DAFTAR PTN PESERTA SBMPTN 2013

Daftar PTN Peserta Ujian SBMPTN 2013. Kegiatan UjianSBMPTN 2013 akan segera dilaksanakan pada bulan juni 2013, teknis ujian SBMPTN 2013 ini dipastikan tidak akan jauh berbeda dengan model Ujian SNMPTN jalur tulis (kini digantikan dengan SBMPTN). Nah, untuk mengetahui Universitas atau Perguruan Tingggi Negeri apa saja yang ikut ambil bagian pada SBMTPN 2013 dan SNMPTN 2013, berikut ini daftar-daftar Universitas / PTN Peserta SBMPTN 2013.
No.ProvinsiPTN
1.ACEHUNIVERSITAS SYIAH KUALA
2.ACEHUNIVERSITAS MALIKUSSALEH
3.BALIUNIVERSITAS UDAYANA
4.BALIUNIVERSITAS PENDIDIKAN GANESHA
5.BANTENUNIVERSITAS SULTAN AGENG TIRTAYASA
6.BENGKULUUNIVERSITAS BENGKULU
7.DI YOGYAKARTAUNIVERSITAS GADJAH MADA
8.DI YOGYAKARTAUNIVERSITAS NEGERI YOGYAKARTA
9.DI YOGYAKARTAUIN SUNAN KALIJAGA YOGYAKARTA
10.DKI JAKARTAUNIVERSITAS INDONESIA
11.DKI JAKARTAUNIVERSITAS NEGERI JAKARTA
12.DKI JAKARTAUIN SYARIF HIDAYATULLAH JAKARTA
13.GORONTALOUNIVERSITAS NEGERI GORONTALO
14.JAMBIUNIVERSITAS JAMBI
15.JAWA BARATINSTITUT PERTANIAN BOGOR
16.JAWA BARATINSTITUT TEKNOLOGI BANDUNG
17.JAWA BARATUNIVERSITAS PADJADJARAN
18.JAWA BARATUNIVERSITAS PENDIDIKAN INDONESIA
19.JAWA BARATUIN SUNAN GUNUNG DJATI BANDUNG
20.JAWA TENGAHUNIVERSITAS DIPONEGORO
21.JAWA TENGAHUNIVERSITAS NEGERI SEMARANG
22.JAWA TENGAHUNIVERSITAS JENDERAL SOEDIRMAN
23.JAWA TENGAHUNIVERSITAS SEBELAS MARET
24.JAWA TIMURUNIVERSITAS AIRLANGGA
25.JAWA TIMURINSTITUT TEKNOLOGI SEPULUH NOPEMBER
26.JAWA TIMURUNIVERSITAS NEGERI SURABAYA
27.JAWA TIMURUNIVERSITAS TRUNOJOYO MADURA
28.JAWA TIMURUNIVERSITAS BRAWIJAYA
29.JAWA TIMURUNIVERSITAS NEGERI MALANG
30.JAWA TIMURUNIVERSITAS JEMBER
31.JAWA TIMURIAIN SUNAN AMPEL SURABAYA
32.JAWA TIMURUIN MALIK IBRAHIM MALANG
33.KALIMANTAN BARATUNIVERSITAS TANJUNGPURA
34.KALIMANTAN SELATANUNIVERSITAS LAMBUNG MANGKURAT
35.KALIMANTAN TENGAHUNIVERSITAS PALANGKARAYA
36.KALIMANTAN TIMURUNIVERSITAS MULAWARMAN
37.KALIMANTAN TIMURUNIVERSITAS BORNEO TARAKAN
38.KEPULAUAN BANGKA BELITUNGUNIVERSITAS BANGKA BELITUNG
39.KEPULAUAN RIAUUNIVERSITAS MARITIM RAJA ALI HAJI
40.LAMPUNGUNIVERSITAS LAMPUNG
41.MALUKUUNIVERSITAS PATTIMURA
42.MALUKU UTARAUNIVERSITAS KHAIRUN
43.NTBUNIVERSITAS MATARAM
44.NTTUNIVERSITAS NUSA CENDANA
45.PAPUAUNIVERSITAS CENDERAWASIH
46.PAPUAUNIVERSITAS MUSAMUS MERAUKE
47.PAPUA BARATUNIVERSITAS NEGERI PAPUA
48.RIAUUNIVERSITAS RIAU
49.RIAUUIN SULTAN SYARIF KASIM RIAU
50.SULAWESI SELATANUNIVERSITAS HASANUDDIN
51.SULAWESI SELATANUNIVERSITAS NEGERI MAKASSAR
52.SULAWESI SELATANUIN SULTAN ALAUDDIN MAKASSAR
53.SULAWESI TENGAHUNIVERSITAS TADULAKO
54.SULAWESI TENGGARAUNIVERSITAS HALUOLEO
55.SULAWESI UTARAUNIVERSITAS SAM RATULANGI
56.SULAWESI UTARAUNIVERSITAS NEGERI MANADO
57.SUMATERA BARATUNIVERSITAS ANDALAS
58.SUMATERA BARATUNIVERSITAS NEGERI PADANG
59.SUMATERA SELATANUNIVERSITAS SRIWIJAYA
60.SUMATERA UTARAUNIVERSITAS SUMATERA UTARA
61.SUMATERA UTARAUNIVERSITAS NEGERI MEDAN

