An updated species checklist for all the Pentatomoidea species for Greece is provided. Eight species are recorded from Greece for the first time. The checklist is supported with distributional data notes for all the Pentatomoidea species of Greece.Aelia germari Küster 1852, Eurygaster hottentotta (Fabricius 1775), Eysarcoris aeneus (Scopoli 1763), Neottiglossa lineolata (Herrich-Schaeffer 1830), Neottiglossa pusilla , Picromerus bidens (Linnaeus 1758), Podops (Podops) inunctus (Fabricius 1775) and Tarisa pallescens (Jakovlev 1871). A complete updated species checklist with distributional data notes for all the new species for Greece are provided.Eight species of the superfamily Pentatomoidea are recorded from Greece for the first time:  Halyomorpha halys (Stål) and the southern green stink bug Nezara viridula (L.).The superfamily Pentatomoidea constitutes one of the most important insect groups of the suborder Heteroptera. It includes 1080 genera and 5907 species belonging to 16 families of which the Cydnidae, Pentatomidae, Scutelleridae and Tessaratomidae are the most important; 94% of the species belong to these four families ,3. PentaHalyomorpha halys is a polyphagous stink bug native to China, Korea, Japan and Taiwan , Olympos Mt. [Prionia (21.V.1981)]. Total: 3 specimens.Elasmucha Stål 1864 (Genus tål 1864 2.Elasmucha grisea grisea (Linnaeus 1758)Doris [Skaloula (2.V.1986)], Ioannina (24.VI.1984), Rodopi Mt. (10.VIII.1985). Total: 5 specimens.Family CYDNIDAESubfamily CydninaeCydnus Fabricius 1803 (Genus ius 1803 3.Cydnus aterrimus (Forster 1771)Santorini Island [Kamarion (5.V.1982)]. Total: 1 specimen.Macroscytus Fieber 1860 (Genus ber 1860 4.Macroscytus brunneus (Fabricius 1803)Attiki [Kifissia ], Doris [Agios Nikolaos (2.VII.1986)]. Total: 4 specimens.Subfamily SehirinaeOchetostethus Fieber 1860 Doris , Olympos Mt. . Total: 5 specimens.Tritomegas Amyot et Serville 1843 (Genus lle 1843 6.Tritomegas bicolor (Linnaeus 1758)Epirus [Vryssochori (28.V.1981)], Voeotia [Arachova (17.III.1981)]. Total: 2 specimens.7.Tritomegas sexmaculatus (Rambur 1839)Olympos Mt. [Stavros (20.V.1981)]. Total: 1 specimen.Family PENTATOMIDAESubfamily AsopinaeArma Hahn 1832 Genus 8.Arma insperata (Horváth 1899)Florina [Vernon Mt-Kalo Nero (21.VIII.1986)]. Total: 1 specimen.Jalla Hahn 1832 Genus 9.Jalla dumosa (Linnaeus 1758)Doris [Skaloula (1.VI.1985)], Fokis [Elaion (22.VII.1983)], Kozani [Vourinos Mt. 18.VIII.1983)]. Total: 3 specimens.Picromerus Amyot et Serville 1843 Genus 10.Picromerus bidens* (Linnaeus 1758) (us 1758) Florina [Vernon Mt-Kalo Nero (30.VII.1982)]. Total: 3 specimens.11.Picromerus conformis (Herrich-Schaeffer 1841)Doris [Skaloula (27.IX.1983)], Florina [Psarades (18.VIII.1986)]. Total: 2 specimens.Troilus Stål 1867 (Genus tål 1867 12.Troilus luridus (Fabricius 1775)Olympos Mt. [Stavros (20.V.1981)]. Total: 1 specimen.Zicrona Amyot et Serville 1843 (Genus lle 1843 13.Zicrona caerulea (Linnaeus 1758)Attiki [Avlon (11.V.1980)], Doris [Monastirakion (18.VIII.1981)]. Total: 2 specimens.Subfamily PentatominaeAcrosternum Fieber 1860 Genus 14.Acrosternum heegeri (Fieber 1861)Doris [Eratini (14.VII.1978)], Zakynthos [Volimes (28.VI.1988)], Athos [Karyes (5.VIII.1986)]. Total: 7 specimens.15.Acrosternum millierei (Mulsant et Rey 1866)Attiki [Marathon (11.VII.1984)], Chios [Chora (5.IV.1979)], Doris [Agios Nikolaos (20.VII.1986)], Kynouria [Astros (31.VIII.1984)]. Total: 9 specimens.Aelia Fabricius 1803 Genus 16.Aelia acuminata (Linnaeus 1758)Aetoloakarnania [Messolonghion (17.V.1990)], Amphilochia [Anixiatiko (20.VIII.1985)], Arkadia [Menalon Mt. (20.VI.1986)], Attiki , Chalkidiki [Valti (8.VIII.1985)], Chios [Chora ], Doris , Epirus [Vryssochori ], Evia [Oreoi (20.IV.1980)], Evrytania [Megalo Chorio (10.VIII.1986)], Drama [Falakron Mt. (13.VI.1982)], Florina , Fokis [Galaxidi (15.IV.1980)], Fthiotis , Grevena [Anoixis ], Ikaria , Ioannina , Karditsa [Artessiano (1.X.1981)], Konitsa [Aoos Riv. (29.V.1981)], Lakonia [Mystras (30.IV.1985)], Lesvos [Sykamnia (16.VI.1987)], Messinia , Naxos [Apeiranthos (16.VI.1981)], Olympos