wanyu/IteraTeR_full_sent huggingface dataset:
Original: Category: Epistemological theories Category:History of philosophy Category:Internalism and externalism Category:Justification (epistemology) Category:Philosophical concepts Category:Philosophical movements Category:Philosophy and thought in the Dutch Republic Category:Philosophy of mind Category:Reasoning Category:Thoug
Revised: Category: Epistemological theories Category:History of philosophy Category:Internalism and externalism Category:Justification (epistemology) Category:Philosophical movements Category:Philosophy and thought in the Dutch Republic Category:Philosophy of mind Category:Reasoning Category:Thoug
Edit intent: clarity
Original:  (Dordrecht: Springer, 2011) like Descartes, Spinoza and Leibniz who gave the "Age of Reason" its name and place in history.
Revised:  (Dordrecht: Springer, 2011) such as Descartes, Spinoza and Leibniz who gave the "Age of Reason" its name and place in history.
Edit intent: fluency
Original:  Technical Setup A bicycle counter in Mannheim with pneumatic hoses to detect the number of cyclists. Narrowed passage at the Tisza Cycleway in Hungary with cameras to count cyclists. The technical equpment of a bicycle and pedestrian counter next to a cycle path, using an infrared sensor in Burlington.|alt= Different techniques are used for detection of bicycles, such as built in induction loops,  pneumatic hoses, infrared sensing or cameras.
Revised:  Technical Setup Different techniques are used for detection of bicycles, such as built in induction loops, pneumatic hoses, infrared sensing or cameras.
Edit intent: coherence
Original:  Pneumatic tube setups are said to have an accuracy of 80\% , manufacturers state a 90\% accuracy for induction loops  Criticism There has been criticism on the precision of the counting and on the cost of bicycle counters as a waste of tax money (14000-31000€)  .
Revised:  Independed testing have shown that pneumatic tubes can record with over 95\% accuracy and piezoelectric sensors reach 99\% accuracy. Manufacturers state a 90\% accuracy for induction loops Criticism There has been criticism on the precision of the counting and on the cost of bicycle counters as a waste of tax money (14000-31000€) .
Edit intent: meaning-changed
Original:  Pneumatic tube setups are said to have an accuracy of 80\% , manufacturers state a 90\% accuracy for induction loops  Criticism There has been criticism on the precision of the counting and on the cost of bicycle counters as a waste of tax money (14000-31000€)  .
Revised:  Pneumatic tube setups are said to have an accuracy of 80\% , manufacturers state a 90\% precision for induction loops Criticism There has been criticism on the precision of the counting and on the cost of bicycle counters as a waste of tax money (14000-31000€) .
Edit intent: fluency
Original:  Pneumatic tube setups are said to have an accuracy of 80\% , manufacturers state a 90\% accuracy for induction loops  Criticism There has been criticism on the precision of the counting and on the cost of bicycle counters as a waste of tax money (14000-31000€)  .
Revised:  Pneumatic tube setups are said to have an accuracy of 80\% , manufacturers state a 90\% accuracy for induction loops . 219x219px|Piezoelectic bike counter in Haarlem, the Netherlands. Criticism There has been criticism on the precision of the counting and on the cost of bicycle counters as a waste of tax money (14000-31000€) .
Edit intent: meaning-changed
Original:  Pneumatic tube setups are said to have an accuracy of 80\% , manufacturers state a 90\% accuracy for induction loops  Criticism There has been criticism on the precision of the counting and on the cost of bicycle counters as a waste of tax money (14000-31000€)  .
Revised:  Pneumatic tube setups are said to have an accuracy of 80\% , manufacturers state a 90\% accuracy for induction loops Criticism There has been criticism on the precision of the counting and on the cost of bicycle counters as a waste of tax money (14000-31000€) .Narrowed passage at the Tisza Cycleway in Hungary with cameras to count cyclists .