Hacker Dengan Skill Wow dan Body Wow




Kristina Svechinskaya menjadi dalang pencurian uang senilai US$35 juta dari rekening bank di Amerika Serikat. Untuk memuluskan aksinya Kristina menggunakan software Zeus Trojan. Dalam menjalankan aksinya Kristina dibantu 37 hacker.
Secara rahasia, para hacker komplotan tersebut memantau aktivitas komputer korban, mencuri nomor rekening bank dan password. Dengan modal tersebut mereka lalu mengambil uang jutaan dolar dari rekening
korban.
Uang hasil curian itu lalu ditransfer ke ratusan rekening bank palsu milik perantara di Amerika Serikat yang menerima dan mencuci uang hasil kejahatan cyber. Si cantik dan seksi Kristina diancam pidana 40 tahun dalam sel yang dingin atas dugaan kasus persekongkolan pembobolan bank dan menggunakan paspor palsu.

'Icicles of death' discovered deep in polar oceans could hold clues to the origins of first life on Earth


Team of scientists believe first life may have originates in sea ice

  • Process of brinicle formation may have created conditions necessary for life
  • Brinicles formed by brine forced from sea ice that sinks to the sea bed

The first life on Earth may have emerged in polar seas and originated from underwater 'icicles of death', according to a new report. 
A team of scientists suggest that rather than life beginning in warm oceans, life may have been made possible by sea ice. 
They argue that the formation of brinicles, which are also known as sea stalactites, may have produced the conditions necessary for first life. 
Scroll down for video
BBC's Frozen Planet
Life on Earth may have originated in polar seas through the formation of brinicles, pictured
BBC's Frozen Planet
The existence of brinicles was discovered in the 1960s and were not filmed until 2011 when their formation in the Antarctic Ocean was captured by the BBC's Frozen Planet team
Brinicles grow downwards in polar seas when impurities such as salt water are forced from the ice as it freezes. 
Scientists only discovered the existence of the sea stalactites in the 1960s and they only filmed for the first time in 2011 in a BBC documentary. 
 