Mt. (13.VIII.1979), Parnassos Mt. [National Park (13.VII.1985)], Paros [Paroikia (18.VI.1981)], Pella [Vryta (14.VIII.1979)], Pieria [Poroi ], Pindos Mt. , Rodopi Mt. [Elatia ], Rhodos [Dimilia (31.V.1990)], Strymonas Riv. (1.VI.1982), Thessaloniki , Trikala [Orthovounion (30.IX.1981)], Vegoritis Lake (14.VIII.1979), Xanthi [Porto Lagos ], Zakynthos [Keri (29.VI.1988)]. Total: 119 specimens.17.Aelia albovittata (Fieber 1868)Chios [Armolia (20.VI.1987)], Samos [Pythagorion (23.VI.1987)]. Total: 3 specimens.18.Aelia germari* (Küster 1852) (er 1852) Evros [Metaxades (2.VI.1982)]. Total: 1 specimen.19.Aelia klugii (Hahn 1831)Florina [Vernon Mt. Kalo Nero ], Rodopi [Vathyrhemma (12.VI.1982)]. Total: 5 specimens.20.Aelia rostrata (Boheman 1852)Attiki , Doris [Ghiona ], Drama [Potami (12.VI.1982)], Epirus [Vryssochori (28.V.1981)], Evros , Florina ), Fthiotis [Anthili (12.VIII.1980)], Konitsa [Aoos Riv. (30.V.1981)], Kozani [Vourinos Mt. (18.VIII.1985)], Messinia , Oiti Mt. ], Olympos Mt. [Stavros (20.V.1981)], Parnon Mt. (18.VI.1986), Prionia (30.V.1982), Rhodos [Plymiri (29.VI.1987)], Rodopi Mt. [Elatia (19.VII.1983)]. Total: 38 specimens.21.Aelia virgata (Klug 1841)Evros [Metaxades (2.VI.1982)], Trikala [Aghiofilo (22.VII.1989)]. Total: 2 specimens.Antheminia Mulsant et Rey 1866 (Genus Rey 1866 22.Antheminia lunulata (Goeze 1778)Fthiotis [Kalamakion (12.VII.1979)], Pella [Vryta (14.VIII.1979)], Vegoritis Lake (14.VIII.1979). Total: 3 specimens.Apodiphus Saunders 1877 Attiki , Doris [Skaloula (5.X.1980)]. Total: 7 specimens.Brachynema Mulsant et Rey 1852 (Genus Rey 1852 24.Brachynema cinctum (Fabricius 1775)Attiki [Schinias (1.VII.1982)]. Total: 1 specimen.Carpocoris Kolenati 1846 (Genus ati 1846 25.Carpocoris (Carpocoris) fuscispinus (Boheman 1851)Attiki , Doris [Skaloula ], Epirus [Vryssochori (27.V.1981)], Evia , Kozani [Vourinos Mt. ], Parnon Mt. , Messinia [Kazarma (4.VII.1984)], Olympos Mt. [Prionia (13.VIII.1979)], Paros [Paroikia (18.VI.1981)], Rhodos , Samos , Oiti Mt. (9.VIII.1986), Thessaloniki [Cedron Hills (14.XI.1982)], Vegoritis Lake (14.VIII.1979). Total: 38 specimens.26.Carpocoris (Carpocoris) mediterraneus mediterraneus (Tamanini 1958)Evros Riv. [Delta (7.VI.1982)], Naxos [Moutsouna (15.III.1982)]. Total: 4 specimens.27.Carpocoris (Carpocoris) pudicus (Poda 1761)Attiki , Doris [Skaloula ], Florina [Vevi (24.VIII.1983)], Rodopi Mt. [Betoula Forest (22.V.1983)], Konitsa [Aoos Riv. (30.V.1981)], Kozani [Vourinos Mt. (17.VI.1985)], Vegoritis Lake (14.VIII.1979). Total: 10 specimens.Chlorochroa Stål 1872 (Genus tål 1872 28.Chlorochroa sp. Stål 1872Olympos Mt. [Stavros (20.V.1981)]. Total: 1 specimen.Codophila Mulsant et Rey 1866 (Genus Rey 1866 29.Codophila varia (Fabricius 1787)Aetoloakarnania , Arkadia , Attiki , Avlis [Vahty (16.VI.1979)], Doris [Skaloula ], Evia [Agios Georgios (21.VI.1980)], Fokis [Eleon (17.VIII.1979)], Ikaria [Gyaliskari (15.VII.1981)], Ilia [Krestena (16.V.1985)], Kephallinia [Aenos Mt. (23.VI.1988)], Kynouria [Astros (5.VII.1984)], Messinia [Kazarma (4.VII.1984)], Parnassos Mt. (13.VII.1985), Rhodos , Samos , Aoos Riv. (30.V.1981), Giona (23.VII.1982), Oiti Mt. (30.IX.1984), Parnon Mt. (18.VI.1986), Vegoritis Lake (14.VII.1979). Total: 43 specimens.Dolycoris Mulsant et Rey 1866 (Genus Rey 1866 30.Dolycoris baccarum (Linnaeus 1758)Achaia [Rion (9.VI.1980)], Aetoloakarnania [Babini 23.VI.1986)], Attiki , Doris [Skaloula ], Epirus [Vryssochori (26.V.1981)], Evia [Edipsos (23.VI.1980)], Evros [Metaxades (2.VI.1982)], Florina (15.VIII.1979)], Fokis , Grevena [Anoixis (31.VII.1984)], Ilia [Kyllini (21.VII.1982)], Kephallinia [Aenos Mt. (23.VI.1988)], Konitsa [Aoos Riv. (29.V.1981)], Lakonia [Taygetos Mt. (30.IV.1985)], Messinia [Kazarma (4.VII.1984)], Kozani [Vourinos Mt. (28.V.1982)], Naxos [Moutsouna (16.VI.1981)], Oiti Mt. (30.IX.1984), Olympos Mt. , Paros [Monastirion (17.VI.1981)], Pindos , Rhodos , Rodopi Mt. , Samos [Pyrgos (14.VI.1987)], Parnon Mt. (18.VI.1986), Vourinos (28.V.1982)]. Total: 57 specimens.Dyroderes Spinola 1837 (Genus ola 1837 31.Dyroderes