wanyu/IteraTeR_v2 huggingface dataset:
Original:  Endorsing egalitarian social conditions, Galeano continues to reiterate one of the fundamental messages found in Upside Down '' , i.e. that control must be placed over the global forces that influence people’s lives.
Revised:  Endorsing egalitarian social conditions, Galeano continues to reiterate one of the fundamental messages found in Upside Down , i.e. that control must be placed over the global forces that influence people’s lives.
Edit intent: fluency
Original:  Beginning with the title, " Upside Down: A Primer for the Looking-Glass World " , Galeano uses the term "primer" to convey the educational goals of the book.
Revised:  Beginning with the title, Upside Down: A Primer for the Looking-Glass World " , Galeano uses the term "primer" to convey the educational goals of the book.
Edit intent: fluency
Original:  Beginning with the title, " Upside Down: A Primer for the Looking-Glass World " , Galeano uses the term "primer" to convey the educational goals of the book.
Revised:  Beginning with the title, " Upside Down: A Primer for the Looking-Glass World , Galeano uses the term "primer" to convey the educational goals of the book.
Edit intent: fluency
Original:  in a moment when outrageous circumstances are normalized, it is time to reconsider the understandings many people hold, which, in turn, informs the way such people view the things.
Revised:  in a moment when outrageous circumstances are normalized, it is time to reconsider the understandings many people hold, which, in turn, informs the way such people view things.
Edit intent: fluency
Original: Although the term barrier is used to describe the exodermis, it is important to note that the exodermis behaves more like a membrane through which different materials can pass through.
Revised: Although the term barrier is used to describe the exodermis, the exodermis behaves more like a membrane through which different materials can pass through.
Edit intent: coherence
Original:  This is particularly important , as root systems are constantly exposed to changing environmental conditions and thus it is important they the plant exodermis can modify itself as necessary, either in thickening or thinning of Casparian strips or by changing the permeability of the band to certain ions.
Revised:  This is particularly important , as root systems are constantly exposed to changing environmental conditions and thus the plant needs to be able to modify itself as necessary, either in thickening or thinning of Casparian strips or by changing the permeability of the band to certain ions.
Edit intent: clarity
Original:  Growth and Structure Roots are specialized for the uptake of water, nutrients (including important ions for proper function).
Revised:  Growth and Structure Roots are specialized for the uptake of water, nutrients (including ions for proper function).
Edit intent: clarity
Original:  Similar to gap junctions found in animal cells, they allow an easy connection between the two cells permitting the transfer of ions, water and are important in intercellular communication.
Revised:  Similar to gap junctions found in animal cells, they allow an easy connection between the two cells permitting the transfer of ions, water and intercellular communication.
Edit intent: clarity
Original:  This apoplastic region is often broken up by Casparian strips.
Revised:  This apoplastic region is broken up by Casparian strips.
Edit intent: clarity
Original:  The Casparian band is heavily involved in the exodermal cell's ability to regulate water flow movement through the membrane as it is the hydrophobic nature of this band that controls the water entry and exit from the root. exodermal cells have also found to develop another layer of thickened, tertiary hydrophobic substance on the inside of their plasma membrane walls known as the suberin lamellae which form a protective layer on the inside of the cortex of the exodermis.
Revised:  The Casparian band is involved in the exodermal cell's ability to regulate water flow movement through the membrane as it is the hydrophobic nature of this band that controls the water entry and exit from the root. exodermal cells have also found to develop another layer of thickened, tertiary hydrophobic substance on the inside of their plasma membrane walls known as the suberin lamellae which form a protective layer on the inside of the cortex of the exodermis.
Edit intent: clarity
Original:  This added protection can often result in the accelerated aging of the Casparian strips.
Revised:  This added protection can result in the accelerated aging of the Casparian strips.
Edit intent: clarity
Original:  These cells are an important structural feature in the exodermis as they allow the uptake of ions Calcium and Magnesium, hence why they are commonly associated with exodermal cells.
Revised:  These cells are an structural feature in the exodermis as they allow the uptake of ions Calcium and Magnesium, hence why they are commonly associated with exodermal cells.
Edit intent: clarity
Original:  Passage cells are important in growth and development.
Revised:  Passage cells are partially responsible for growth and development.
Edit intent: clarity
Original:  The exodermis is a membrane of variable permeability responsible for both the radial flow of water, ions, and nutrients.