Edit intent: meaning-changed
Original:  In most animals, separation of germ cells from somatic cells (germline development) occurs during early stages of development. Once this segregation has occurred in the embryo, any mutation outside of the germline cells can not be passed down to an organism's offspring. However, somatic mutations are passed down to all the progeny of a mutated cell within the same organism. A major section of an organism therefore might carry the same mutation, especially if that mutation occurs at earlier stages of development. Somatic mutations that occur later in an organisms life can be hard to detect, as they may affect only a single cell - for instance, a post-mitotic neuron; improvements in single cell sequencing are therefore an important tool for the study of somatic mutation. Both the nuclear DNA and mitochondrial DNA of a cell can accumulate mutations; somatic mitochondrial mutations have been implicated in development of some neurodegenerative diseases.
Edit intent: meaning-changed
Original: %DIFDELCMD < %DIFDELCMD < %%% Exceptions to inheritance alt=|Hydra oligactis with two buds. Reproduction by budding is an exception the rule that somatic mutations can not be inherited. The definition of a somatic mutation as any mutation that cannot be passed down to offspring is useful in animals that have a dedicated germline to produce reproductive cells. However, it is of little value in understanding the inheritance of somatic mutation in multicellular organisms that do not designate germ cells in early development. Plants and basal animals such as sponges and corals do not have a germline; instead they generate gametes from pluripotent stem cells in adult somatic tissues. In flowering plants, for example, germ cells can arise from adult somatic cells in the floral meristem. Other animals without a designated germ line include tunicates and flatworms.
Revised: %DIFDELCMD < %DIFDELCMD < %%% 
Edit intent: meaning-changed
Original:  This distinction is also blurred in organisms that can reproduce asexually, without production of gametes. For instance, animals in the cnidarian genus Hydra can reproduce asexually through the mechanism of budding (they can also reproduce sexually). In hydra, a new bud develops directly from somatic cells of the parent hydra. A mutation present in the tissue that gives rise to the daughter organism would be passed down to that offspring.
Edit intent: coherence
Original: %DIFDELCMD < %DIFDELCMD < %%% Many plants naturally reproduce through vegetative reproduction - growth of a new plant from a fragment of the parent plant - propagating somatic mutations without the step of seed production. Humans artificially induce vegetative reproduction via grafting and stem cuttings.
Revised: %DIFDELCMD < %DIFDELCMD < %%% TITTIES
Edit intent: coherence
Original:  Homology Evolution C16orf90 orthologs have a relatively high mutation rate as seen in the graph to the right comparing C16orf90 with fibrinopeptides, hemoglobin, and cytochrome C.
Revised:  Homology and evolution C16orf90 orthologs have a relatively high mutation rate as seen in the graph to the right comparing C16orf90 with fibrinopeptides, hemoglobin, and cytochrome C.
Edit intent: clarity
Original:  GenusSpeciesCommon nameTaxonomic GroupDate of Divergence (MYA)Accession NumberSequence length (AA) Sequency identity to humanSequence Similarity to humanHomosapiensHumansPrimates0.00XP_024306160.1197100.00\%100.00\%GorillagorillaGorillaPrimates8.
Revised:  GenusSpeciesCommon nameTaxonomic groupDate of divergence (MYA)Accession NumberSequence length (AA) Sequency identity to humanSequence Similarity to humanHomosapiensHumansPrimates0.00XP_024306160.1197100.00\%100.00\%GorillagorillaGorillaPrimates8.
Edit intent: fluency
Original:  GenusSpeciesCommon nameTaxonomic GroupDate of Divergence (MYA)Accession NumberSequence length (AA) Sequency identity to humanSequence Similarity to humanHomosapiensHumansPrimates0.00XP_024306160.1197100.00\%100.00\%GorillagorillaGorillaPrimates8.
Revised:  GenusSpeciesCommon nameTaxonomic GroupDate of Divergence (MYA)Accession numberSequence length (AA) Sequency identity to humanSequence Similarity to humanHomosapiensHumansPrimates0.00XP_024306160.1197100.00\%100.00\%GorillagorillaGorillaPrimates8.