umbraculatus (Fabricius 1775)Doris [Skaloula (28.IV.1981)], Epirus [Vryssochori (26.V.1981)], Messinia [Dorion (1.V.1985)], Pindos [Greveniti (6.IX.1980)]. Total: 9 specimens.Eurydema Laporte 1833 (Genus rte 1833 32.Eurydema (Eurydema) eckerleini Syros [near Poseidonia (10.VI.2005)], Attiki , Tinos [near Triantaros (29.VII.2016)]. Total: 100 specimens.33.Eurydema (Horvatheurydema) fieberi, (Schummel 1837)Attiki [Kifissia (15.IV.1974)], Doris , Parnon Mt. (30.VI.1989), Kozani [Vourinos Mt. (22.VII.1989)]. Total: 5 specimens.34.Eurydema (Eurydema) oleracea (Linnaeus 1758)Creta [Rethymnon-Myloi (8.VIII.1985)], Epirus [Vryssohori (26.V.1981)], Florina , Kozani [Vourinos Mt. ], Messinia [Artemissia (29.IV.1985)], Olympos Mt. , Pindos , Rodopi Mt. , Oiti Mt. (30.IX.1984). Total: 40 specimens.35.Eurydema (Eurydema) ornata (Linnaeus 1758)Achaia [Bouboukas (21.VI.1986)], Aetoloakarnania [Mytikas-Astakos (23.VI.1986)], Arkadia [Tripolis (19.VI.1986)], Attiki , Avlis [Vathy (3.VII.1978)], Doris , Epirus [Vryssochori (27.V.1981)], Evia [Agios Georgios (21.VI.1980)], Florina [Kotas (15.VIII.1979)], Fthiotis [Malessina (21.III.1979)], Grevena [Anoixis (18.VIII.1983)], Kozani [Vourinos Mt. ], Lesvos [Sykaminea (16.VI.1987)], Parnassos Mt. [National Park (13.VII.1985)], Pieria , Rhodos , Samos [Agios Konstantinos (30.VI.1987)], Trikala [Mourgani (22.VII.1989)], Voeotia [Agia Paraskevi (8.VI.1980)], Ioannina (29.V.1981), Oiti Mt. , Parnon Mt. . Total: 75 specimens.36.Eurydema (Horvatheurydema) rugulosa (Dohrn 1861)Lesvos [Sykaminea (16.VI.1987)], Samos . Total: 6 specimens.37.Eurydema  spectabilis (Stichel 1960)Crete [Agios Vassilios-Heracleon (10.VII.1985)]. Total: 12 specimens.38.Eurydema  ventralis (Kolenati 1846)Doris [Marathias 1.V.1979)]. Total: 24 specimens.Eysarcoris Hahn 1834 Genus 39.Eysarcoris aeneus* (Scopoli 1763) (li 1763) Rodopi Mt. [Sidironero (23.V.1983)]. Total: 1 specimen.40.Eysarcoris ventralis Aetoloakarnania [Loutrakion-Vonitsa (22.VIII.1985)], Attiki , Crete [Rethymnon-Myloi (8.VII.1985)], Delta Acheloou (21.VII.1980), Delta Aliakmonos (19.VIII.1983), Doris , Fokis [Amfissa (19.IX.1978)], Fthiotis , Ikaria [Gyaliskari (15.VII.1981)], Ioannina , Karpathos [Arkassa (3.VI.1990)], Korinthia [Kokoni (3.VIII.1977)], Messinia [Artemissia (11.VI.1985)], Olympos Mt. [Stavros (20.V.1981)], Paros [Paroikia (18.VI.1981)], Pindos , Rhodos [Salakos (30.V.1990)], Samos , Xanthi [Porto Lagos (9.VI.1982)], Loutra Kaiafa (3.VII.1984). Total: 49 specimens.Halyomorpha Mayr 1864 Attiki , Crete [Chania (18.X.2015)], Kastellorizo [around village (15.VIII.2015)]. Total: 25 specimens.Holcogaster Fieber 1860 (Genus ber 1860 42.Holcogaster fibulata (Germar 1831)Attiki [Marathon (11.VII.1984)], Doris [Agios Nikolaos (20.VII.1986)]. Total: 2 specimens.Holcostethus Fieber 1860 Kynouria [Astros (31.VII.1984)]. Total: 1 specimen.44.Holcostethus sphacelatus (Fabricius 1794)Epirus [Vryssochori (26.V.1981)], Konitsa [Aoos Riv. 29.V.1981)], Olympos Mt. [Prionia (21.V.1981)], Rodopi Mt. [Virgin Wood 23.V.1983)]. Total: 7 specimens.Mustha Amyot et Serville 1843 (Genus lle 1843 45.Mustha spinulosa (Lefebvre 1831)Attiki , Doris [Skaloula (18.V.1989)], Trikala [Mourgani (19.VI.1985)]. Total: 6 specimens.Neostrachia Dallas 1851 Genus 46.Neostrachia bisignata Doris [Monastirakion (29.VII.1982)], Kynouria [Astros (24.VIII.1988)], Volos [Amaliapolis (1.IX.1990)]. Total: 3 specimens.Neottiglossa Kirby 1837 Genus 47.Neottiglossa bifida (Costa 1847)Achaia [Bouboukas (21.VI.1986)], Aetoloakarnania , Doris , Messinia , Konitsa [Aoos-Monastiri (30.V.1981)], Lakonia [Mystras (30.IV.1985)], Naxos [Apeiranthos (16.VI.1981)], Pieria [Poroi (14.VIII.1980)], Thessaloniki [Plagiarion (23.V.1981)]. Total: 22 specimens.48.Neottiglossa flavomarginata (Lucas 1849)Kozani [Vourinos Mt. (29.VI.1984)]. Total: 6 specimens.49.Neottiglossa leporina (Herrich-Schaeffer 1830)Doris , Drama [Potami (12.VI.1982)], Epirus [Vryssochori (26.V.1981)], Florina , Konitsa [Aoos-Monastiri (10.V.1981)], Kozani [Vourinos Mt. (8.VI.1984)], Pieria [Poroi (14.VIII.1980)], Rodopi Mt. , Oiti