King Salman compensates Malaysian victims of Makkah crane collapse

Saudi Ambassador to Malaysia Mahmoud Hussein Saeed Qattan delivered the compensation payments at the Putrajaya Islamic Complex. (Photo/Supplied)
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Updated 16 January 2020
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King Salman compensates Malaysian victims of Makkah crane collapse

  • The 2015 crane disaster killed 111 pilgrims

KUALA LUMPUR: Saudi Arabia has compensated the families of Malaysian pilgrims who were killed or injured while performing Hajj in 2015 when a crane crashed into the Grand Mosque in Makkah, killing a total of 111 pilgrims of various nationalities and injuring hundreds of others.

Saudi Arabia’s Ambassador to Malaysia Mahmoud Hussein Saeed Qattan delivered the compensation payments to the Putrajaya Islamic Complex on Tuesday. Each family of the seven Malaysians who lost their lives in the accident received SR1 million ($267,000), while each of the three pilgrims injured was compensated with SR500,000 ($133,000). The compensation was paid personally by King Salman.

Malaysian Religious Affairs Minister Mujahid Rawa and representatives from Tabung Haji — the Malaysian Hajj pilgrims fund board were present at Putrajaya when Qattan delivered the payments. Rawa expressed his gratitude to King Salman for “the empathy and attention given to Malaysian pilgrims,” adding, “we are thankful for his kindness and generosity.”

The families also received an additional $5,000 from Tabung Haji and $5,000 from a takaful protection scheme.


Breakthrough in heart arrhythmia diagnosis

Updated 5 sec ago
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Breakthrough in heart arrhythmia diagnosis

JEDDAH: King Abdulaziz University has achieved a new research breakthrough in the field of cardiology by developing a simple and effective method for detecting hidden heart rhythm disorders.

These conditions are often difficult to diagnose using conventional tests and may lead to dangerously rapid heartbeats, which can sometimes be life-threatening.

The method was developed by electrophysiologist Dr. Ahmed Mokhtar as part of a collaborative research initiative with Canada’s Western University.

It aims to enhance diagnostic accuracy and accelerate clinical decision-making in cases of abnormal heart rhythms, ultimately improving the quality of care and patient safety.

The technique was tested on 24 patients, demonstrating clear effectiveness in distinguishing between dangerous and normal heart rhythms.

The findings were published in the international journal Heart Rhythm, reflecting global recognition of the study’s significance and its clinical value.