Edit intent: fluency
Original:  GenusSpeciesCommon nameTaxonomic GroupDate of Divergence (MYA)Accession NumberSequence length (AA) Sequency identity to humanSequence Similarity to humanHomosapiensHumansPrimates0.00XP_024306160.1197100.00\%100.00\%GorillagorillaGorillaPrimates8.
Revised:  GenusSpeciesCommon nameTaxonomic GroupDate of Divergence (MYA)Accession NumberSequence length (AA) Sequence identity to humanSequence Similarity to humanHomosapiensHumansPrimates0.00XP_024306160.1197100.00\%100.00\%GorillagorillaGorillaPrimates8.
Edit intent: fluency
Original:  GenusSpeciesCommon nameTaxonomic GroupDate of Divergence (MYA)Accession NumberSequence length (AA) Sequency identity to humanSequence Similarity to humanHomosapiensHumansPrimates0.00XP_024306160.1197100.00\%100.00\%GorillagorillaGorillaPrimates8.
Revised:  GenusSpeciesCommon nameTaxonomic GroupDate of Divergence (MYA)Accession NumberSequence length (AA) Sequency identity to humanSequence similarity to humanHomosapiensHumansPrimates0.00XP_024306160.1197100.00\%100.00\%GorillagorillaGorillaPrimates8.
Edit intent: fluency
Original: 6XP_00405713918582.00\%82.50\%MusmusculusMouseRodentia89NP_082760.217163.50\%66.50\%BisonbisonBisonEven-Toed Ungulate94XP_01083868218665.50\%69.00\%ZalophuscalifornianusSea LionCarnivora94XP _027973424.118565.2069.10\%Canis LupisfamiliarisDogCarnivora94XP _003434913.2 21464.50\%69.60\%EquuscaballusHorseOdd-Toed Ungulate94XP _001502184.118363.70\%67.60\%SorexaraneusCommon shrewSoricomorphas94XP_004600963.132063.
Revised: 6XP_00405713918582.00\%82.50\%MusmusculusMouseRodentia89NP_082760.217163.50\%66.50\%BisonbisonBisonEven-Toed Ungulate94XP_01083868218665.50\%69.00\%ZalophuscalifornianusSea lionCarnivora94XP _027973424.118565.2069.10\%Canis LupisfamiliarisDogCarnivora94XP _003434913.2 21464.50\%69.60\%EquuscaballusHorseOdd-Toed Ungulate94XP _001502184.118363.70\%67.60\%SorexaraneusCommon shrewSoricomorphas94XP_004600963.132063.
Edit intent: fluency
Original: 6XP_00405713918582.00\%82.50\%MusmusculusMouseRodentia89NP_082760.217163.50\%66.50\%BisonbisonBisonEven-Toed Ungulate94XP_01083868218665.50\%69.00\%ZalophuscalifornianusSea LionCarnivora94XP _027973424.118565.2069.10\%Canis LupisfamiliarisDogCarnivora94XP _003434913.2 21464.50\%69.60\%EquuscaballusHorseOdd-Toed Ungulate94XP _001502184.118363.70\%67.60\%SorexaraneusCommon shrewSoricomorphas94XP_004600963.132063.
Revised: 6XP_00405713918582.00\%82.50\%MusmusculusMouseRodentia89NP_082760.217163.50\%66.50\%BisonbisonBisonEven-Toed Ungulate94XP_01083868218665.50\%69.00\%ZalophuscalifornianusSea LionCarnivora94XP _027973424.118565.2069.10\%Canis lupusfamiliarisDogCarnivora94XP _003434913.2 21464.50\%69.60\%EquuscaballusHorseOdd-Toed Ungulate94XP _001502184.118363.70\%67.60\%SorexaraneusCommon shrewSoricomorphas94XP_004600963.132063.
Edit intent: fluency
Original: 6XP_00405713918582.00\%82.50\%MusmusculusMouseRodentia89NP_082760.217163.50\%66.50\%BisonbisonBisonEven-Toed Ungulate94XP_01083868218665.50\%69.00\%ZalophuscalifornianusSea LionCarnivora94XP _027973424.118565.2069.10\%Canis LupisfamiliarisDogCarnivora94XP _003434913.2 21464.50\%69.60\%EquuscaballusHorseOdd-Toed Ungulate94XP _001502184.118363.70\%67.60\%SorexaraneusCommon shrewSoricomorphas94XP_004600963.132063.
