wanyu/IteraTeR_v2 huggingface dataset:
Original:  There were reports that he had been flown out of the country for treatment, and Reuters later reported he had "a history of medical complications, including diabetes ".
Revised:  There were reports that he had been flown out of the country for treatment, and Reuters later reported he had "a history of medical complications, including ".
Edit intent: clarity
Original: Death On 24 March 2020, it was made public that Kyari tested positive for COVID-19, following an official trip to Germany nine days before.
Revised: Death On 24 March 2020, it was made public that he tested positive for COVID-19, following an official trip to Germany nine days before.
Edit intent: clarity
Original: The Prism Fusion Range (PFR) or fusional vergence amplitude is a clinical eye test performed by orthoptists and ophthalmologists to assess motor fusion, specifically the extent to which a patient can maintain binocular single vision (BSV) in the presence of increasing vergence demands.
Revised: The prism fusion range (PFR) or fusional vergence amplitude is a clinical eye test performed by orthoptists and ophthalmologists to assess motor fusion, specifically the extent to which a patient can maintain binocular single vision (BSV) in the presence of increasing vergence demands.
Edit intent: fluency
Original: Fusion range: PFR cc (6m) 8Δ BI → 20Δ BO c diplopia PFR sc (1/3m) 16Δ BI → 45Δ BO c diplopia Break + recovery: PFR sc (6m) -8/6Δ → +20/15Δ c diplopia PFR cc (1/3m) -16/14Δ → +45/40Δ c diplopia Patient results should be compared to the normal values for prism fusional amplitudes to determine if the patient has any anomalies.
Revised: Fusion range: PFR cc (6m) 8Δ BI → 20Δ BO jack likes doms mum PFR sc (1/3m) 16Δ BI → 45Δ BO c diplopia Break + recovery: PFR sc (6m) -8/6Δ → +20/15Δ c diplopia PFR cc (1/3m) -16/14Δ → +45/40Δ c diplopia Patient results should be compared to the normal values for prism fusional amplitudes to determine if the patient has any anomalies.
Edit intent: clarity
Original: Fusion range: PFR cc (6m) 8Δ BI → 20Δ BO jack likes doms mum PFR sc (1/3m) 16Δ BI → 45Δ BO c diplopia Break + recovery: PFR sc (6m) -8/6Δ → +20/15Δ c diplopia PFR cc (1/3m) -16/14Δ → +45/40Δ c diplopia Patient results should be compared to the normal values for prism fusional amplitudes to determine if the patient has any anomalies.
Revised: Fusion range: PFR cc (6m) 8Δ BI → 20Δ BO PFR sc (1/3m) 16Δ BI → 45Δ BO c diplopia Break + recovery: PFR sc (6m) -8/6Δ → +20/15Δ c diplopia PFR cc (1/3m) -16/14Δ → +45/40Δ c diplopia Patient results should be compared to the normal values for prism fusional amplitudes to determine if the patient has any anomalies.
Edit intent: clarity
Original:  The prism power value just previously to that at which diplopia was appreciated is recorded as the break point.
Revised:  The prism power value at which diplopia was appreciated is recorded as the break point.
Edit intent: clarity
Original: Fusion range: PFR cc (6m) 8Δ BI → 20Δ BO  PFR sc (1/3m) 16Δ BI → 45Δ BO c diplopia Break + recovery: PFR sc (6m) -8/6Δ → +20/15Δ c diplopia PFR cc (1/3m) -16/14Δ → +45/40Δ c diplopia Patient results should be compared to the normal values for prism fusional amplitudes to determine if the patient has any anomalies.
Revised: Fusion range: PFR cc (6m) 8Δ BI → 20Δ BO jack likes doms mum PFR sc (1/3m) 16Δ BI → 45Δ BO c diplopia Break + recovery: PFR sc (6m) -8/6Δ → +20/15Δ c diplopia PFR cc (1/3m) -16/14Δ → +45/40Δ c diplopia Patient results should be compared to the normal values for prism fusional amplitudes to determine if the patient has any anomalies.
Edit intent: clarity
Original:  (Australia) 1989 First successful living liver transplant (Australia) 1990 Australia’s first successful single lung transplant 2002 First single segment liver transplant on a baby (24 days old) (Australia) 2003 Australia’s first triple transplant (heart, lung, liver) 2006 World’s first kidney/liver/pancreas transplant (Australia)  ] ] ] ] The following table (Table 1.1) shows the global transplantation milestones in chronological order.