Writing in the American Chemical Society journal, the scientists say brinicles may also have fostered conditions suitable for life on other planets and moons, including Jupiter's moons Ganymede and Callisto.
The report 'Brinicles As A Case Of Inverse Chemical Gardens' states: 'Beyond Earth, the brinicle formation mechanism may be important in the context of planets and moons with ice-covered oceans', according to the research.
Sea stalactites are formed when sinking brine is so cold it causes the seawater to freeze around it.
BBC film crews recorded the natural phenomenon for the first time in the Antarctica.
In the footage, featured in the BBC One programme Frozen Plant, when the stalactite hits the seabed, a web of ice spreads killing sea urchins and starfish. 
The so-called 'icicles of death' are formed when brine sinks from ice and freezes
The so-called 'icicles of death' are formed when brine sinks from ice and freezes
It was captured using timelapse technology but camera crews said it grew so quickly it could be seen moving before their eyes.
Brine falls to the seabed because it is more dense than seawater.
When the seawater freezes as it comes into contact with the brinicle it is a lot more spongelike than normal ice.
In the report, scientists say the effect of brinicles can be compared to a 'chemical garden'.
The experiment, often performed in classrooms, results in plant growth within minutes or hours of adding solid metal salts to an aqueous solution of sodium silicate.
Bruno Escribano and colleagues write that the purifying effect of the process of salt rejection from sea ice supports theories 'for a cold origin of life on our planet or elsewhere in the universe'. 
They write: 'The origin of life is often proposed to have occurred in a hot environment, like the one found in hydrothermal vents.
'But there is a different school of thought that presents sea ice as a promoter of the emergence of the first life. 
'Brine rejection in sea ice produces all the conditions that are considered necessary for life to appear. 
'As brinicles play an important role in the dynamics of brine transport through sea ice, they might also play a role in this scenario of a cold origin of life, just as hydrothermal vents do in the hot environment theories, and in both instances chemical garden processes are fundamental.' 

'ICICLES OF DEATH': SEA STALACTITES THAT GROW TO THE SEA BED

If the conditions are right, a brinicle can reach the sea bed and trap and freeze any creatures below
If the conditions are right, a brinicle can reach the sea bed and trap and freeze any creatures below
The existence of brinicles has only been known about since the 1960s and were not filmed until the BBC's Frozen Planet team captured them on camera in 2011. 
The brinicle, or sea stalactite, is formed from sea ice when brine is ejected from the freezing salt water. 
The hollow pipe is filled with cold, supersaline water and at first is fragile before the ice thickens and the brinicle becomes more stable. 
Brinicles can grow for several feet and reach to the seabed where it freezes and traps and kills creatures like sea urchins or starfish. 
Sea ice is porous and spongelike, as it needs to force out impurities, such as brine. 
As the salt is rejected, the surrounding water becomes more saline and this lowers its freezing temperatures and increases its density. 
Therefore, the water does not freeze to ice immediately and its higher density means it sinks, creating so-called brine channels. 
The colder saline water creates more ice as it reaches unfrozen seawater and grows downward. 
The outer edges begin to accumulate a layer of ice and a brinicle is formed. 