Revised: 6XP_00405713918582.00\%82.50\%MusmusculusMouseRodentia89NP_082760.217163.50\%66.50\%BisonbisonBisonEven-Toed Ungulate94XP_01083868218665.50\%69.00\%ZalophuscalifornianusSea LionCarnivora94XP _027973424.118565.2069.10\%Canis LupisfamiliarisDogCarnivora94XP _003434913.2 21464.50\%69.60\%EquuscaballusHorseOdd-Toed ungulate94XP _001502184.118363.70\%67.60\%SorexaraneusCommon shrewSoricomorphas94XP_004600963.132063.
Edit intent: fluency
Original: 30\%PteropusvampyrusLarge Flying FoxChiroptera94XP _023376984.122461.80\%64.50\%LagenorhynchusobliquidensPacific White-Sided DolphinArtiodactyla94XP _02697416019254.30\%58.00\% DasypusnovemcinctusNine-Banded ArmadilloCingulata102XP _004474400.118561.30\%67.20\%OrycteropusaferAardvarkTubulidentata102.00XP_007937762.118559.80\%65.70\%MonodelphisdomesticaGray Short-Tailed OpossumMarsupial160 .00XP_001363889.118753.80\%60.
Revised: 30\%PteropusvampyrusLarge flying foxChiroptera94XP _023376984.122461.80\%64.50\%LagenorhynchusobliquidensPacific White-Sided DolphinArtiodactyla94XP _02697416019254.30\%58.00\% DasypusnovemcinctusNine-Banded ArmadilloCingulata102XP _004474400.118561.30\%67.20\%OrycteropusaferAardvarkTubulidentata102.00XP_007937762.118559.80\%65.70\%MonodelphisdomesticaGray Short-Tailed OpossumMarsupial160 .00XP_001363889.118753.80\%60.
Edit intent: fluency
Original: 30\%PteropusvampyrusLarge Flying FoxChiroptera94XP _023376984.122461.80\%64.50\%LagenorhynchusobliquidensPacific White-Sided DolphinArtiodactyla94XP _02697416019254.30\%58.00\% DasypusnovemcinctusNine-Banded ArmadilloCingulata102XP _004474400.118561.30\%67.20\%OrycteropusaferAardvarkTubulidentata102.00XP_007937762.118559.80\%65.70\%MonodelphisdomesticaGray Short-Tailed OpossumMarsupial160 .00XP_001363889.118753.80\%60.
Revised: 30\%PteropusvampyrusLarge Flying FoxChiroptera94XP _023376984.122461.80\%64.50\%LagenorhynchusobliquidensPacific white-sided dolphinArtiodactyla94XP _02697416019254.30\%58.00\% DasypusnovemcinctusNine-Banded ArmadilloCingulata102XP _004474400.118561.30\%67.20\%OrycteropusaferAardvarkTubulidentata102.00XP_007937762.118559.80\%65.70\%MonodelphisdomesticaGray Short-Tailed OpossumMarsupial160 .00XP_001363889.118753.80\%60.
Edit intent: fluency
Original: 30\%PteropusvampyrusLarge Flying FoxChiroptera94XP _023376984.122461.80\%64.50\%LagenorhynchusobliquidensPacific White-Sided DolphinArtiodactyla94XP _02697416019254.30\%58.00\% DasypusnovemcinctusNine-Banded ArmadilloCingulata102XP _004474400.118561.30\%67.20\%OrycteropusaferAardvarkTubulidentata102.00XP_007937762.118559.80\%65.70\%MonodelphisdomesticaGray Short-Tailed OpossumMarsupial160 .00XP_001363889.118753.80\%60.
