion under pressure to clear up discrepancies in his previous declarations on steroid use.

The group of cyber-criminals, known as the Fancy Bears, was among 26 new athletes from 10 countries to see personal data leaked.

The latest information published, which relates to therapeutic use exemptions (TUEs) the athletes were granted so they could take medicine that would otherwise be banned, was stolen from the World Anti-Doping Agency’s data storage system.

This leak reveals that Farah was granted a TUE for the corticosteroid triamcinolone in October 2008 and another in July 2014 when he was placed on a morphine drip after collapsing following a training run.


My Note: Give the dog a bad name and hang him

They were aggressively accusing and attacking Orthodox Christian athletes from Ethiopia and Russia to cover up their crimes. 

Read it how they attempted to demoralize gullible Ethiopian athletes: GB athletes have ‘doubts’ over result of women’s 1500m Rio race

Attack is the best defense!

Of course, no action will be taken against these disgraceful criminals, as they control every international organization, and the lamestream medias.

Everyone was asking how and why do the British swipe so many medals at the Rio Games. The answer obvious: not only were banned substances helping them win medals, but also because its direct competitor, the Russian team, was heavily penalized.

Besides, the British have seized key posts at Wada, IAAF, the Paralympic Committee. Their people are everywhere, they are securely covered and compete and train without hassle.

Look how many of the power-addicted Lords and Sirs of Little Britain are in charge of the sport world’s bodies:


Posted in Conspiracies, Infos | Tagged: , , , , | Leave a Comment »

High Altitude Football Teams Have Significant Advantage Over Lowland Teams

Posted by addisethiopia / አዲስ ኢትዮጵያ on October 9, 2013

ከባሕር በላይ የ 2400 ሜትር ከፍታ ባላት አዲስ አበባችን የኢትዮጵያ እግርኳስ ብሔራዊ ቡድን የየትኛውንም የአፍሪቃ ቡድን የመቅጣት ተፈጥሯዊ ዕድል አለው። ስለሆነም፡ አሰልጣኞችና የሚመለከታቸው ሁሉ ይህን ገፀበረከት በመጠቀም አስፈላጊውን የታክቲክና ስትራቴጂ እርምጃ ሊወስዱ ይገባቸዋል። በመጪው እሁድ ከናይጀሪያ ጋር በሚካሄደው ግጥሚያ የኛ ተጫዋቾች በመከላከሉ ላይ ብዙ በማተኮር አልፎ አልፎ ሹልክ እያሉ በማጥቃት ተቀናቃኞቹን በቀላሉ ብዙ እንዲሮጡ ቶሎም እንዲደክሙ ማድረግ ይቻላል ብዬ እገምታለሁ።

High Altitude Football Teams Have Significant Advantage Over Lowland Teams

FlagCrossMFootball teams from high altitude countries have a significant advantage when playing at both low and high altitudes, finds a study in this week’s Christmas issue of the BMJ.

In contrast, lowland teams are unable to acclimatise to high altitude, reducing physiological performance.

At altitude, lack of oxygen (hypoxia), cold and dehydration can lead to breathlessness, headaches, nausea, dizziness and fatigue, and possibly altitude sickness. Activities such as football can make symptoms worse, preventing players from performing at full capacity.

In May 2007, football’s governing body, the Federation of International Football Associations (FIFA), banned international matches from being played at more than 2500 m above sea level. So Patrick McSharry, a research fellow at the University of Oxford, set out to assess the effect of altitude on match results and physiological performance of a large and diverse sample of professional footballers.

He analysed the scores and results of 1,460 international football matches played at different altitudes in 10 countries in South America spanning over 100 years.

Four variables were used to calculate the effect of altitude and to control for differences in team ability (probability of a win, goals scored and conceded, and altitude difference between home and away team venues).

Altitude difference had a significant negative impact on performance. High altitude teams scored more and conceded fewer goals as altitude difference increased. Each additional 1,000m of altitude difference increased the goal difference by about half of a goal.