Sir Alex will set his sights on those German thrillers now


By GARY NEVILLE

It was a strange experience to be looking on as Manchester United players celebrated winning the title while I was sat in Sky's studios in London. It was the first time in my life that had happened and I had no involvement in and around the club. 
Those evenings are the pinnacle of your career as a player and the nights you do miss when you retire. Obviously a Champions League final has more global significance and is an incredible moment of glory. 
But winning a league title is a long, hard slog of 10 months of football. It feels more of an achievement in some ways.
Ruthless: Robert Lewandowski (left) tore Real Madrid apart while up front for Borussia Dortmund
Ruthless: Robert Lewandowski (left) tore Real Madrid apart while up front for Borussia Dortmund
Visionary: Sir Alex Ferguson will hope to emulate these young German sides in the Champions League
Visionary: Sir Alex Ferguson will hope to emulate these young German sides in the Champions League
And the manner in which United have done it - winning it so decisively with four games to play - and coming back so strongly after such a demoralising setback of losing the title on goal difference in the last minute of the previous season has been extraordinary. 
That is Sir Alex Ferguson's extraordinary talent, to be able to respond to the latest challenge and to rebuild from disappointments. He congratulated Manchester City at the end of last season then, in the next breath, he spoke about the young team he was building and how they would win many more trophies. 
Even in that moment he was looking ahead. The questions I'm asked most are both about Sir Alex: how long will he go on and what keeps him going? 
The only answer I can give is that the young people with whom he works seem to invigorate him, and the challenge of what's next seems to re-energise him. 
On Monday night, he would have celebrated with his team and enjoyed the evening. 
But my guess is that on Tuesday night, he'd have been watching Bayern Munich v Barcelona then, on Wednesday, Borussia Dortmund v Real Madrid and he will have thought: 'Right, that's where we're going; that's where I'm taking this team. My young players have great ability, talent and energy. That's the level I want to get to. We'll be with Dortmund and Bayern in a year saying, "Come on! We'll be having you at your own game".' 
And that's why I cannot see him finishing. I don't think he's even thinking about it. He will be focusing on the next goal and it's staring him in the face. 
Having watched a lot of Champions League football this season and having been at Borussia Dortmund's 4-1 win over Real Madrid on Wednesday, it is clear that modern football is ever-changing and getting better. 
For me, the best teams in the world are now taking even more risks and playing with incredible energy. They are the teams that attack in great numbers and then get back into their defensive shape the quickest. 
It's about responding the fastest, both mentally and athletically. The basic principles of going forward as a team and getting back as a team haven't changed. But more players are going forward than ever; and responding and recovering quicker to get back. 
Brutal: Thomas Muller (right) and Arjen Robben (left) put Barcelona to the sword in a crushing win
Brutal: Thomas Muller (right) and Arjen Robben (left) put Barcelona to the sword in a crushing win
Stumped: Alexis Sanchez (centre) and his team-mates were humbled by the German champions
Stumped: Alexis Sanchez (centre) and his team-mates were humbled by the German champions
And no team exemplify that change more than Borussia Dortmund. They were stunning on Wednesday, and I don't use that word lightly. It wasn't that they had more ability or that we saw some of the greatest players of all time, as we do in Cristiano Ronaldo or Leo Messi. 
What was stunning was that this group of young men have the energy, intelligence and quality that only the exceptional teams have. 
At this level, the technical ability and talent are a given. But it is their energy and organisation that make the difference. 
Bayern's 4-0 win over Barcelona, though similar, was subtly different: they overpowered Barcelona. But Dortmund were just too quick for Real. 
They made them look old and slow, yet they're neither. This is no mug of a Real Madrid team - and it's not impossible they could stage one of the greatest comebacks in Champions League history. 
Real Madrid were scintillating last year when they won the La Liga title with Spanish football at its peak. But Dortmund just ran them off the pitch. 
And while Robert Lewandowski grabbed the headlines with his four goals, for me, watching games over the past few weeks, the key players are the five behind him. 
When Ilkay Gundogan goes, everyone goes with him. He's only 22 and around him he has young players in Sven Bender (23), Marco Reus (23), Mario Gotze (20) and Jakob Blaszczykowski (27). 
Ilkay Gundogan
Sven Bender
Pace maker: Ilkay Gundogan (left) sets the tone for Dortmund as Sven Bender battles with Luka Modric (right)
Feisty: Lewandowski's countryman Jakub Blaszczykowski (centre) was instrumental in Dortmund's success
Feisty: Lewandowski's countryman Jakub Blaszczykowski (centre) was instrumental in Dortmund's success
Mario Gotze
Marco Reus
Prodigious: Marco Reus (right) and Mario Gotze combined to devastating effect against Real 
I'm sure if you spoke to Robert Lewandowski he would tell you he would only be half the player without those five. 
Paris Saint-Germain, while not as effective, had similar traits against Barcelona. They had Marco Veratti, who is 20, driving them on, with Lucas Moura (20) and Javier Pastore (23) around him as well as the experience of Thiago Motta. 
For Bayern, Javier Martinez (24) set the whole tone of the performance. As a group, I think the United team of 1999 had something like that when they had Paul Scholes, Roy Keane, David Beckham, Ryan Giggs, Dwight Yorke and Andy Cole. 
Match made in heaven: David Beckham helped United to Champions League success in 1999
Match made in heaven: David Beckham helped United to Champions League success in 1999
Legendary: Sir Alex Ferguson is always looking to make his team even better
Legendary: Sir Alex Ferguson is always looking to make his team even better
I'm not one for comparing teams between eras but I would love to watch a match between that United team and the Dortmund team of today. 
With United now there is a challenge to get to that level. Sir Alex Ferguson and David Gill have spoken about additions being made to the squad this summer and you get the feeling that the club are going to go for it. 
It's not as though United need to sign four or five new players. I'm sure they will be looking to make significant additions as teams always evolve. But they'll do so in a measured fashion. 
Lucas Moura
Javier Pastore
Young guns: Javier Pastore (right) and Lucas Moura look a threat going forward for Paris Saint-Germain
Certainly they will look at that deeper midfield area. Michael Carrick has had his best ever season but they have lost Darren Fletcher to illness and Paul Scholes hasn't played for three months. 
When Sir Alex talked last year about these youngsters coming back and winning more titles, you sense that he knows his team are growing again. I have the feeling there is a Champions League team evolving once more. 
You can always sense when a United team are coming to the end of a cycle and when they are growing. 
This team are definitely in the latter category. There were seven players winning the Premier League for the first time. 
And when I look at players like Jonny Evans, Chris Smalling, Phil Jones, Rafael, Tom Cleverley, Danny Welbeck, Shinji Kagawa and Javier Hernandez, I can see them doing the same as those Dortmund and Bayern players. 
What all those players have in common, and what is crucial to the modern game, is that they can all run - and quickly. 
Talent: Shinji Kagawa (right) left Dortmund last summer for Manchester United
Talent: Shinji Kagawa (right) left Dortmund last summer for Manchester United
Phil Jones
Danny Welbeck
Hope: Phil Jones and Danny Welbeck are just two of the emerging stars at Manchester United 
Killer instinct: Javier Hernandez has been lethal in front of goal since joining the Old Trafford club
Killer instinct: Javier Hernandez has been lethal in front of goal since joining the Old Trafford club
But I would imagine Sir Alex will have been invigorated from watching Borussia Dortmund and Bayern Munich and will have thought: 'Right, we missed out this year. But I'm going to get my players into that mentality so that we're going to be there in 2014 and 2015.' 
This United team are on an upward curve. Monday wasn't the summit of their potential achievements. It was one of the smaller peaks along to the way to the summit. 
The improvement is still to come. Of course, as a club, United are at a huge advantage in being able to harness the competitive instinct of Sir Alex Ferguson. Sir Alex's greatest achievement must be that he has instilled a mentality into an entire football club that you've never done it and the job is never completed.