Revised: 30\%PteropusvampyrusLarge Flying FoxChiroptera94XP _023376984.122461.80\%64.50\%LagenorhynchusobliquidensPacific White-Sided DolphinArtiodactyla94XP _02697416019254.30\%58.00\% DasypusnovemcinctusNine-banded armadilloCingulata102XP _004474400.118561.30\%67.20\%OrycteropusaferAardvarkTubulidentata102.00XP_007937762.118559.80\%65.70\%MonodelphisdomesticaGray Short-Tailed OpossumMarsupial160 .00XP_001363889.118753.80\%60.
Edit intent: fluency
Original: 30\%PteropusvampyrusLarge Flying FoxChiroptera94XP _023376984.122461.80\%64.50\%LagenorhynchusobliquidensPacific White-Sided DolphinArtiodactyla94XP _02697416019254.30\%58.00\% DasypusnovemcinctusNine-Banded ArmadilloCingulata102XP _004474400.118561.30\%67.20\%OrycteropusaferAardvarkTubulidentata102.00XP_007937762.118559.80\%65.70\%MonodelphisdomesticaGray Short-Tailed OpossumMarsupial160 .00XP_001363889.118753.80\%60.
Revised: 30\%PteropusvampyrusLarge Flying FoxChiroptera94XP _023376984.122461.80\%64.50\%LagenorhynchusobliquidensPacific White-Sided DolphinArtiodactyla94XP _02697416019254.30\%58.00\% DasypusnovemcinctusNine-Banded ArmadilloCingulata102XP _004474400.118561.30\%67.20\%OrycteropusaferAardvarkTubulidentata102.00XP_007937762.118559.80\%65.70\%MonodelphisdomesticaGray short-tailed opossumMarsupial160 .00XP_001363889.118753.80\%60.
Edit intent: fluency
Original: 50\%PhascolarctoscinereusKoalaMarsupial160.00XP_020851162.118753.10\%60.20\%OrnithorhynchusanatinusPlatypusMonotreme180.00XP_016082126.221633.90\%40.40\% Clinical Significance In research, the sequence has been identified as containing a possible pathogenic recessive variant (K53N) for various intellectual disabilities among 31 others..
Revised: 50\%PhascolarctoscinereusKoalaMarsupial160.00XP_020851162.118753.10\%60.20\%OrnithorhynchusanatinusPlatypusMonotreme180.00XP_016082126.221633.90\%40.40\% Clinical significance In research, the sequence has been identified as containing a possible pathogenic recessive variant (K53N) for various intellectual disabilities among 31 others..
Edit intent: fluency
Original: Satnampanth, also called Satnami Samaj or Satnami movement, is a religious sect founded by Ghasidas in the 1820s in present-day Chhattisgarh.
Revised: Satnampanth, also called Satnami Samaj or Satnami movement, is a religious sect founded by Ghasidas in the 1756s in present-day Chhattisgarh.
Edit intent: meaning-changed
Original: Satnampanth, also called Satnami Samaj or Satnami movement, is a religious sect founded by Ghasidas in the 1756s in present-day Chhattisgarh.
Revised: Satnampanth, also called Satnami Samaj or Satnami movement, is a religious sect founded by Ghasidas in the 1820s in present-day Chhattisgarh.
