Minimally invasive surgical methods have been developed to provide patients the benefits of open operations with decreased pain and suffering. We have developed a system that allows the performance of cardiopulmonary bypass and myocardial protection with cardioplegic arrest without sternotomy or thoracotomy. In a canine model, we successfully used this system to anastomose the internal thoracic artery to the left anterior descending coronary artery in nine of 10 animals. The left internal thoracic artery was dissected from the chest wall, and the pericardium was opened with the use of thoracoscopic techniques and single lung ventilation. The heart was arrested with a cold blood cardioplegic solution delivered through the central lumen of a balloon occlusion catheter (Endoaortic Clamp; Heartport, Inc., Redwood City, Calif.) in the ascending aorta, and cardiopulmonary bypass was maintained with femorofemoral bypass. An operating microscope modified to allow introduction of the 3.5× magnification objective into the chest was positioned through a 10 mm port over the site of the anastomosis. The anastomosis was performed with modified surgical instruments introduced through additional 5 mm ports. In the cadaver model (n = 7) the internal thoracic artery was harvested and the pericardium opened by means of similar techniques. A precise arteriotomy was made with microvascular thoracoscopic instruments under the modified microscope on four cadavers. In three other cadavers we assessed the exposure provided by a small anterior incision (4 to 6 cm) over the fourth intercostal space. This anterior port can assist in dissection of the distal internal thoracic artery and provides direct access to the left anterior descending, circumflex, and posterior descending arteries. We have demonstrated the potential feasibility of grafting the internal thoracic artery to coronary arteries with the heart arrested and protected, without a major thoracotomy or sternotomy. (J THORAC CARDIOVASC SURG 1996;111:567-73)
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<3
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great game, great giveaway!
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This comment was deleted 3 years ago.
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Did you happen to say that minimally invasive surgical methods have been developed to provide patients the benefits of open operations with decreased pain and suffering. We have developed a system that allows the performance of cardiopulmonary bypass and myocardial protection with cardioplegic arrest without sternotomy or thoracotomy. In a canine model, we successfully used this system to anastomose the internal thoracic artery to the left anterior descending coronary artery in nine of 10 animals. The left internal thoracic artery was dissected from the chest wall, and the pericardium was opened with the use of thoracoscopic techniques and single lung ventilation. The heart was arrested with a cold blood cardioplegic solution delivered through the central lumen of a balloon occlusion catheter (Endoaortic Clamp; Heartport, Inc., Redwood City, Calif.) in the ascending aorta, and cardiopulmonary bypass was maintained with femorofemoral bypass. An operating microscope modified to allow introduction of the 3.5× magnification objective into the chest was positioned through a 10 mm port over the site of the anastomosis. The anastomosis was performed with modified surgical instruments introduced through additional 5 mm ports. In the cadaver model (n = 7) the internal thoracic artery was harvested and the pericardium opened by means of similar techniques. A precise arteriotomy was made with microvascular thoracoscopic instruments under the modified microscope on four cadavers. In three other cadavers we assessed the exposure provided by a small anterior incision (4 to 6 cm) over the fourth intercostal space. This anterior port can assist in dissection of the distal internal thoracic artery and provides direct access to the left anterior descending, circumflex, and posterior descending arteries. We have demonstrated the potential feasibility of grafting the internal thoracic artery to coronary arteries with the heart arrested and protected, without a major thoracotomy or sternotomy?
I think you did...
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For those of you who dont wish to read it means: COOKIE :D
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Fantastic.
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Saying that "Minimally invasive surgical methods have been developed to provide patients the benefits of open operations with decreased pain and suffering. We have developed a system that allows the performance of cardiopulmonary bypass and myocardial protection with cardioplegic arrest without sternotomy or thoracotomy. In a canine model, we successfully used this system to anastomose the internal thoracic artery to the left anterior descending coronary artery in nine of 10 animals. The left internal thoracic artery was dissected from the chest wall, and the pericardium was opened with the use of thoracoscopic techniques and single lung ventilation. The heart was arrested with a cold blood cardioplegic solution delivered through the central lumen of a balloon occlusion catheter (Endoaortic Clamp; Heartport, Inc., Redwood City, Calif.) in the ascending aorta, and cardiopulmonary bypass was maintained with femorofemoral bypass. An operating microscope modified to allow introduction of the 3.5× magnification objective into the chest was positioned through a 10 mm port over the site of the anastomosis. The anastomosis was performed with modified surgical instruments introduced through additional 5 mm ports. In the cadaver model (n = 7) the internal thoracic artery was harvested and the pericardium opened by means of similar techniques. A precise arteriotomy was made with microvascular thoracoscopic instruments under the modified microscope on four cadavers. In three other cadavers we assessed the exposure provided by a small anterior incision (4 to 6 cm) over the fourth intercostal space. This anterior port can assist in dissection of the distal internal thoracic artery and provides direct access to the left anterior descending, circumflex, and posterior descending arteries. We have demonstrated the potential feasibility of grafting the internal thoracic artery to coronary arteries with the heart arrested and protected, without a major thoracotomy or sternotomy." means COOKIE without even letting them consider the possibilities, in my humble opinion, is preposterous.
You should know better!
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Bean Bag Buccaneers is a two player children's game, the object of which is to pick up your treasure chest on the central island and sail back safely.
Each player has a giant sailing ship as their main game piece. Each ship has a removable sail, two trigger-action side panels, and a huge spring-driven cannon. Players take turns moving forward along a prescribed track and shooting bean bags at their opponent's ship. A hit on one of the side panels will force it to pop off and give the player a free shot at the other side; a hit forcing the sail off becalms the ship for a turn.
To add to the pirate flavor, each player also has an eye patch. Wearing these will slightly affect depth perception and add a marginal bit of sport to the shooting.
This game retailed for the somewhat impressive sum of $16 back in 1962. With its huge plastic ships (close to a foot long), giant vinyl play mat, and the eye patches, it may well stand as one of the more overproduced games of the early 1960s.
Can't believe no-one posted that already. Lina, I am disappoint.
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My brain hurts Dx thank you :b
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Thanks! Hope the winner loves it as much as I do!
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Thank you for the giveaway!
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Thank you for this awesome wall of text :) (already had the game).
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Damn fun game, nice giveaway. Can't enter as I have it.
Good luck everyone else. :)
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I agree with everything you just said.
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Amazing gaaaaaaaame <3
Thank you for sharing it and good luck all :)
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I. Love. This. game.
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Thanks for the giveaway and large wall of text
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Already got the game, but thanks :)
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Thanks
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thanks!
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AHHHHHHHHHHHHHHHHSOMUCHTEXT
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o.o
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Thanks Ego! Also, you're hilarious xD
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Thanks.
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Thank you
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Thanks for your kindness!
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OK
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Thanks for the giveaway!
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Thanks for the giveaway and the information about surgeries :P
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umm, ok...
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