Atletico Madrid 1 Real Madrid 2: Di Maria inspires Jose's men after Falcao draws first blood in clash



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Real's win in the Madrid derby extended their unbeaten run against Atletico to 25 straight games - dating back to 1999 - and maintained the psychological advantage over crosstown rivals heading into their clash in the Copa del Rey final on May 17.
Jose Mourinho was without top scorer Cristiano Ronaldo healing a muscle injury for Tuesday's Champions League semi-final against Borussia Dortmund, when the Spanish giants must overturn a 4-1 loss in the first leg. 
And Atletico couldn't have hoped for a better start with Radamel Falcao scoring four minutes in. 
Job done: Real Madrid's Angel Di Maria celebrates after he netted the winner in the second half
Job done: Real Madrid's Angel Di Maria celebrates after he netted the winner in the second half
Job done: Real Madrid's Angel Di Maria celebrates after he netted the winner in the second half
Madrid, however, without sparkling at any stage, still managed to eek out the chances to ensure they took home the spoils from the Vicente Calderon.
Atletico defender Juanfran deflected Angel Di Maria's free kick into his own net in the 13th minute, and Di Maria grabbed the winner after latching on to a Karim Benzema pass with just under half an hour to play.
Although Barcelona dropped two points by drawing against Athletic Bilbao earlier in the day, the Catalan club still look set to reclaim the league title, as they sit 11 points clear of the chasing Real.
In their incredible derby run, Real have won 19 and drawn six against the lowly Atletico.
Flying start: Radamel Falcao scored after just four minutes for the hosts, who were unable to hold out
Flying start: Radamel Falcao scored after just four minutes for the hosts, who were unable to hold out
Taking a tumble: Falcao hits the deck after a tackle from Real's Michael Essien (right)
Taking a tumble: Falcao hits the deck after a tackle from Real's Michael Essien (right)