Mt. ]. Total: 22 specimens.50.Neottiglossa lineolata* (Mulsant et Rey 1852) (ey 1852) Doris [Skaloula (18.VII.1978)], Evia , Konitsa [Aoos-Monastiri (30.V.1981)], Lesvos [Antissa (17.VI.1987)], Xanthi [Porto Lagos (9.VI.1982)]. Total: 8 specimens.51.Neottiglossa pusilla*  (en 1789) Rodopi Mt. [Vathyrhemma (26.VII.1982)]. Total: 2 specimens.Nezara Amyot et Serville 1843 (Genus lle 1843 52.Nezara viridula (Linnaeus 1758)Attiki . Crete [Heracleon-Agios Vassilios (10.VII.1985)], Paros [Paroikia (18.IX.1981)]. Total: 13 specimens.Palomena Mulsant et Rey 1866 Kozani [Vourinos Mt. (28.V.1982)], Oiti Mt. (30.IX.1984), Parnon Mt. [Kastanitsa ], Pindos [Miliotades (29.IX.1980)], Rodopi Mt. [Betula Forest (22.V.1983)], Tripolis [Tripolis (19.VI.1986)]. Total: 10 specimens.Pentatoma Olivier 1789 (Genus ier 1789 54.Pentatoma (Pentatoma) rufipes (Linnaeus 1758)Florina , Rodopi Mt. . Total: 10 specimens.Peribalus Mulsant et Rey, 1866 Attiki , Avlis [Vathy (3.VII.1978)], Crete [Agios Vassilios-Heracleon (25.IV.1975)], Doris [Skaloula ], Florina [Kotas (15.VIII.1979)], Fthiotis [Malessina (21.III.1979)], Parnassos Mt. [National Park (13.VII.1985)], Rhodos [Salakos (30.V.1990)], Samos [Agios Konstantinos (27.VI.1987)]. Total: 16 specimens.Piezodorus Fieber 1861 (Genus ber 1861 56.Piezodorus lituratus (Fabricius 1794)Attiki [Parnis-Mola (12.VII.1985)], Schinias [(16.V.1984)], Avlis [Vathy 13.IV.1978)], Doris , Epirus [Vryssochori (26.V.1981)], Evia [Agios Georgios (21.VI.1980)], Evrytania [Megalo Chorio (10.VIII.1986)], Florina [Vernon Mt.-Kalo Nero (30.VII.1982)], Messinia [Menina (30.IV.1985)], Ilia [Killini Mt. (21.VII.1982)], Kerkyra [Tritsi (3.IV.1985)], Oaks [Rodopi (12.VIII.1985)], Parnon Mt., [Kastanitsa ], Ikaria [Raches (14.VII.1981)], Rhodos . Total: 31 specimens.Rhaphigaster Laporte 1833 (Genus rte 1833 57.Rhaphigaster nebulosa (Poda 1761)Acheloos Riv. [Delta Acheloou (21.VII.1990)], Attiki , Avlis [Vathy (5.V.1981)], Crete [Heracleon-Agios Vassilios (10.VII.1985)], Doris , Evros Riv. [Delta Evrou (7.VI.1982)], Aetoloakarnania [Nafpaktos (4.IX.1979)], Rhodos [Petaloudes (29.V.1990)]. Total: 17 specimens.Sciocoris Fallen 1829 (Genus len 1829 58.Sciocoris (Sciocoris) cursitans cursitans (Fabricius 1794)Doris [Skaloula (12.IV.1985)], Lesvos [Andissa (17.VI.1987)]. Total: 2 specimens.59.Sciocoris (Sciocoris) deltocephalus (Fieber 1861)Kephallinia [Aenos Mt. (23.VI.1988)], Paros [Paroikia (18.VI.1981)]. Total: 2 specimens.60.Sciocoris (Sciocoris) helferii (Fieber 1851)Aetoloakarnania [Mytikas-Astakos (23.VI.1986)], Arkadia [Xeropigado (9.V.1985)], Attiki [Parnis Mt.-Mola (12.VII.1985)], Ikaria [Gialiskari (15.VII.1981)], Kephallinia [Aenos Mt. (23.VI.1988)], Konitsa [Aoos-Monastiri (30.V.1981)], Kozani [Vourinos Mt. (29.VI.1984)], Aoos Riv. (14.VIII.1986)], Lesvos [Kalloni (18.VI.1987)], Pieria [Varikon (23.VII.1982)]. Total: 11 specimens.61.Sciocoris (Aposciocoris) macrocephalus (Fieber 1851)Arkadia [Xeropigado (9.V.1985)], Attiki [Avlon  Marathon ], Doris [Skaloula (1.VI.1985)], Fokis [Amfissa (2.V.1979)], Kephallinia [K. Katelios (22.VI.1988)], Kerkyra [Liapades (2.IV.1985)]. Total: 16 specimens.62.Sciocoris (Neosciocoris) maculatus (Fieber 1851)Kephallinia [Aenos Mt. (23.VI.1988)], Konitsa , Olympos Mt. [Kryovryssi (30.V.1982)], Samothraki [Loutra (4.VI.1982)], Oiti Mt. (9.VIII.1986). Total: 8 specimens.63.Sciocoris (Sciocoris) sulcatus (Fieber 1851)Aetoloakarnania [Messolongion-Tourlida (20.VII.1990)], Attiki , Kephallinia [Aenos Mt. (23.VI.1986)], Korinthia [Derveni (15.V.1985)], Kozani [Vourinos Mt. (29.VI.1984)], Kynouria [Kastanitsa (20.V.1982)], Messinia [Dorion (1.V.1985)], Olympos Mt. [Prionia (21.V.1981)], Pindos [Milies (20.VIII.1985)], Rhodos , Rodopi Mt. [Elatia (25.VII.1982)], Voeotia [Tsoukalades (12.V.1988)]. Total: 19 specimens.Stagonomus Gorski 1852 (Genus ski 1852 64.Stagonomus (Stagonomus) amoenus (Brulle 1832)Crete [Heracleon-Agios Vassilios (25.IV.1985)], Konitsa , Paros [Monastirion (17.VI.1981)], Rhodos [Petaloudes (29.V.1990)]. Total: 15 specimens.65.Stagonomus  bipunctatus (Linnaeus 1758)Evia [Agios Georgios (21.VI.1980)], Florina [Vermon Mt.