Kasus Pengaturan Skor di Sepak Bola Indonesia Mengerucut ke Satu Nama



Bola.com, Jakarta - Isu pengaturan skor di perhelatan kompetisi sepak bola Tanah Air bukan barang baru. Setiap musim, selalu muncul kasus-kasus kontroversial yang mengarah ke hal tersebut di berbagai level kompetisi. Sayang, bak orang kentut. Baunya terasa namun, kebenaran adanya match fixing di Indonesia tak kunjung dibuktikan secara otentik.

Rumor soal kasus pengaturan skor mengembali menghangat di tengah badai kritik masyarakat luas ke Ketua Umum PSSI, Edy Rahmayadi, usai kegagalan Timnas Indonesia di Piala AFF 2016. Sejumlah pelaku sepak bola nasional buka-bukaan soal match fixing di acara talkhow Mata Najwa yang bertajuk "PSSI Bisa Apa?" yang ditayangkan Rabu (28/11/2018) malam di stasiun televisi, Trans7.

Manajer klub kontestan Liga 3 Persekam Metro FC, Bambang Suryo (BS), salah satu nara sumber di Mata Najwa salah satu figur yang bersuara lantang. Pria yang mengaku pernah jadi pelaku pengaturan skor yang bekerja sama dengan bandar internasional menyebut nama Vigit Waluyo sebagai biang kerok sejumlah match fixing di Indonesia.

Awalnya, BS menyebut jika di Indonesia ada seorang bandar yang mengurus hal-hal terkait pengaturan skor di dunia persepakbolaan.

"Saya sebut dia sontoloyo, orang ini adalah orang pertama yang pernah kerja sama dengan saya. Beliau dulu pemilik klub, sekarang ini orang kepercayaan Kamboja Bet365, orang Indonesia," ujarnya.

Bambang awalnya enggan menyebutkan siapa sosoak yang ia sebut sebagai sontoloyo itu.

Namun, ketika Anggota Komite Eksekutif PSSI Gusti Randa, yang juga hadir menjadi narasumber, diminta Najwa Shihab untuk memberikan tanggapannya, Bambang pun mengungkapkan nama Vigit.

Bambang bereaksi usai pernyataan Gusti Randa yang menyebutkan jika PSSI bisa melakukan segalanya untuk persepak bolaan Indonesia.

Gusti Randa menjanjikan bahwa PSSI akan menyikat oknum-oknum yang merusak kemurnian sepak bola Tanah Air

"PSSI bisa apa? Bisa Segalanya. Apalagi dalam konteks match fixing itu. Jika ada yang seperti itu, maka laporkan kepada kami. Kebetulan saya Komite Hukum. Tidak usah fakta, terendus saja, akan kita sikat," kata Gusti Randa yang juga merupakan politisi Partai Kebangkitan Bangsa.

Gusar dengan pernyataan Gusti, Bambang pun membongkar nama orang yang ia sebut 'sontoloyo'

BS juga menanyakan ke Gusti kenapa Vigit yang terlibat banyak kasus tidak pernah dipanggil Komisi Disiplin PSSI untuk disidik.

"Lho ini sudah saya buka, kenapa Vigit tidak dipanggil PSSI?" ujar Bambang Suryo.

"Ya laporannya mana?" timpal Gusti Randa.

"Jadi apa? Apa PSSI hanya menunggu laporan? Apa hanya menunggu hasil pertandingan?" ujar Bambang lagi.

BS curhat kalau seringkali PSSI kepengurusan Edy Rahmayadi diam saja dengan adanya mafia di persepakbolaan Indonesia.

"Dulu zamannya Pak Nyalla (Mantan Ketua Umum PSSI, La Nyalla Mattalitti), mafia dikejar-kejar. Tapi sekarang mafia dibiarkan. Nyatanya banyak kejanggalan-kejanggalan yang terjadi. Saya bicara ini fakta," ujar Bambang Suryo.

Menarik menyaksikan efek bola salju rumor pengaturan skor di acara Mata Najwa.


Mesothelioma is a rare type of cancer that develops in the pleura, a thin membrane that separates the lung from the chest wall. As it progresses along the membrane, it results in breathing difficulties, chest pain and fever. It usually occurs from prior exposure to asbestos, a type of mineral fiber used in the insulation industry. Less commonly, mesothelioma can also arise, less commonly, along the lining of the abdomen.
Mesothelioma, unlike other cancers, tends to grow mainly along the surface of the lung and other surfaces of the chest resulting in pain from invasion of nerves, and shortness of breath from compression of the lungs or restriction of lung expansion. Tumor nodules and fluid accumulates along the pleural space between the lung and the chest wall. Sometimes the growth of the tumor leads to fever. Though mesothelioma can spread to chest lymph nodes and invade into the lung, it is rare for it to spread to the rest of the body. Left untreated, mesothelioma worsens and can cause death.
Mesothelioma generally occurs in people who have previously been exposed to asbestos, sometimes 40 to 60 years prior to the diagnosis. In most cases, mesothelioma occurs at least 20 years after asbestos exposure. Those who get mesothelioma are usually exposed to higher levels of asbestos than those who get other asbestos-related disease, including lung scarring (fibrosis) and lung cancer.
Asbestos exposure: Asbestos is a mineral fiber that resists fire and heat, and has been used in insulation and fire retardant materials. Concerns over human safety appeared at the beginning of the 20th and its use was finally banned or tightly regulated in most countries 30 years ago. Most individuals who develop mesothelioma due to asbestos were exposed during their work, called an "occupational exposure". The typical occupations associated with exposure to asbestos include mining or milling, electricians, plumbers, pipe-fitters, insulators and even individuals who have remodeled older homes or lived with workers exposed to asbestos. Living in a house that contains asbestos is not generally considered to be a cause of mesothelioma when the asbestos is enclosed in walls and ceilings, and not directly breathed by individuals.
Smoking is not a risk factor for mesothelioma; however, quitting smoking is extremely important: asbestos exposure does not increase the risk of mesothelioma, but does increase the risk of lung cancer in general.
Other types of fibers, such as erionite, are thought to be responsible for mesothelioma, as well. Erionite has been identified in a specific region in Turkey called Cappadocia and is thought to be responsible for the high rate of mesotheliomas observed in that area.
Age: The risk of developing mesothelioma increases with age. This is due to the fact that it takes a long time for mesothelioma to develop after asbestos exposure, usually at least 20 years. This length of time from exposure to malignancy is called latency.
Other causes have been discovered, including prior radiation therapy, particularly in patients who have received high doses of radiation therapy to the chest for cancer, such as in the treatment of lymphoma, and certain rare genetic mutations. These causes are much less common than asbestos exposure.
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