Kingfishers caught in the act: The breathtaking pictures of nature's finest fishermen that took TWO YEARS to capture



  • Philphat Suwanmon, an amateur Thai photographer, photographed rare blue-eared kingfishers fishing in a jungle
  • Had to build a hide to get the pictures and the birds are so rare experts are amazed he managed to take them at all

An amateur photographer has captured stunningly beautiful images of one of nature's finest fishermen at work.
Phiphat Suwanmon, an amateur Thai photographer, spent two years photographing the blue-eared kingfisher in an attempt to document its extraordinary feeding habits.
His striking photographs show a family of kingfishers diving into water to hunt.
Phiphat Suwanmon, an amateur Thai photographer, spent two years photographing the blue-eared kingfisher in an attempt to document its extraordinary feeding habits
Phiphat Suwanmon, an amateur Thai photographer, spent two years photographing the blue-eared kingfisher in an attempt to document its extraordinary feeding habits

BLUE-EARED KINGFISHERS: THE FACTS

The blue-eared kingfisher is found in Asia - across the Indian Subcontinent and Southeast Asia in countries including Nepal, India, Bhutan, Bangladesh and Thailand.
It is mainly found in dense forests where it hunts in streams.
It is 16cm long and is almost identical to the common kingfisher except for its blue ear coverts and darker cobalt blue upper parts.
It hunts crustaceans, dragonfly larvae and fish.
The birds are so rare that many experts are awestruck that an amateur photographer managed to take the pictures at all.
Mr Suwanmon said: ‘It was important to allow the birds to see me often and build up trust in order to allow me to take their pictures while they act naturally - not an easy feat to get wild birds to do.
‘I spent ages among the birds and had to be extremely patient but I finally got to take pictures of this wonderful bird doing what it does best.’
 
The 33-year-old roped in his family to help him create a hide in the birds’ habitat in Thailand's southern province, Satun.
After studying the animals' natural mating, feeding and living cycle the family built a studio within the wilderness and created a new feeding pond for the birds to fish in.
The photographer then encouraged the birds to continue their natural hunting while he shot exceptional pictures.
The birds, which are pictured diving into water to hunt, are so rare that many experts are awestruck that an amateur photographer managed to take the pictures at all
The birds, which are pictured diving into water to hunt, are so rare that many experts are awestruck that an amateur photographer managed to take the pictures at all
Mr Suwanmon said: 'It was important to allow the birds to see me often and build up trust in order to allow me to take their pictures while they act naturally - not an easy feat to get wild birds to do'
Mr Suwanmon said: 'It was important to allow the birds to see me often and build up trust in order to allow me to take their pictures while they act naturally - not an easy feat to get wild birds to do'
He said: ‘It takes them about one second to catch a fish. 
'They move so quickly that I had to try a variety of different methods to get the best shot.
‘But the pictures are definitely worth the hard work.’
Mr Suwanmon’s work has created a storm among wildlife photographers as admirers express their amazement of the high-quality work.
He is now hoping to use his gallery as a platform to propel Thailand to the forefront of natural world photography.
He said: ‘A lot of people said this is the first time they'd seen pictures of this quality and expected that they'd really been taken by a non-Thai photographer.
‘Hopefully this is only the start of the development of taking quality pictures, and I plan to take further series in the years ahead.’
The 33-year-old photographer roped in his family to help him create a hide in the birds' habitat in Thailand's southern province, Satun
The 33-year-old photographer roped in his family to help him create a hide in the birds' habitat in Thailand's southern province, Satun
After studying the animals' natural mating, feeding and living cycle the family built a studio within the wilderness and created a new feeding pond for the birds to fish in
After studying the animals' natural mating, feeding and living cycle the family built a studio within the wilderness and created a new feeding pond for the birds to fish in
Mr Suwanmon's work has created a storm among wildlife photographers as admirers express their amazement of the high-quality work
Mr Suwanmon's work has created a storm among wildlife photographers as admirers express their amazement of the high-quality work
He is now hoping to use his gallery as a platform to propel Thailand to the forefront of natural world photography
He is now hoping to use his gallery as a platform to propel Thailand to the forefront of natural world photography
He said: 'A lot of people said this is the first time they'd seen pictures of this quality and expected that they'd really been taken by a non-Thai photographer'
He said: 'A lot of people said this is the first time they'd seen pictures of this quality and expected that they'd really been taken by a non-Thai photographer'
Blue-eared kingfishers are found across Asia and tend to live in shady forests where they hunt for fish in streams
Blue-eared kingfishers are found across Asia and tend to live in shady forests where they hunt for fish in streams
They are about 16cm long and are almost identical to the common kingfisher except for their blue ear coverts
They are about 16cm long and are almost identical to the common kingfisher except for their blue ear coverts