-Kalo Nero (30.VII.1982)], Kozani [Vourinos Mt. (18.VIII.1985)]. Total: 7 specimens.Staria Dohrn 1860 (Genus hrn 1860 66.Staria lunata (Hahn 1835)Arkadia [Xeropigado (9.V.1985)], Attiki [Marathon (11.VII.1984)], Doris [Skaloula ], Evros [Metaxades (2.VI.1982)], Fokida [Agia Euthymia (12.V.1988)], Konitsa [Aoos (27.V.1981)], Korinthia [Akrokorinthos (31.VII.1979)], Kozani [Vourinos Mt. (28.VI.1984)] Menalon Mt. (20.VI.1986), Parnassos Mt. , Rodopi Mt. [Vathyrhemma (26.VII.1982)]. Total: 36 specimens.Subfamily PodopinaeAncyrosoma Amyot et Serville 1843 (Genus lle 1843 67.Ancyrosoma leucogrammes (Gmelin 1790)Aetoloakarnania , Arkadia [Xeropigado (9.V.1985)], Arta [Louros Riv. (28.IX.1981)], Attiki , Avlis [Vathy (16.VI.1979)], Doris , Evia [Agios Georgios (21.VI.1980)], Fokis (Agia Euthymia (12.V.1988)], Ioannina (29.V.1981), Karditsa [Artessiano (1.X.1981)], Konitsa [Aoos Riv. ], Korinthia , Kynouria [Astros ], Messinia [Kazarma (4.VII.1984)], Olympos Mt. [Prionia (13.VIII.1979)], Pieria [Poroi (14.VIII.1980)], Platanos [Parnon Mt. (1.VII.1985)], Thessaloniki [Cedron Hills (23.V.1981)]. Total: 57 specimens.Derula Mulsant et Rey 1856 (Genus Rey 1856 68.Derula flavoguttata (Mulsant et Rey 1856)Attiki [Schinias (23.VI.1986)], Doris , Epirus [Vryssochori (26.V.1981)], Evia , Florina , Fokis [Agia Euthymia (12.V.1988)], Korinthia [Derveni (15.V.1985)], Pindos [Vouchorina (13.V.1983)], Rhodos [Salakos (30.V.1990)], Samos [Pythagorion (23.VI.1987)], Trikala [Mourgani (18.VI.1985)]. Total: 23 specimens.Graphosoma Laporte 1833 Aetoloakarnania [Aetolikon (20.VII.1990)], Attiki , Crete [Rethymnon-Myloi (8.VII.1985)], Doris [Skaloula ], Evrytania [Megalo Chorio (10.VIII.1986)], Fokis [Amfissa (8.VI.1980)] Ioannina [Vikos Gorge (13.VIII.1986)], Konitsa [Aoos-Monastiri (3.V.1981)], Korinthia [Derveni (15.V.1985)], Kozani , Lakonia [Mystras (30.IV.1986)], Lesvos [Sykaminea (16.VI.1987)], Olympos Mt. [Stavros (13.VIII.1980)], Pieria [Litochoron (13.VIII.1979)], Rhodos [Apolakkia (30.VI.1987)], Voeotia [Aliartos (12.V.1988)], Oiti Mt. . Total: 28 specimens.70.Graphosoma semipunctatum (Fabricius 1775)Attiki , Crete [Rethymnon-Agioi Apostoloi (30.VI.1993)], Doris [Skaloula (18.VI.1978)], Kephallinia [Myrtos (25.VI.1988)], Lakonia [Mystras (11.VI.1985)], Oidi Mt. (27.VI.1993), Samos [Neochorion (14.VI.1987)]. Total: 23 specimens.Leprosoma Baerensprung 1859 (Genus ung 1859 71.Leprosoma inconspicuum (Baerensprung 1859)Doris [Kalion (5.V.1975)]. Total: 1 specimen.Podops Laporte 1833 Genus 72.Podops (Opocrates) curvidens (Costa 1843)Aetoloakarnania , Doris , Pieria [Varikon (23.VII.1982)], Pindos . Total: 14 specimens.73.Podops (Podops) inunctus* (Fabricius 1775) (us 1775) Doris [Kalion (15.VII.1978)], Samothraki [Kamariotissa (5.VI.1982)]. Total: 4 specimens.74.Podops (Opocrates) rectidens Horvath 1883Achaia [Bouboukas (9.VI.1980)], Aetoloakarnania [Mytikas-Astakos (23.VI.1986)], Arkadia [Kynouria-Astros ], Attiki [Schinias (1.VII.1982)], Doris , Ikaria [Gialiskari (15.VII.1981)], Ilia [Pyrgos-Zacharo (3.VII.1984)], Samothraki [Kamariotissa (5.VI.1982)], Zakynthos [L. Keri (29.VI.1988)]. Total: 23 specimens.Tarisa Amyot et Serville 1843 Genus 75.Tarisa pallescens* (Jakovlev 1871) (ev 1871) Olympos Mt. [Kryovryssi (30.V.1982)]. Total: 1 specimen.Tholagmus Stål 1860 (Genus tål 1860 76.Tholagmus flavolineatus (Fabricius 1798)Arkadia [Charadros (17.VI.1986)], Attiki [Avlon ], Avlis [Vathy (16.VI.1979)], Evia [Agios Georgios (21.VI.1980)], Fthiotis [Kalamakion (18.VIII.1979)], Kephallinia , Aetoloakarnania [Kapsorachi-Trichonis (22.VI.1986)], Menalon Mt. (20.VI.1986), Parnassos Mt. [National Park (13.VII.1985)]. Total: 18 specimens.Ventocoris Hahn 1843 (Genus ahn 1843 77.Ventocoris (Selenodera) achivus (Horvath 1889)Avlis [Vathy (16.VI.1979)]. Total: 2 specimens.78.Ventocoris (Ventocoris) rusticus (Fabricius 1781)Achaia [Kato Klitoria (20.VI.1986)], Attiki [Marathon (14.V.1985)], Avlis [Vathy ], Evia [Agios Georgios (21.VI.1980)], Fokis [Amphissa (8.VI.1980)], Kephallinia [Assos (25.VI.1988)], Messinia [Kazarma (4.VII.1984)], Santorini Island [Kamarion (5.V.1982)], Voeotia [Agia Paraskevi (23.VII.1980)]. Total: 23 specimens.Family PLATASPIDAESubfamily PlataspinaeCoptosoma Laporte 1833 (Genus rte 1833 79.Coptosoma scutellatum (Geoffroy 1785)Achaia [Bouboukas (21.VI.1986)], Doris , Florina [Vernon Mt.