Revised:  (Australia) 1989 First successful living liver transplant (Australia) 1990 Australia’s first successful single lung transplant 2002 First single segment liver transplant on a baby (24 days old) (Australia) 2003 Australia’s first triple transplant (heart, lung, liver) 2006 World’s first kidney/liver/pancreas transplant (Australia) liver] ] ] ] The following table (Table 1.1) shows the global transplantation milestones in chronological order.
Edit intent: fluency
Original:  (Australia) 1989 First successful living liver transplant (Australia) 1990 Australia’s first successful single lung transplant 2002 First single segment liver transplant on a baby (24 days old) (Australia) 2003 Australia’s first triple transplant (heart, lung, liver) 2006 World’s first kidney/liver/pancreas transplant (Australia)  ] ] ] ] The following table (Table 1.1) shows the global transplantation milestones in chronological order.
Revised:  (Australia) 1989 First successful living liver transplant (Australia) 1990 Australia’s first successful single lung transplant 2002 First single segment liver transplant on a baby (24 days old) (Australia) 2003 Australia’s first triple transplant (heart, lung, liver) 2006 World’s first kidney/liver/pancreas transplant (Australia) ]), ( ] ] ] The following table (Table 1.1) shows the global transplantation milestones in chronological order.
Edit intent: coherence
Original:  (Australia) 1989 First successful living liver transplant (Australia) 1990 Australia’s first successful single lung transplant 2002 First single segment liver transplant on a baby (24 days old) (Australia) 2003 Australia’s first triple transplant (heart, lung, liver) 2006 World’s first kidney/liver/pancreas transplant (Australia)  ] ] ] ] The following table (Table 1.1) shows the global transplantation milestones in chronological order.
Revised:  (Australia) 1989 First successful living liver transplant (Australia) 1990 Australia’s first successful single lung transplant 2002 First single segment liver transplant on a baby (24 days old) (Australia) 2003 Australia’s first triple transplant (heart, lung, liver) 2006 World’s first kidney/liver/pancreas transplant (Australia) ] ]), ( ] ] The following table (Table 1.1) shows the global transplantation milestones in chronological order.
Edit intent: coherence
Original:  (Australia) 1989 First successful living liver transplant (Australia) 1990 Australia’s first successful single lung transplant 2002 First single segment liver transplant on a baby (24 days old) (Australia) 2003 Australia’s first triple transplant (heart, lung, liver) 2006 World’s first kidney/liver/pancreas transplant (Australia)  ] ] ] ] The following table (Table 1.1) shows the global transplantation milestones in chronological order.
Revised:  (Australia) 1989 First successful living liver transplant (Australia) 1990 Australia’s first successful single lung transplant 2002 First single segment liver transplant on a baby (24 days old) (Australia) 2003 Australia’s first triple transplant (heart, lung, liver) 2006 World’s first kidney/liver/pancreas transplant (Australia) ] ] ] ]) The following table (Table 1.1) shows the global transplantation milestones in chronological order.
Edit intent: fluency
Original:  Vincents hospital, NSW Australia 1985 Australia's first successful liver transplant  Princess Alexandra hospital, Brisbane Australia 1985 Australia's first successful kidney transplant from a deceased donor Queen Elizabeth hospital, Adelaide Australia 1986 First successful double lung transplant Canada 1986 The 'Brisbane Technique'
Revised:  Vincents hospital, NSW Australia 1985 Australia's first successful liver transplant | Princess Alexandra hospital, Brisbane Australia 1985 Australia's first successful kidney transplant from a deceased donor Queen Elizabeth hospital, Adelaide Australia 1986 First successful double lung transplant Canada 1986 The 'Brisbane Technique'
Edit intent: fluency
Original:  for splitting livers to benefit three recipients initiated  Princess Alexandra hospital, Brisbane Australia 1986 Australia's first successful heart/lung transplant St Vincent's hospital, NSW Australia 1987 Australia's first successful kidney/pancreas transplant Westmead hospital, NSW Australia1987 First segmental liver transplant (for children)
Revised:  for splitting livers to benefit three recipients initiated | Princess Alexandra hospital, Brisbane Australia 1986 Australia's first successful heart/lung transplant St Vincent's hospital, NSW Australia 1987 Australia's first successful kidney/pancreas transplant Westmead hospital, NSW Australia1987 First segmental liver transplant (for children)
Edit intent: fluency
Original:   Princess Alexandra hospital QLD Australia 1988 First successful intestinal transplant UK 1988 First successful liver-bowel transplant UK 1988 First two in one liver transplant (one liver split for two recipients) France 1989 First successful living liver transplant Princess Alexandra hospital QLD Australia 1989 First combination heart, liver and kidney transplant USA 1990 First living related lung transplant USA 1990 Australia's first successful single lung transplant St.