Scientists baffled by see-through 'ice fish' with transparent BLOOD Rare fish has no scales, and its blood contains no haemoglobin, the substance that makes blood red Specimen believed to be the only one in captivity anywhere in the world


By MARK PRIGG


It is unique in the animal world thanks to its astonishingly clear blood.
A Japanese aquarium has revealed its latest exhibit, a a rare 'ice fish' believed to be the only one in captivity anywhere in the world.
The fish has no scales, and its blood contains no haemoglobin, the substance that makes blood red.
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An ocellated ice fish with transparent blood, caught in the Antarctic Ocean in 2011, swims in a fish tank at Tokyo Sea Life Park
An ocellated ice fish with transparent blood, caught in the Antarctic Ocean in 2011, swims in a fish tank at Tokyo Sea Life Park

HOW DO THEY SURVIVE?

The rare ice fish can still flourish in part because of the high oxygen content of the cold waters of the Southern Ocean.
It has also developed the ability to use blood plasma to circulate oxygen through the body.
Previous studies have found these fish must expend twice as much energy in cardiac output per second than fish with higher hemoglobin concentrations.
Satoshi Tada, an education specialist at the Tokyo Sea Life Park, said very little is known about the fish, which was brought back to Japan by krill fishermen.
'Luckily, we have a male and a female, and they spawned in January,' he told AFP, adding that having more examples to study might help scientists unlock some of the fish's secrets.
 
Currently researchers are baffled by its lack of the key chemical - although researchers believe the fish can live without haemoglobin because it has an unusually large heart and uses blood plasma to circulate oxygen throughout its body.
While the majority of animal species have up to 45% of hemoglobin (or other oxygen-binding and oxygen-transporting pigments) in their blood, the ice fish has only 1%. 
Researchers believe the fish can live without haemoglobin because it has an unusually large heart and uses blood plasma to circulate oxygen throughout its body
Researchers believe the fish can live without haemoglobin because it has an unusually large heart and uses blood plasma to circulate oxygen throughout its body
Although researchers believe the fish can live without haemoglobin because it has an unusually large heart and uses blood plasma to circulate oxygen throughout its body
Although researchers believe the fish can live without haemoglobin because it has an unusually large heart and uses blood plasma to circulate oxygen throughout its body
They can still flourish in part because of the high oxygen content of the cold waters of the Southern Ocean and in part because oxygen is absorbed and distributed directly by the plasma, researchers believe.
Previous studies have found these fish must expend twice as much energy in cardiac output per second than the notothenioids with higher hemoglobin concentration.
The fish has no haemaglobin, which is what makes blood red and is the agent that carries oxygen around the body
The fish has no haemaglobin, which is what makes blood red and is the agent that carries oxygen around the body
Ice Fish on the sea bed
Ice Fish on the sea bed