For example, in the case of two teams from the same altitude, the probability of the home team winning is 0.537. This rises to 0.825 for an altitude difference of 3,695m (such as high altitude Bolivia versus a sea level opponent Brazil) and falls to 0.213 when the altitude difference is -3,695m (Brazil versus Bolivia).

The surprising result is that the high altitude teams also had an advantage when playing at low altitude, so benefiting from a significant advantage over their low altitude opponents at all locations.

There is still some debate over the best strategy for low altitude teams to employ when playing at high altitude to deal with this disadvantage.

He suggests that assessing individual susceptibility to altitude illness would facilitate team selection.

Source: BMJ-British Medical Journal

Altitude in Football – How Much Difference Does it Make?

Though the debate surrounding altitude in football and sport in general has been around for a number of years, it was on April 1st 2009 that the debate was really thrown up into the air (the only pun in this piece, I promise) and into the public eye. On this date, Bolivia hosted Argentina in a World Cup qualifying match in La Paz, a city that lies approximately 3600 metres above sea level. The Bolivians came up with one of the biggest shock results in international footballing history, hammering nailed on qualifiers Argentina 6-1. The visitors looked uncharacteristically slow and lethargic, but were also uncomfortable in possession. Question the FIFA world rankings as much as one may please, but when the world number 6 ranked side at the time loses 6-1 to the ranked 58 side in such a manner, many felt this was the final straw.

However, it was two years prior that FIFA first tried to address the issue of altitude in the game. In 2007, FIFA temporarily banned all international matches that were being played at above 2,500m, but less than a year later after severe pressure from CONMEBOL the ban was repealed. In a FIFA statement from 2008 they claimed Anything between 500m and 2000m was termed “low altitude”; and at low altitudes, and at low altitudes it was claimed “minor impairment of aerobic performance becomes detectable”. Beyond this, it is unclear where the figure of 2,500m being the acceptable limit was forged, and why it was this particular altitude that was the cut off limit. It is widely known that travelling to a higher altitude without the appropriate time to acclimatise has detrimental effects on cardiovascular activities (to the extent of mountain sickness, even below altitudes of 4000m), but beyond this, higher altitudes and the respective change in atmospheric pressure can result in a change in the flight path of a football. The reason it took this long to address is relatively simple – many felt that altitude could just be part of a “home advantage”. The days of compact, dank away dressing rooms are well within memory and it is only this season that sizes of pitches have been standardised. The philosophy of complete neutrality, or in an economists terms “all other things being equal”, is actually a relatively new idea – but nevertheless an idea that has to be addressed in the modern game.

Certain difficulties arise in data collection. Simply put, the number of nations with any footballing integrity that also play at altitude is slim. More specifically, it’s three. All based in South America, the majority of studies focus on matches at Quito, Ecuador (2800m), Bogot, Colombia (2550m) and La Paz, Bolivia (3600m). This small sample size of countries over this mythical 2500m boundary provides an obstacle in data collection but luckily, all three have long standing footballing traditions – meaning many matches have taken place at all three venues. Though there have been complaints at lower levels of altitude (Denmark and Netherlands blamed poor performance on playing at Johannesburg, 1750m), many studies have scrapped the idea that altitudes below 2000m have a large effect on performance. So for the sake of argument, we shall look only at the three nations in South America.

What is immediately interesting is that is appears there is no linear correlation in the data. It isn’t a case of ‘the higher you go, the harder it gets’ – but that only after certain altitudes does the game become much harder.