Edit intent: meaning-changed
Original: List of directors-general + Directors-General of the WHOName and nationalityYears of tenure  Brock Chisholm 1948– 1953 Marcolino Gomes Candau 1953– 1973 Halfdan T. Mahler 1973– 1988 Hiroshi Nakajima 1988– 1998 Gro Harlem Brundtland 1998– 2004 Lee Jong-wook 2004–2006  Anders Nordström* 2006– 2007 Margaret Chan 2007–2017  Tedros Adhanom2017–present*Appointed acting Director-General following the death of Lee Jong-wook while in office
Revised: 250px|Flag of the World Health Organization 250px|Logo of the World Health Organization List of Directors-General of the WHOName and nationalityYears of tenure Brock Chisholm 1948– 1953 Marcolino Gomes Candau 1953– 1973 Halfdan T. Mahler 1973– 1988 Hiroshi Nakajima 1988– 1998 Gro Harlem Brundtland 1998– 2004 Lee Jong-wook 2004–2006 Anders Nordström* 2006– 2007 Margaret Chan 2007–2017 Tedros Adhanom2017–present*Appointed acting Director-General following the death of Lee Jong-wook while in office
Edit intent: meaning-changed
Original: List of directors-general + Directors-General of the WHOName and nationalityYears of tenure  Brock Chisholm 1948– 1953 Marcolino Gomes Candau 1953– 1973 Halfdan T. Mahler 1973– 1988 Hiroshi Nakajima 1988– 1998 Gro Harlem Brundtland 1998– 2004 Lee Jong-wook 2004–2006  Anders Nordström* 2006– 2007 Margaret Chan 2007–2017  Tedros Adhanom2017–present*Appointed acting Director-General following the death of Lee Jong-wook while in office
Revised: List of directors-general + Directors-General of the WHO Brock Chisholm 1948– 1953 Marcolino Gomes Candau 1953– 1973 Halfdan T. Mahler 1973– 1988 Hiroshi Nakajima 1988– 1998 Gro Harlem Brundtland 1998– 2004 Lee Jong-wook 2004–2006 Anders Nordström* 2006– 2007 Margaret Chan 2007–2017 Tedros Adhanom2017–present*Appointed acting Director-General following the death of Lee Jong-wook while in office
Edit intent: clarity
Original: List of directors-general + Directors-General of the WHOName and nationalityYears of tenure  Brock Chisholm 1948– 1953 Marcolino Gomes Candau 1953– 1973 Halfdan T. Mahler 1973– 1988 Hiroshi Nakajima 1988– 1998 Gro Harlem Brundtland 1998– 2004 Lee Jong-wook 2004–2006  Anders Nordström* 2006– 2007 Margaret Chan 2007–2017  Tedros Adhanom2017–present*Appointed acting Director-General following the death of Lee Jong-wook while in office
Revised: List of directors-general + Directors-General of the WHOName and nationalityYears of tenure Image Name and nationality Tenure1 70px Brock Chisholm 1948– 1953 Marcolino Gomes Candau 1953– 1973 Halfdan T. Mahler 1973– 1988 Hiroshi Nakajima 1988– 1998 Gro Harlem Brundtland 1998– 2004 Lee Jong-wook 2004–2006 Anders Nordström* 2006– 2007 Margaret Chan 2007–2017 Tedros Adhanom2017–present*Appointed acting Director-General following the death of Lee Jong-wook while in office
Edit intent: meaning-changed
Original: List of directors-general + Directors-General of the WHOName and nationalityYears of tenure  Brock Chisholm 1948– 1953 Marcolino Gomes Candau 1953– 1973 Halfdan T. Mahler 1973– 1988 Hiroshi Nakajima 1988– 1998 Gro Harlem Brundtland 1998– 2004 Lee Jong-wook 2004–2006  Anders Nordström* 2006– 2007 Margaret Chan 2007–2017  Tedros Adhanom2017–present*Appointed acting Director-General following the death of Lee Jong-wook while in office
Revised: List of directors-general + Directors-General of the WHOName and nationalityYears of tenure Brock Chisholm 1948– 19532 70px Marcolino Gomes Candau 1953– 1973 Halfdan T. Mahler 1973– 1988 Hiroshi Nakajima 1988– 1998 Gro Harlem Brundtland 1998– 2004 Lee Jong-wook 2004–2006 Anders Nordström* 2006– 2007 Margaret Chan 2007–2017 Tedros Adhanom2017–present*Appointed acting Director-General following the death of Lee Jong-wook while in office