Revised:  The exodermis is a membrane of variable permeability responsible for the radial flow of water, ions, and nutrients.
Edit intent: clarity
Original:  The exodermis is particularly useful as it serves a double function as it can protect the root from invasion by foreign pathogens as well ensuring that the plant does not lose too much water through diffusion in the roots and can properly replenish its stores at an appropriate rate.
Revised:  The exodermis serves a double function as it can protect the root from invasion by foreign pathogens as well ensuring that the plant does not lose too much water through diffusion in the roots and can properly replenish its stores at an appropriate rate.
Edit intent: coherence
Original:  The exodermis is particularly useful as it serves a double function as it can protect the root from invasion by foreign pathogens as well ensuring that the plant does not lose too much water through diffusion in the roots and can properly replenish its stores at an appropriate rate.
Revised:  The exodermis is particularly useful as it serves a double function as it can protect the root from invasion by foreign pathogens and ensuring that the plant does not lose too much water through diffusion in the roots and can properly replenish its stores at an appropriate rate.
Edit intent: coherence
Original:  It is also  the ability to modify its variability so that in response to different external stimuli, it can change the permeability to better suit the root's requirements.
Revised:  It is also has the ability to modify its variability so that in response to different external stimuli, it can change the permeability to better suit the root's requirements.
Edit intent: clarity
Original:  It is also  the ability to modify its variability so that in response to different external stimuli, it can change the permeability to better suit the root's requirements.
Revised:  It is also the ability to modify its permeability so that in response to different external stimuli, it can change the permeability to better suit the root's requirements.
Edit intent: clarity
Original:  It is also  the ability to modify its variability so that in response to different external stimuli, it can change the permeability to better suit the root's requirements.
Revised:  It is also the ability to modify its variability so that in response to different external stimuli, it can change to better suit the root's requirements.
Edit intent: clarity
Original:  This is serves as a function for survival, as root systems are constantly exposed to changing environmental conditions and thus the plant needs to be able to modify itself as necessary, either in thickening or thinning of Casparian strips or by changing the permeability of the band to certain ions.
Revised:  This is serves as a function for survival, as root systems are exposed to changing environmental conditions and thus the plant needs to be able to modify itself as necessary, either in thickening or thinning of Casparian strips or by changing the permeability of the band to certain ions.
Edit intent: clarity
Original:  This is serves as a function for survival, as root systems are constantly exposed to changing environmental conditions and thus the plant needs to be able to modify itself as necessary, either in thickening or thinning of Casparian strips or by changing the permeability of the band to certain ions.
Revised:  This is serves as a function for survival, as root systems are constantly exposed to changing environmental conditions and thus the plant needs to modify itself as necessary, either in thickening or thinning of Casparian strips or by changing the permeability of the band to certain ions.
Edit intent: clarity
Original:  As the plant ages and growth slows, the number of passage cells begin to decrease, eventually resulting in a complete lack of passage cells altogether.
Revised:  As the plant ages and growth slows, the number of passage cells begin to decrease, resulting in a complete lack of passage cells altogether.
Edit intent: clarity
Original:  Changes in response to external stimuli Being involved in water uptake and regulation of solutes into and out of the membrane, the exodermal cells must be able to adapt to their external environment to ensure that the plant can survive.
Revised:  Changes in response to external stimuli Being involved in water uptake and regulation of solutes into and out of the membrane, the exodermal cells must adapt to their external environment to ensure that the plant can survive.
Edit intent: clarity
Original:  It has also been found to be able to actively treat fungal infections on human skin.
Revised:  It has also been found to actively treat fungal infections on human skin.
Edit intent: clarity
Original: The exodermis is heavily involved in preventing the entry of pathogens into the cortex of the plant.
Revised: The exodermis is involved in preventing the entry of pathogens into the cortex of the plant.
Edit intent: clarity
Original:  The Casparian band is involved in the exodermal cell's ability to regulate water flow movement through the membrane as it is the hydrophobic nature of this band that controls the water entry and exit from the root. exodermal cells have also found to develop another layer of thickened, tertiary hydrophobic substance on the inside of their plasma membrane walls known as the suberin lamellae which form a protective layer on the inside of the cortex of the exodermis.