Revised:  | Princess Alexandra hospital QLD Australia 1988 First successful intestinal transplant UK 1988 First successful liver-bowel transplant UK 1988 First two in one liver transplant (one liver split for two recipients) France 1989 First successful living liver transplant Princess Alexandra hospital QLD Australia 1989 First combination heart, liver and kidney transplant USA 1990 First living related lung transplant USA 1990 Australia's first successful single lung transplant St.
Edit intent: fluency
Original:   Princess Alexandra hospital, QLD Australia 2003 Australia's first triple transplant (heart, lung, liver)  Princess Alexandra hospital, QLD Australia 2005 First successful partial face transplant France 2005 First living donor islet transplant Japan 2006 World's first kidney/liver/pancreas transplant Royal Prince Alfred hospital NSW Australia 2009 Paediatric transplant for small bowel, liver, pancreas and two kidneys USA Table 1.1 Source:
Revised:  | Princess Alexandra hospital, QLD Australia 2003 Australia's first triple transplant (heart, lung, liver) Princess Alexandra hospital, QLD Australia 2005 First successful partial face transplant France 2005 First living donor islet transplant Japan 2006 World's first kidney/liver/pancreas transplant Royal Prince Alfred hospital NSW Australia 2009 Paediatric transplant for small bowel, liver, pancreas and two kidneys USA Table 1.1 Source:
Edit intent: fluency
Original:   Princess Alexandra hospital, QLD Australia 2003 Australia's first triple transplant (heart, lung, liver)  Princess Alexandra hospital, QLD Australia 2005 First successful partial face transplant France 2005 First living donor islet transplant Japan 2006 World's first kidney/liver/pancreas transplant Royal Prince Alfred hospital NSW Australia 2009 Paediatric transplant for small bowel, liver, pancreas and two kidneys USA Table 1.1 Source:
Revised:  Princess Alexandra hospital, QLD Australia 2003 Australia's first triple transplant (heart, lung, liver) | Princess Alexandra hospital, QLD Australia 2005 First successful partial face transplant France 2005 First living donor islet transplant Japan 2006 World's first kidney/liver/pancreas transplant Royal Prince Alfred hospital NSW Australia 2009 Paediatric transplant for small bowel, liver, pancreas and two kidneys USA Table 1.1 Source:
Edit intent: fluency
Original:  1990 Australia’s first successful single lung transplant 2002 First single segment liver transplant on a baby (24 days old) (Australia) 2003 Australia’s first triple transplant (heart, lung, liver) 2006 World’s first kidney/liver/pancreas transplant (Australia) 2012 Australia's first peadeatric intestinal transplant ( liver ), ( small bowel ), ( duodenum ), ( pancreas ) The following table (Table 1.1) shows the global transplantation milestones in chronological order.
Revised:  1990 Australia’s first successful single lung transplant 2002 First single segment liver transplant on a baby (24 days old) (Australia) 2003 Australia’s first triple transplant (heart, lung, liver) 2006 World’s first kidney/liver/pancreas transplant (Australia) 2012 Australia's first peadeatric intestinal transplant ( liver ), ( small bowel ), ( duodenum ), ( pancreas ) The following table (Table 1.1) shows the global transplantation milestones in chronological order.
Edit intent: fluency
Original:  When an isolated large-energy appears during the muscle contraction and at the same time bodyweight apply huge amount of pressure to the lengthened muscle  which can result in the occurrence of muscle strain.
Revised:  When an isolated large-energy appears during the muscle contraction and at the same time , bodyweight applies huge amounts of pressure to the lengthened muscle which can result in the occurrence of muscle strain.
Edit intent: fluency
Original:  When an isolated large-energy appears during the muscle contraction and at the same time bodyweight apply huge amount of pressure to the lengthened muscle  which can result in the occurrence of muscle strain.
Revised:  When an isolated large-energy appears during the muscle contraction and at the same time bodyweight apply huge amount of pressure to the lengthened muscle , which can result in the occurrence of muscle strain.
Edit intent: fluency
Original:    Blister Blister can be described as a patch that appears on the skin and is filled with a clear fluid and sometimes blood.
Revised:  23 Blister Blister can be described as a patch that appears on the skin and is filled with a clear fluid and sometimes blood.