-Kalo Nero (21.VII.1983)], Ioannina [Voutsaras (24.VI.1984)], Kozani [Vourinos Mt. (18.VIII.1985)], Olympos Mt. [Prionia (13.VIII.1980)], Parnassos Mt. [National Park (13.VII.1985)], Pindos [Korydallos (25.V.1981)], Prespa [Bela Voda (13.X.1986)], Rodopi [Vathyrhemma (26.VII.1982)], Aoos Riv. (27.V.1981). Total: 32 specimens.Family SCUTELLERIDAESubfamily EurygastrinaeEurygaster Laporte 1833 Genus 80.Eurygaster austriaca (Schrank 1778)Avlis [Vathy ], Fokis [Galaxidi (15.IV.1980)], Oiti Mt. (1.VII.1984). Total: 4 specimens.81.Eurygaster dilaticollis (Dohrn 1860)Rodopi Mt. (19.VII.1983), Oiti Mt. , Vernon Mt. [Kalo Nero (30.VI.1982)]. Total: 6 specimens.82.Eurygaster hottentotta* (Fabricius 1775) (us 1775) Kynouria [Kastanitsa (20.VII.1982)]. Total: 1 specimen.83.Eurygaster integriceps (Puton 1881)Arkadia [Xeropigado (9.V.1985)], Attiki [Marathon (14.V.1978)], Avlis [Vathy (13.IV.1978)], Chios , Doris [Skaloula ], Epirus [Vryssochori (26.V.1981)], Grevena , Ikaria [Raches (14.VII.1981)], Ioannina (29.V.1981), Kozani [Vourinos Mt. (29.VI.1984)], Kynouria [Astros (20.V.1982)], Naxos [Apeiranthos (16.VI.1981)], Paros [Paroikia (18.VI.1981)], Samos . Total: 31 specimens.84.Eurygaster maura (Linnaeus 1758)Doris , Epirus [Vryssochori (27.V.1981)], Evia [Agios Georgios (21.VI.1980)], Florina , Kastoria (13.V.1983), Kynouria [Astros ], Messinia [Kazarma (4.VII.1984)], Pindos [Korydallos (25.V.1981)], Rhodos , Rodopi Mt. , Xanthi [Porto Lagos (8.V.1982)], Zakynthos [Keri (29.VI.1988)]. Total: 21 specimens.85.Eurygaster testudinaria testudinaria (Geoffroy 1785)Kastoria (13.V.1983), Rodopi Mt. [Silli (23.VIII.1983)]. Total: 3 specimens.Psacasta Germar 1839 (Genus mar 1839 86.Psacasta (Psacasta) exanthematica exanthematica (Scopoli 1763)Aetoloakarnania [Nafpaktos (22.VII.1978)]. Total: 1 specimen.Subfamily OdontoscelinaeIrochrotus Amyot et Serville 1843 (Genus lle 1843 87.Irochrotus maculiventris (Germar 1839)Achaia [Bouboukas (21.VI.1986)], Arkadia [Tripolis (19.VI.1986)], Attiki [Avlon (26.V.1978)], Doris [Skaloula (1.VI.1985)], Evia , Ioannina [Voutsaras (24.VI.1984)]. Total: 8 specimens.Odontoscelis Laporte 1833 (Genus rte 1833 88.Odontoscelis (Odontoscelis) fuliginosa (Linnaeus 1761)Attiki , Karpathos [Messochori (4.VI.1990)], Kephallinia [Aenos Mt. (23.VI.1988)]. Total: 7 specimens.89.Odontoscelis (Odontoscelis) lineola (Rambur 1839)Doris [Skaloula (17.IX.1978)] Arkadia , Vegoritis Lake (14.VIII.1979). Total: 4 specimens.Subfamily OdontotarsinaeOdontotarsus Laporte 1833 (Genus rte 1833 90.Odontotarsus purpureolineatus (Rossi 1790)Achaia [Bouboukas (21.VI.1986)], Aetoloakarnania , Arkadia [Charadros (17.VI.1986)], Attiki , Chios [Armolia (20.VI.1987)], Doris [Skaloula (20.VII.1986)], Epirus [Vryssochori (26.V.1981)], Evros [Metaxades (2.VI.1982)], Grevena [Anoixis (31.VII.1984)], Ilia [Kyllini Mt. (21.VII.1982)], Ioannina [Voutsaras (24.VI.1984)], Konitsa [Aoos Riv.-Monastiri (29.V.1981)], Kozani , Lesvos [Petra (17.VI.1987)], Messinia , Olympos Mt. [Prionia (21.V.1981)], Pilion Mt. [Chania 16.VIII.1980)], Rhodos , Samos , Trikala [Mourgani (19.VI.1985)], Voeotia [Tsoukalades (12.V.1988)], Parnon Mt. (11.VI.1985). Total: 36 specimens.91.Odontotarsus robustus (Jakovlev 1883)Attiki , Doris [Skaloula ], Pindos . Total: 16 specimens.92.Odontotarsus rufescens (Fieber 1861)Amphilochia [Anoixiatiko (20.VIII.1985)], Attiki [Avlon (20.V.1987)], Evia [Agios Georgios (21.VI.1980)], Ilia [Krestena (16.V.1985)], Kynouria [Astros (13.VII.1982)], Messinia [Kazarma (4.VII.1984)]. Total: 7 specimens.In Greece, until the present work, very few studies have been conducted on the Pentatomoidea fauna, in which 150 Pentatomoidea species are referred. Except two overall studies performed by Drosopoulos  and Rams