Revised:  The Casparian band is involved in the exodermal cell's ability to regulate water flow movement through the membrane as it is the hydrophobic nature of this band that controls the water entry and exit from the root. Exodermal cells have also found to develop another layer of thickened, tertiary hydrophobic substance on the inside of their plasma membrane walls known as the suberin lamellae which form a protective layer on the inside of the cortex of the exodermis.
Edit intent: fluency
Original:  Exodermal cells can modify their Casparian strips to fit changing stimuli. exodermal barriers can change their permeability as necessary to ensure that adequate nutrients are reaching the plant.
Revised:  Exodermal cells can modify their Casparian strips to fit changing stimuli. Exodermal barriers can change their permeability as necessary to ensure that adequate nutrients are reaching the plant.
Edit intent: fluency
Original: It is the outer layer living off the plant's cortex.
Revised: It is the outer layer of a plant's cortex.
Edit intent: clarity
Original:  The exodermis serves a double function as it can protect the root from invasion by foreign pathogens and ensuring that the plant does not lose too much water through diffusion in the roots and can properly replenish its stores at an appropriate rate.
Revised:  The exodermis serves a double function as it can protect the root from invasion by foreign pathogens and ensures that the plant does not lose too much water through diffusion in the roots and can properly replenish its stores at an appropriate rate.
Edit intent: fluency
Original:  The exodermis serves a double function as it can protect the root from invasion by foreign pathogens and ensuring that the plant does not lose too much water through diffusion in the roots and can properly replenish its stores at an appropriate rate.
Revised:  The exodermis serves a double function as it can protect the root from invasion by foreign pathogens and ensuring that the plant does not lose too much water through diffusion through the root system and can properly replenish its stores at an appropriate rate.
Edit intent: clarity
Original:  Overview and function The exodermis is a special type of hypodermis that develops Casparian strips in its cell wall, as well as further wall modifications.
Revised:  Overview and function The exodermis is a specialised type of hypodermis that develops Casparian strips in its cell wall, as well as further wall modifications.
Edit intent: clarity
Original: Overview and function The exodermis is a specialised type of hypodermis that develops Casparian strips in its cell wall, as well as further wall modifications.
Revised: Overview and function The exodermis is a specialized type of hypodermis that develops Casparian strips in its cell wall, as well as further wall modifications.
Edit intent: fluency
Original:  It also is involved in ensuring that soil is not pulled directly into the root system during nutrient uptake.
Revised:  It is also involved in ensuring that soil is not pulled directly into the root system during nutrient uptake.
Edit intent: fluency
Original:  It is also has the ability to modify its permeability so that in response to different external stimuli, it can change to better suit the root's requirements.
Revised:  It can modify its permeability so that in response to different external stimuli, it can change to better suit the root's requirements.
Edit intent: clarity
Original: 10.1016/b978-0-444-63696-6.00002-5, ISBN 978-0-444-63696-6, retrieved 2020-05-26 This is serves as a function for survival, as root systems are exposed to changing environmental conditions and thus the plant needs to modify itself as necessary, either in thickening or thinning of Casparian strips or by changing the permeability of the band to certain ions.
Revised: 10.1016/b978-0-444-63696-6.00002-5, ISBN 978-0-444-63696-6, retrieved 2020-05-26 This serves as a function for survival, as root systems are exposed to changing environmental conditions and thus the plant needs to modify itself as necessary, either in thickening or thinning of Casparian strips or by changing the permeability of the band to certain ions.
Edit intent: fluency
Original:  In areas where there is less soil  (from high wind areas or poor soil quality) exodermal growth has been found to be severely hindered.
Revised:  In areas where there is less soil , (from high wind areas or poor soil quality) exodermal growth has been found to be severely hindered.
Edit intent: fluency
Original:  In areas where there is less soil  (from high wind areas or poor soil quality) exodermal growth has been found to be severely hindered.
Revised:  In areas where there is less soil (from high wind areas or poor soil quality) exodermal growth is severely hindered.
Edit intent: coherence
Original:  ISSN 0032-0943.Xanthone derivatives are being used to generate new pharmalogical products as they have a close link with Acetyl Coenzyme A (Acetyl CoA).
Revised:  ISSN 0032-0943.Xanthone derivatives are being used to generate new pharmacological products as they have a close link with Acetyl Coenzyme A (Acetyl CoA).
Edit intent: fluency
Original:  34 (6): 847–855. doi:10.1046/j.1365-313X.2003.01771.x.The carbon backbone for Xanthones is formed by Benzophenone synthase (BPS) and through a series  oxidation and condensation reactions, Xanthones are produced.