Edit intent: fluency
Original:   ]  ]  ]  ]  ]  ]  ]  
Revised:  Blisters can also occur on the feet due to wearing the wrong sized shoe, worn out shoes, too thin of socks, or improper foot work. ] ] ] ] ] ] ] 
Edit intent: coherence
Original:   ]  ]  ]  ]  ]  ]  ]  
Revised:  24] ] ] ] ] ] ] 
Edit intent: fluency
Original:   ]  ]  ]  ]  ]  ]  ]  
Revised:  ] ] The injury is noticed right away by hearing a popping sound, or a jabbed feeling in the leg. The injury is very painful; players are unable to finish their match if injury occurs. ] ] ] ] ] 
Edit intent: coherence
Original:   ]  ]  ]  ]  ]  ]  ]  
Revised:  ] ] ] After injury occurs, players should rest, ice, compress, and elevate injury. In most cases, physical therapy is required. Physical therapy lasts from a four to six week period; includes running, stretching, and jumping drills to strengthen the muscle. ] ] ] ] 
Edit intent: coherence
Original:   ]  ]  ]  ]  ]  ]  ]  
Revised:  ] ] ] ] After recovery, returning to play is slow; prevention includes proper stretching and warmup before play, rolling out muscles, and cross training, such as, Pilates, cycling, or running. ] ] ] 
Edit intent: coherence
Original:   ]  ]  ]  ]  ]  ]  ]  
Revised:  ] ] ] ] ] ] Its more common name is Jumper’s knee. Common injury in tennis players due to constant jarring, jumping, and quick changes of motion while in play. ] 
Edit intent: coherence
Original:  ]  ]  ]  ]  ]   References 18.
Revised:  28] ] ] ] ] References 18.
Edit intent: fluency
Original:  ]  ]  ]  ]  ]   References 18.
Revised:  ] ] Stress Fractures Stress fractures are considered one of the most common injuries in athletes. In tennis, stress fractures are due to repetitive jarring and excessive submaximal loads on bones and muscles. ] ] ] References 18.
Edit intent: coherence
Original:  Blisters can also occur on the feet due to wearing the wrong sized shoe, worn out shoes, too thin of socks, or improper foot work. 24
Revised:  Blisters can also occur on the feet due to wearing the wrong sized shoe, worn out shoes, too thin of socks, or improper foot work. 
Edit intent: coherence
Original:  It is more prominent at the lower levels of play and usually comes from any incorrect use of the wrist or grip on the forehand or one-handed backhand strokes 18 . Players at higher levels often have more relaxed grips and have a larger racquet extension out to the ball after they make contact,
Revised:  It is more prominent at the lower levels of play and usually comes from any incorrect use of the wrist or grip on the forehand or one-handed backhand strokes . Players at higher levels often have more relaxed grips and have a larger racquet extension out to the ball after they make contact,
Edit intent: coherence
Original:  It is more prominent at the lower levels of play and usually comes from any incorrect use of the wrist or grip on the forehand or one-handed backhand strokes 18 . Players at higher levels often have more relaxed grips and have a larger racquet extension out to the ball after they make contact,
Revised:  It is more prominent at the lower levels of play and usually comes from any incorrect use of the wrist or grip on the forehand or one-handed backhand strokes 18 Players at higher levels often have more relaxed grips and have a larger racquet extension out to the ball after they make contact,
Edit intent: fluency
Original:  lower level players don’t always receive the training on how to use their whole body for a tennis stroke and are often reduced to using their arms in order to exert all of the power, therefore putting heavy strain on the arm 18 . Holding the grip tightly will put more tension on the arm therefore when going for a swing the muscles will be absorbing all of the shock from the initial contact of the ball 19 . Symptoms of tennis elbow includes slow pain, which occurs around the elbow.
Revised:  lower level players don’t always receive the training on how to use their whole body for a tennis stroke and are often reduced to using their arms in order to exert all of the power, therefore putting heavy strain on the arm . Holding the grip tightly will put more tension on the arm therefore when going for a swing the muscles will be absorbing all of the shock from the initial contact of the ball 19 . Symptoms of tennis elbow includes slow pain, which occurs around the elbow.
Edit intent: fluency
Original:  lower level players don’t always receive the training on how to use their whole body for a tennis stroke and are often reduced to using their arms in order to exert all of the power, therefore putting heavy strain on the arm 18 . Holding the grip tightly will put more tension on the arm therefore when going for a swing the muscles will be absorbing all of the shock from the initial contact of the ball 19 . Symptoms of tennis elbow includes slow pain, which occurs around the elbow.
Revised:  lower level players don’t always receive the training on how to use their whole body for a tennis stroke and are often reduced to using their arms in order to exert all of the power, therefore putting heavy strain on the arm 18 . Holding the grip tightly will put more tension on the arm therefore when going for a swing the muscles will be absorbing all of the shock from the initial contact of the ball . Symptoms of tennis elbow includes slow pain, which occurs around the elbow.