J Clin Invest. 2022;132(8):e149160. https://doi.org/10.1172/JCI149160Original citation: J Clin Invest. 2023;133(3):e168441. https://doi.org/10.1172/JCI168441Citation for this corrigendum: The left panel of The authors regret the error.


Phil. Trans. R. Soc. B377, 20210159. (Published online 2 May 2022). (https://doi.org/10.1098/rstb.2021.0159)In the original version of this article, author Pengjuan Zu's name was spelled incorrectly.This has now been corrected on the publisher's website.


Consent was added to this article: We have informed consent statements from all patients.125-130. https://doi.org/10.18632/oncotarget.27854Original article: Oncotarget. 2021; 12:125–130.


Investig. Ophthalmol. Vis. Sci.25, 463 (1984).Screening for color blindness using optokinetic nystagmusThe correct reference is listed below:Investigative ophthalmology & visual science 25, 463–466 (1984).Cavanagh, P., Anstis, S. & Mather, G. Screening for color blindness using optokinetic nystagmus. The original Article has been corrected.


This article has been corrected: In 61703-61715. https://doi.org/10.18632/oncotarget.11225Original article: Oncotarget. 2016; 7:61703–61715.


The erratum corrects an error in Fig. 4 of the published article. J. Biomed. Opt.27(7), 074705 (2022) doi: https://doi.org/10.1117/1.JBO.27.7.074705 was originally published on 28 October 2022 with an error in Fig. 4. The axes were reversed in the original version:This article [Corrected version:The error was corrected on 9 July 2022.


JCI Insight. 2020;5(19):e139932. https://doi.org/10.1172/jci.insight.139932Original citation: JCI Insight. 2022;7(20):e165502. https://doi.org/10.1172/jci.insight.165502Citation for this corrigendum: The authors recently became award of inconsistencies in The authors regret the errors.


First published: 03 November 2022https://doi.org/10.1111/jvim.16554Volume 36, Issue 6Correction to reference number 13 as follows. The last name of Jelinicic does not use diacritics.Inst Safe Medicat Pract. 2004; 15(1): 10‐11.13. Koczmara C, Hyland S, Jelincic V. High alert: preventing insulin errors.


JCI Insight. 2021;6(4):e140180. https://doi.org/10.1172/jci.insight.140180Original citation: JCI Insight. 2022;7(23):e167011. https://doi.org/10.1172/jci.insight.167011Citation for this corrigendum: Following the publication of this article, the authors became aware of similarities between the CYP2E1 blot in The authors regret the error.


Consent was added to this article: The patient mentioned in the paper signed the informed consent statement on 13/10/2020.1116-1121. https://doi.org/10.18632/oncotarget.27966Original article: Oncotarget. 2021; 12:1116–1121.


This article has been corrected: In 2543-2559. https://doi.org/10.18632/oncotarget.27650Original article: Oncotarget. 2020; 11:2543–2559.


J Clin Invest. 2020;130(7):3684–3698. https://doi.org/10.1172/JCI136908Original citation: J Clin Invest. 2023;133(5):e169500. https://doi.org/10.1172/JCI169500Citation for this corrigendum: In the original version of The authors regret the error.


Computational simulation of flow-induced arterial remodeling of the pancreaticoduodenal arcade associated with celiac artery stenosis. Journal of Biomechanics. 2019;92:146-154.https://doi.org/10.1016/j.jbiomech.2019.05.043


JCI Insight. 2020;5(17):e133225. https://doi.org/10.1172/jci.insight.133225Original citation: JCI Insight. 2022;7(20):e165688. https://doi.org/10.1172/jci.insight.165688Citation for this corrigendum: The authors recently became aware that one of the p-TBK1 blot images presented in The authors regret the error.


In the originally published version of the below-listed manuscripts, the html version incorrectly lists the article editor as an author.These errors have been corrected. The publisher apologizes for the errors.https://doi.org/10.1093/jmcb/mjab076https://doi.org/10.1093/jmcb/mjab078https://doi.org/10.1093/jmcb/mjab079https://doi.org/10.1093/jmcb/mjab081https://doi.org/10.1093/jmcb/mjab082https://doi.org/10.1093/jmcb/mjac002


J. R. Soc. Interface14, 20170247. (Published online 31 May 2022) (https://doi.org/10.1098/rsif.2017.0247)This corrigendum corrects the record and includes Mahesh M. Bandi and Madhusudhan Venkadesan as corresponding authors for the article.bandi@oist.jpm.venkadesan@yale.edushreyas.mandre@warwick.ac.uk


Correction: International Journal of Implant Dentistry (2022) 8:43https://doi.org/10.1186/s40729-022-00445-zIncorrect: C. B. SpiesCorrect: B. C. SpiesThe original publication of this article  containe


This article has an addendum: Patient consent was obtained from the patient.81969-81971. https://doi.org/10.18632/oncotarget.13046Original article: Oncotarget. 2016; 7:81969–81971.


Following the publication of the original article , we wereOriginally published name: Raghda R. S. RoshdyCorrect name: Raghda R. S. HusseinThe original article has been corrected.


JCI Insight. 2022;7(15):e160989. https://doi.org/10.1172/jci.insight.160989Original citation: JCI Insight. 2022;7(18):e164813. https://doi.org/10.1172/jci.insight.164813Citation for this corrigendum: For clarity, the authors have updated The authors regret the errors.


Correction: BMC Psychiatry. 20, 229 (2020)https://doi.org/10.1186/s12888-020-02596-yFollowing the publication of the original article , the autThe incorrect code of the study is: IR.KUMS.REC.1397.187The correct code of the study is: IR.KUMS.REC.1397.866The original article  has been


In the originally published version of the below-listed manuscripts the data availability statement was accidentally omitted. Data availability statements have now been added to the following papers.https://doi.org/10.1093/ehjdh/ztaa012https://doi.org/10.1093/ehjdh/ztaa018https://doi.org/10.1093/ehjdh/ztab009https://doi.org/10.1093/ehjdh/ztab011https://doi.org/10.1093/ehjdh/ztab032https://doi.org/10.1093/ehjdh/ztab034https://doi.org/10.1093/ehjdh/ztab038https://doi.org/10.1093/ehjdh/ztab051https://doi.org/10.1093/ehjdh/ztab082https://doi.org/10.1093/ehjdh/ztab108


J Clin Invest. 2016;126(5):1783–1800. https://doi.org/10.1172/JCI83669Original citation: J Clin Invest. 2023;133(4):e169304. https://doi.org/10.1172/JCI169304Citation for this corrigendum: 2O and WT/DSS pictures were inadvertently switched. In –/–Ptpn22/DSS sample. The correct figure is shown below.The authors recently became aware of errors in The authors regret the errors.


This article has an addendum: The patient has previously consented to publication of de-identified findings.4195-4200. https://doi.org/10.18632/oncotarget.27793Original article: Oncotarget. 2020; 11:4195–4200.