Revised:  34 (6): 847–855. doi:10.1046/j.1365-313X.2003.01771.x.The carbon backbone for Xanthones is formed by Benzophenone synthase (BPS) and through a series of oxidation and condensation reactions, Xanthones are produced.
Edit intent: fluency
Original:  Xanthone messenger RNA and assocaited proteins are localized to the exodermis and Endodermis systems.
Revised:  Xanthone messenger RNA and associated proteins are localized to the exodermis and Endodermis systems.
Edit intent: fluency
Original:  In the root system with bacterial infections and invasion from rhizogenes  the concentration of BPS increases to fight off the pathogens.
Revised:  In the root system with bacterial infections and invasion from rhizogenes , the concentration of BPS increases to fight off the pathogens.
Edit intent: fluency
Original: Particularly high concentration of Xanthones were also found in aerial root systems.
Revised: Particularly high concentrations of Xanthones was also found in aerial root systems.
Edit intent: fluency
Original:  The carbon backbone for Xanthones is formed by Benzophenone synthase (BPS) and through a series of oxidation and condensation reactions, Xanthones are produced.
Revised:  The carbon backbone for xanthones is formed by Benzophenone synthase (BPS) and through a series of oxidation and condensation reactions, Xanthones are produced.
Edit intent: fluency
Original:  The carbon backbone for Xanthones is formed by Benzophenone synthase (BPS) and through a series of oxidation and condensation reactions, Xanthones are produced.
Revised:  The carbon backbone for Xanthones is formed by Benzophenone synthase (BPS) and through a series of oxidation and condensation reactions, xanthones are produced.
Edit intent: fluency
Original:  Particularly high concentrations of Xanthones was also found in aerial root systems.
Revised:  Particularly high concentrations of xanthones was also found in aerial root systems.
Edit intent: fluency
Original: Arms of Carew: Or, three lions passant in pale sableDebrett's Peerage, 1968, Carew Baronets, p .155 These were the arms shown on the seal of "Nicholas de Carreu" (c .1255 – 1311), appended to the Barons' Letter , 1301, which he joined as "Lord of Mulesford" and which were blazoned for the same bearer in the Caerlaverock Poem or Roll of Arms of 1300, when he was present at the Siege of Caerlaverock Castle.
Revised: Arms of Carew: Or, three lions passant in pale sableDebrett's Peerage, 1968, Carew Baronets, p . 155. These were the arms shown on the seal of "Nicholas de Carreu" (c .1255 – 1311), appended to the Barons' Letter , 1301, which he joined as "Lord of Mulesford" and which were blazoned for the same bearer in the Caerlaverock Poem or Roll of Arms of 1300, when he was present at the Siege of Caerlaverock Castle.
Edit intent: fluency
Original: Arms of Carew: Or, three lions passant in pale sableDebrett's Peerage, 1968, Carew Baronets, p .155 These were the arms shown on the seal of "Nicholas de Carreu" (c .1255 – 1311), appended to the Barons' Letter , 1301, which he joined as "Lord of Mulesford" and which were blazoned for the same bearer in the Caerlaverock Poem or Roll of Arms of 1300, when he was present at the Siege of Caerlaverock Castle.
Revised: Arms of Carew: Or, three lions passant in pale sableDebrett's Peerage, 1968, Carew Baronets, p .155 These were the arms shown on the seal of "Nicholas de Carreu" (c . 1255 – 1311), appended to the Barons' Letter , 1301, which he joined as "Lord of Mulesford" and which were blazoned for the same bearer in the Caerlaverock Poem or Roll of Arms of 1300, when he was present at the Siege of Caerlaverock Castle.
Edit intent: fluency
Original: Arms of Carew: Or, three lions passant in pale sableDebrett's Peerage, 1968, Carew Baronets, p .155 These were the arms shown on the seal of "Nicholas de Carreu" (c .1255 – 1311), appended to the Barons' Letter , 1301, which he joined as "Lord of Mulesford" and which were blazoned for the same bearer in the Caerlaverock Poem or Roll of Arms of 1300, when he was present at the Siege of Caerlaverock Castle.