These graphs (taken from – show an interesting finding. The dark blue represents games below 2000m and the lighter grey above 2000m. It clearly shows that whilst Bolivia and Ecuador gain is almost all areas of the game from playing at home (3600m and 2800m respectively), the lower of the three national stadiums (Colombia at 2550m) actually fared worse at home than when travelling. Furthermore, this data has been collected over many decades of play, so despite the small sample size cannot be considered an anomaly. The analysis shows that travelling teams have success in Colombia, but just 250m further up in Ecuador the winning percentage from the home team increases by 25 to 30%. Further up in La Paz, the winning percentage increase becomes 45%. Perhaps this indicates that there should be a cut off for matches at altitude, but what remains unclear is how much of this advantage comes from the altitude change and how much from other factors traditionally associated with the ‘home advantage’. The variables that naturally vary from nation to nation (humidity, atmospheric pressure, air quality, temperature etc) certainly have to factor into this advantage too.

Some studies have also, interestingly, made a connection between travelling to lower altitudes and this also having a detrimental effect on play. These studies, however, were conducted during the early part of the collective research into this subject, and failed to take into account footballing quality of the nations at higher altitudes and also the difference in quality of nations over time. Figures as erratic as a 27% less chance of winning when travelling to lower altitudes have been published – but fail to take in other basic variables; namely, that the three historically most successful teams on the continent all play at lower altitudes. If it wasn’t a complicated enough issue through battling the immeasurable variables and the limited data pool, it definitely becomes complicated once one has to sift through poor research. Any high school science or economics student will tell you that correlation does not equal causation. Reputed sports scientists working on data to be considered by FIFA, apparently, would not tell you this.

But beyond the poor quality of some studies, many are of course convincing and reputable in their argument – and it is said studies that provide some interesting findings. Initially, certain studies have claimed that whilst the outcome of the match does not change very often, the margin of winning does. In the current league table World Cup Qualifying format that South America has, this is obviously an issue that needs to be addressed. Furthermore, a different study into altitude speculates that more than a third of the goals scored in these three high altitude locations are scored in the final 15 minutes, and are overwhelmingly in favour of the home team. This could show that visiting players are able to perform at close to their optimal level, but not for a full 90 minute match.

To conclude, whether the evidence is anecdotal or statistical, the evidence is there that altitude does affect the game. However, at this time it remains unclear what specific altitudes should be deemed acceptable, but there does seem to be a presence of a certain height where players can still perform. Thus, policy implementation becomes difficult. There is a clear advantage of playing in La Paz at 3600m, and this is almost universally accepted by the scientific community looking into this matter. But below this height, the statistics often contradict each other and a ban on a single nation’s participation in their national stadium would be widely protested. Certain in game solutions have not been considered yet, however. Obviously acclimatisation is largely impractical due to the small time frame teams have to play international matches – but a system of a drinks break and short rest at the 22.5min/67.5min periods (as has been implemented in the French Ligue 1 to combat temperature) may well have a positive effect on the game’s outcome and standard over the full 90 minutes. This, at the present moment, is pure speculation on my behalf and has not been tested. What is clear is that this is an issue, and a particularly complicated one at that – no decision will come without protest, but the data shows that something definitely should be done.



Posted in Curiosity, Ethiopia | Tagged: , , , , , , , | Leave a Comment »

Fantastic Meseret!

Posted by addisethiopia / አዲስ ኢትዮጵያ on August 18, 2013


Our girls are truly writing history, even if the media attention is somewhere else. RESPECT!

Lelisa Desisa, Tadesse Tola, Almaz Ayana, Sofia Assefa, Hagos Gebrhiwet, congratulations to you all!

Ugandan Stephen Kiprotich switching sides — running in a zig-zag pattern to irritate Lelisa, the Boston Marathon winner. Very Rude! In sports like Motorsport Kiprotich would have been disqualified.




Posted in Ethiopia, Infos | Tagged: , , , , , | 1 Comment »

Thunder Vs. Spurs GAME 6 HIGHLIGHTS

Posted by addisethiopia / አዲስ ኢትዮጵያ on June 7, 2012

What a terrific game, a great victory for OKC. The consistency, dedication, endurance of K. Durant is absolutely stunning. Well, let the Durant Period begin! I can’t wait for The Thunder vs, hopefully, The Heats final.


Posted in Infotainment | Tagged: , , , , , , | 1 Comment »

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