Edit intent: coherence
Original:  will worsen the pain 21 . Tennis Elbow has actually shown that inflammatory tendons are only part of the early stages or acute stages with a treatment of anti-inflammatory or steroids being appropriate uses for this symptom 20 . Most players respond well to simple rest,
Revised:  will worsen the pain . Tennis Elbow has actually shown that inflammatory tendons are only part of the early stages or acute stages with a treatment of anti-inflammatory or steroids being appropriate uses for this symptom 20 . Most players respond well to simple rest,
Edit intent: coherence
Original:  will worsen the pain 21 . Tennis Elbow has actually shown that inflammatory tendons are only part of the early stages or acute stages with a treatment of anti-inflammatory or steroids being appropriate uses for this symptom 20 . Most players respond well to simple rest,
Revised:  will worsen the pain 21 Tennis Elbow has actually shown that inflammatory tendons are only part of the early stages or acute stages with a treatment of anti-inflammatory or steroids being appropriate uses for this symptom 20 . Most players respond well to simple rest,
Edit intent: fluency
Original:  will worsen the pain 21 . Tennis Elbow has actually shown that inflammatory tendons are only part of the early stages or acute stages with a treatment of anti-inflammatory or steroids being appropriate uses for this symptom 20 . Most players respond well to simple rest,
Revised:  will worsen the pain 21 . Tennis Elbow has actually shown that inflammatory tendons are only part of the early stages or acute stages with a treatment of anti-inflammatory or steroids being appropriate uses for this symptom . Most players respond well to simple rest,
Edit intent: coherence
Original:  but other means of treatment include physical therapy, strength training, and electrical stimulation 18 . Some players will make alterations to their racquet, such as increasing their grip size which will ultimately prevent any unwanted movement of the wrist when extending out and finishing the tennis stroke 19 . Shoulder Shoulder injury is another common type of tennis injury.
Revised:  but other means of treatment include physical therapy, strength training, and electrical stimulation . Some players will make alterations to their racquet, such as increasing their grip size which will ultimately prevent any unwanted movement of the wrist when extending out and finishing the tennis stroke 19 . Shoulder Shoulder injury is another common type of tennis injury.
Edit intent: fluency
Original:  but other means of treatment include physical therapy, strength training, and electrical stimulation 18 . Some players will make alterations to their racquet, such as increasing their grip size which will ultimately prevent any unwanted movement of the wrist when extending out and finishing the tennis stroke 19 . Shoulder Shoulder injury is another common type of tennis injury.
Revised:  but other means of treatment include physical therapy, strength training, and electrical stimulation 18 . Some players will make alterations to their racquet, such as increasing their grip size which will ultimately prevent any unwanted movement of the wrist when extending out and finishing the tennis stroke . Shoulder Shoulder injury is another common type of tennis injury.
Edit intent: coherence
Original:  23 Green represents: Slice serve It is common for tennis players, at all levels of play, to have experienced back injury throughout their career.
Revised:  Green represents: Slice serve It is common for tennis players, at all levels of play, to have experienced back injury throughout their career.
Edit intent: coherence
Original:  After the injury is dealt with, players at any level may return to the court, the higher level players will often go through proper stretching before any matches to prevent hurting their back or any other part of their body 22 . Leg Tennis leg is the most common tennis injury within older tennis players.
Revised:  After the injury is dealt with, players at any level may return to the court, the higher level players will often go through proper stretching before any matches to prevent hurting their back or any other part of their body . Leg Tennis leg is the most common tennis injury within older tennis players.
Edit intent: coherence
Original:  25 The injury is noticed right away by hearing a popping sound, or a jabbed feeling in the leg.
Revised:  The injury is noticed right away by hearing a popping sound, or a jabbed feeling in the leg.
Edit intent: fluency
Original:  25 After injury occurs, players should rest, ice, compress, and elevate injury.
Revised:  After injury occurs, players should rest, ice, compress, and elevate injury.
Edit intent: fluency
Original:  25 After recovery, returning to play is slow;
Revised:  After recovery, returning to play is slow;
Edit intent: fluency
Original:  25 Knee Patellar tendinopathy is an overuse injury of the patellar tendon.
Revised:  Knee Patellar tendinopathy is an overuse injury of the patellar tendon.
Edit intent: fluency
Original:  26 Its more common name is Jumper’s knee.
Revised:  Its more common name is Jumper’s knee.
Edit intent: fluency