Revised: Arms of Carew: Or, three lions passant in pale sableDebrett's Peerage, 1968, Carew Baronets, p .155 These were the arms shown on the seal of "Nicholas de Carreu" (c .1255 – 1311), appended to the Barons' Letter of 1301, which he joined as "Lord of Mulesford" and which were blazoned for the same bearer in the Caerlaverock Poem or Roll of Arms of 1300, when he was present at the Siege of Caerlaverock Castle.
Edit intent: fluency
Original:  From him are descended the Carew baronets of Antony and of Haccombe, the Earl of Totnes and Baron Carew Monument to George Carew, Earl of Totnes (d. 1629)  and his wife Joyce Clopton (d. 1637) in the Clopton Chantry Chapel in the Church of the Holy Trinity, Stratford-upon-Avon.
Revised:  From him are descended the Carew baronets of Antony and of Haccombe, the Earl of Totnes and Baron Carew Monument to George Carew, Earl of Totnes (d. 1629) , and his wife Joyce Clopton (d. 1637) in the Clopton Chantry Chapel in the Church of the Holy Trinity, Stratford-upon-Avon.
Edit intent: fluency
Original:  His funeral helm hangs from the wall above left George Carew, 1st Earl of Totnes (29 May 155527 March 1629), known as Sir George Carew between 1586 and 1605 and as The Lord Carew between 1605 and 1626, served under Elizabeth I during the Tudor conquest of Ireland and was appointed President of Munster.
Revised:  His funeral helm hangs from the wall above left George Carew, 1st Earl of Totnes (29 May 1555 – 27 March 1629), known as Sir George Carew between 1586 and 1605 and as The Lord Carew between 1605 and 1626, served under Elizabeth I during the Tudor conquest of Ireland and was appointed President of Munster.
Edit intent: fluency
Original: Published Exeter, 1901- see transcribed on-line edition archive.org text Origins Carew was the son of Dr. George Carew, Dean of Windsor, 3rd son of Sir Edmund Carew, Baron Carew, of Mohuns Ottery in the parish of Luppitt, Devon, by his wife Catharine Huddesfield, a daughter and co-heiress of Sir William Huddesfield (died 1499) of Shillingford St George in Devon, Attorney-General to Kings Edward IV ( 1461-1483 )Vivian, Lt.Col.
Revised: Published Exeter, 1901- see transcribed on-line edition archive.org text Origins Carew was the son of Dr. George Carew, Dean of Windsor, third son of Sir Edmund Carew, Baron Carew, of Mohuns Ottery in the parish of Luppitt, Devon, by his wife Catharine Huddesfield, a daughter and co-heiress of Sir William Huddesfield (died 1499) of Shillingford St George in Devon, Attorney-General to Kings Edward IV ( 1461-1483 )Vivian, Lt.Col.
Edit intent: fluency
Original: Published Exeter, 1901- see transcribed on-line edition archive.org text Origins Carew was the son of Dr. George Carew, Dean of Windsor, 3rd son of Sir Edmund Carew, Baron Carew, of Mohuns Ottery in the parish of Luppitt, Devon, by his wife Catharine Huddesfield, a daughter and co-heiress of Sir William Huddesfield (died 1499) of Shillingford St George in Devon, Attorney-General to Kings Edward IV ( 1461-1483 )Vivian, Lt.Col.
Revised: Published Exeter, 1901- see transcribed on-line edition archive.org text Origins Carew was the son of Dr. George Carew, Dean of Windsor, 3rd son of Sir Edmund Carew, Baron Carew, of Mohuns Ottery in the parish of Luppitt, Devon, by his wife Catharine Huddesfield, a daughter and co-heiress of Sir William Huddesfield (died 1499) of Shillingford St George in Devon, Attorney-General to Kings Edward IV ( 1461–1483 )Vivian, Lt.Col.
Edit intent: fluency
Original:  J. L., (Ed.) The Visitations of the County of Devon: Comprising the Heralds' Visitations of 1531, 1564 & 1620, Exeter, 1895, p .246 and Henry VII (1485–1509).
Revised:  J. L., (Ed.) The Visitations of the County of Devon: Comprising the Heralds' Visitations of 1531, 1564 & 1620, Exeter, 1895, p . 246. and Henry VII (1485–1509).
Edit intent: fluency
Original: Vivian, p .135 George's mother was Anne Harvey (d .1605 ), daughter of Sir Nicholas Harvey.
Revised: Vivian, p . 135. George's mother was Anne Harvey (d .1605 ), daughter of Sir Nicholas Harvey.
Edit intent: fluency