Edit intent: meaning-changed
Original: List of directors-general + Directors-General of the WHOName and nationalityYears of tenure  Brock Chisholm 1948– 1953 Marcolino Gomes Candau 1953– 1973 Halfdan T. Mahler 1973– 1988 Hiroshi Nakajima 1988– 1998 Gro Harlem Brundtland 1998– 2004 Lee Jong-wook 2004–2006  Anders Nordström* 2006– 2007 Margaret Chan 2007–2017  Tedros Adhanom2017–present*Appointed acting Director-General following the death of Lee Jong-wook while in office
Revised: List of directors-general + Directors-General of the WHOName and nationalityYears of tenure Brock Chisholm 1948– 1953 Marcolino Gomes Candau 1953– 19733 70px Halfdan T. Mahler 1973– 1988 Hiroshi Nakajima 1988– 1998 Gro Harlem Brundtland 1998– 2004 Lee Jong-wook 2004–2006 Anders Nordström* 2006– 2007 Margaret Chan 2007–2017 Tedros Adhanom2017–present*Appointed acting Director-General following the death of Lee Jong-wook while in office
Edit intent: meaning-changed
Original: List of directors-general + Directors-General of the WHOName and nationalityYears of tenure  Brock Chisholm 1948– 1953 Marcolino Gomes Candau 1953– 1973 Halfdan T. Mahler 1973– 1988 Hiroshi Nakajima 1988– 1998 Gro Harlem Brundtland 1998– 2004 Lee Jong-wook 2004–2006  Anders Nordström* 2006– 2007 Margaret Chan 2007–2017  Tedros Adhanom2017–present*Appointed acting Director-General following the death of Lee Jong-wook while in office
Revised: List of directors-general + Directors-General of the WHOName and nationalityYears of tenure Brock Chisholm 1948– 1953 Marcolino Gomes Candau 1953– 1973 Halfdan T. Mahler 1973– 19884 70px Hiroshi Nakajima 1988– 1998 Gro Harlem Brundtland 1998– 2004 Lee Jong-wook 2004–2006 Anders Nordström* 2006– 2007 Margaret Chan 2007–2017 Tedros Adhanom2017–present*Appointed acting Director-General following the death of Lee Jong-wook while in office
Edit intent: meaning-changed
Original: List of directors-general + Directors-General of the WHOName and nationalityYears of tenure  Brock Chisholm 1948– 1953 Marcolino Gomes Candau 1953– 1973 Halfdan T. Mahler 1973– 1988 Hiroshi Nakajima 1988– 1998 Gro Harlem Brundtland 1998– 2004 Lee Jong-wook 2004–2006  Anders Nordström* 2006– 2007 Margaret Chan 2007–2017  Tedros Adhanom2017–present*Appointed acting Director-General following the death of Lee Jong-wook while in office
Revised: List of directors-general + Directors-General of the WHOName and nationalityYears of tenure Brock Chisholm 1948– 1953 Marcolino Gomes Candau 1953– 1973 Halfdan T. Mahler 1973– 1988 Hiroshi Nakajima 1988– 19985 70px Gro Harlem Brundtland 1998– 2004 Lee Jong-wook 2004–2006 Anders Nordström* 2006– 2007 Margaret Chan 2007–2017 Tedros Adhanom2017–present*Appointed acting Director-General following the death of Lee Jong-wook while in office
Edit intent: meaning-changed
Original: List of directors-general + Directors-General of the WHOName and nationalityYears of tenure  Brock Chisholm 1948– 1953 Marcolino Gomes Candau 1953– 1973 Halfdan T. Mahler 1973– 1988 Hiroshi Nakajima 1988– 1998 Gro Harlem Brundtland 1998– 2004 Lee Jong-wook 2004–2006  Anders Nordström* 2006– 2007 Margaret Chan 2007–2017  Tedros Adhanom2017–present*Appointed acting Director-General following the death of Lee Jong-wook while in office
Revised: List of directors-general + Directors-General of the WHOName and nationalityYears of tenure Brock Chisholm 1948– 1953 Marcolino Gomes Candau 1953– 1973 Halfdan T. Mahler 1973– 1988 Hiroshi Nakajima 1988– 1998 Gro Harlem Brundtland 1998– 20046 70px Lee Jong-wook 2004–2006 Anders Nordström* 2006– 2007 Margaret Chan 2007–2017 Tedros Adhanom2017–present*Appointed acting Director-General following the death of Lee Jong-wook while in office
Edit intent: meaning-changed