"I fought the good fight, I finished my career, I have kept the faith." – Lucas Silva
LUCAS SILVA got a yellow card. Many got a RED.
The young Brazilian footballer and Real Madrid starlet, Lucas Silva, was forced to retire from professional football at the tender age of 23. On the verge of a transfer to Sporting Lisbon, the deal fell through when he failed the physical. Silva took to social media to confirm his retirement, citing heart-health related issues. His Instagram bio reads: "I fought the good fight, I finished my career, I have kept the faith."
Sad news. Touted as one of the most promising emerging talents in Europe, Lucas Silva had to end his career before it really started. When it comes to cardiac health, you really don't want to play the odds. Back in 2012, when Fabrice Muamba collapsed while playing for Bolton, the football community harboured hopes of seeing him take to the field again — but that was not on the cards.
Silva's retirement created a buzz in the media. Some people even blamed the club for not keeping a keen eye on the health of the player. But is that really the club's fault? Sports academies run a battery of tests on their players periodically. So how did something as basic as cardiac health slip through the cracks? How did a 23-year-old footballer develop cardiac issues at all?
The Offside Trap: Catching You Off-Guard
Footballers are the epitome of fitness. We all know that eating right and exercising regularly keeps our heart healthy — but is that really enough? Lucas exercised daily, ate the healthiest food possible, was a non-drinker and a non-smoker, and yet at 23 he had to retire due to heart-health related medical concerns.
Yes, our daily routine, lifestyle, habits, and nutrition play a vital role in keeping us healthy. But moments like this make us realise that at the end of the day, that's not always enough. Genetics — that's what pulls the strings.
No matter who you are, no matter what you do, the laws of genetics apply — whether you choose to learn about them or turn a blind eye.
Though there's no doubt that the medical staff at his club kept a keen eye on his health, Lucas still developed a cardiac condition that rendered him unable to continue his profession. Footballers deal with extreme levels of physical stress. This takes a massive toll on the heart. If a player has an underlying cardiac condition, it will go unnoticed until it manifests. Lucas is lucky his condition was caught early. There's an endless list of players who were not so lucky.
Those Shown the Red Card
1. Jeanine Christelle Djomnang | Age 26 | Cameroon national team | 9 May 2016
Cameroonian goalkeeper collapsed during her warm-up before a match. She died of a suspected heart attack.
2. Bernardo Ribeiro | Age 26 | Friburguense | 7 May 2016
Brazilian footballer collapsed during a friendly match and died of a suspected heart attack.
3. Patrick Ekeng | Age 26 | Dinamo București | 6 May 2016
Collapsed in a match seven minutes after coming on from the bench. Died less than two hours later in hospital.
4. Gregory Mertens | Age 24 | Sporting Lokeren | 30 April 2015
Belgian footballer died of heart failure three days after collapsing during a reserve team match, having never regained consciousness.
5. Tim Nicot | Age 23 | Beerschot-Wilrijk | 11 May 2015
Belgian footballer died of heart failure during a tournament game, only two weeks after Gregory Mertens.
6. Yair Clavijo | Age 18 | Sporting Cristal | 21 July 2013
Died during a reserve match. Autopsy determined cause of death as cerebral edema caused by hypertrophic cardiomyopathy.
7. D. Venkatesh | Age 27 | Bangalore Mars | 15 March 2012
Collapsed toward the end of a game. Reports suggest cardiac arrest as the cause of death.
8. Antonio Puerta | Age 22 | Sevilla FC | 28 August 2007
Collapsed during a match against Getafe C.F. Died later in hospital after several cardiac arrests. Autopsy revealed arrhythmogenic right ventricular cardiomyopathy (ARVC) — a hereditary condition.
The Genetic Connection
Many of these conditions — hypertrophic cardiomyopathy, ARVC, long QT syndrome — are hereditary. They are written in the DNA. Standard fitness tests and ECGs often miss them entirely. Genetic testing can identify these inherited cardiac risk variants before they manifest — giving athletes, coaches, and families the information they need to act early.
Know Your Cardiac Genetic Risk Before It Knows You
Genomepatri by MapmyGenome screens your genetic predisposition to cardiovascular conditions — including inherited cardiac risk factors that standard tests miss. One test. Lifetime insights.