Oncogene 10.1038/onc.2013.594, published online 27 January 2014Correction to: Supplementary figure The CDC42 blot in Suppl. fig The corrected figure is given below.Supplementary Figure 1


Scientific Reportshttps://doi.org/10.1038/s41598-022-24228-z, published online 16 November 2022Correction to: The original version of this Article contained an error in Reference 10, which was incorrectly given as:635, 413833. (2022).Das, S. Particle scattering by harmonically trapped quantum gases in an artificial magnetic field. Phys. B Condens. Matter The correct reference is listed below:Phys. B Condens. Matter635, 413833. https://doi.org/10.1016/j.physb.2022.413833 (2022).Das, S. Particle scattering by harmonically trapped quantum gases in an artificial magnetic field. The original Article has been corrected.


PNAS Nexus was opened, it was incorrectly labeled March 2023. The month has been corrected, and citation details of the following list of articles were affected by this error:When Volume 2, Issue 1, January 2023 of https://doi.org/10.1093/pnasnexus/pgac306Cystic fibrosis rabbits develop spontaneous hepatobiliary lesions and CF-associated liver disease (CFLD)-like phenotypes. https://doi.org/10.1093/pnasnexus/pgac298High-resolution cryo-EM structure of the junction region of the native cardiac thin filament in relaxed state. https://doi.org/10.1093/pnasnexus/pgac297Topical SCD-153, a 4-methyl itaconate prodrug, for the treatment of alopecia areata. https://doi.org/10.1093/pnasnexus/pgac300Development of an in-vitro high-throughput screening system to identify modulators of genitalia development. https://doi.org/10.1093/pnasnexus/pgac2902,3,7,8-Tetrachlorodibenzo-p-dioxin induces multigenerational alterations in the expression of microRNA in the thymus through epigenetic modifications. Wolbachia. https://doi.org/10.1093/pnasnexus/pgac293Cell-based analysis reveals that sex-determining gene signals in Ostrinia are pivotally changed by male-killing https://doi.org/10.1093/pnasnexus/pgac286Information maximization explains state-dependent synaptic plasticity and memory reorganization during non-rapid eye movement sleep. https://doi.org/10.1093/pnasnexus/pgac288Pharmacological potentiators of the calcium signaling cascade identified by high-throughput screening. https://doi.org/10.1093/pnasnexus/pgac285Leaded aviation gasoline exposure risk and child blood lead levels. https://doi.org/10.1093/pnasnexus/pgac283On the interplay of hierarchies, conflicts, and cooperation: An experimental approach. https://doi.org/10.1093/pnasnexus/pgac270Senescent stroma induces nuclear deformations in cancer cells via the inhibition of RhoA/ROCK/myosin II-based cytoskeletal tension. https://doi.org/10.1093/pnasnexus/pgac292On shape forming by contractile filaments in the surface of growing tissues. https://doi.org/10.1093/pnasnexus/pgac291Customizable, reconfigurable, and anatomically coordinated large-area, high-density electromyography from drawn-on-skin electrode arrays. https://doi.org/10.1093/pnasnexus/pgac295Watershed memory amplified the Oroville rain-on-snow flood of February 2017. https://doi.org/10.1093/pnasnexus/pgac275A deep-learning model of prescient ideas demonstrates that they emerge from the periphery. https://doi.org/10.1093/pnasnexus/pgac289Risky cascading transitions in international relationships. https://doi.org/10.1093/pnasnexus/pgac281Moralized language predicts hate speech on social media. The citation details for each of the above articles have been updated to reflect the correct month of this issue. The Publisher regrets this error.


Correction to: bord personal disord emot dysregul 8, 28 (2021).https://doi.org/10.1186/s40479-021-00169-3Following publication of this article , it is rMaria Lidia Gerra.Martina Ardizzi.Silvia Martorana.Veronica Leoni.Paolo Riva.Emanuele Preti.Barbara Francesca Marta Marino.Paolo Ossola.Carlo Marchesi.Vittorio Gallese.Chiara De Panfilis.The original article has been updated.


This article has been corrected: Due to errors during figure assembly, the GAPDH blots in 8822-8838. https://doi.org/10.18632/oncotarget.3558Original article: Oncotarget. 2015; 6:8822–8838.


This article has been corrected: Due to errors during the assembly of 23401-23413. https://doi.org/10.18632/oncotarget.15581Original article: Oncotarget. 2017; 8:23401–23413.


There is an error in reference 24. The correct reference is: Diamond Project Group. Incidence and trends of childhood Type 1 diabetes worldwide 1990–1999. Diabet Med. 2006;23(8):857–66. Epub 2006/08/17. pmid:16911623.


Retraction Note to: Gene Therapy10.1038/gt.2011.82.The editor has retracted this article  followin


JCI Insight. 2017;2(16):e93076. https://doi.org/10.1172/jci.insight.93076Original citation: JCI Insight. 2021;6(7):e149895. https://doi.org/10.1172/jci.insight.149895Citation for this corrigendum: NHBA Control). An institutional review committee concluded that the error in The Editors previously posted an Expression of Concern for this article regarding images in The authors regret the error.


This article has been corrected: In 62425-62438. https://doi.org/10.18632/oncotarget.11515Original article: Oncotarget. 2016; 7:62425–62438.


Correction to:Mucosal Immunology (2017); advance online publication, 23 August 2017; doi:10.1038/mi.2017.68Panel f of The publisher regrets the error.


This article has been corrected: The bioinformatics analysis of TCGA data in 31785-31801. https://doi.org/10.18632/oncotarget.15991Original article: Oncotarget. 2017; 8:31785–31801.


JCI Insight. 2021;6(6):e135753. https://doi.org/10.1172/jci.insight.135753Original citation: JCI Insight. 2021;6(8):e150137. https://doi.org/10.1172/jci.insight.150137Citation for this corrigendum: During the preparation of this manuscript, the center panel of the bottom row of Figure 2D was inadvertently duplicated from the left panel of the bottom row of Figure 2D. The figure has been corrected.The authors regret the error.


This article has been corrected: During reorganization of 1606-1624. https://doi.org/10.18632/oncotarget.26600Original article: Oncotarget. 2019; 10:1606–1624.


JAC-Antimicrobial Resistance 2021; https://doi.org/10.1093/jacamr/dlab051JAC-Antimicrobial Resistance 2021; https://doi.org/10.1093/jacamr/dlab052JAC-Antimicrobial Resistance 2021; https://doi.org/10.1093/jacamr/dlab053JAC-Antimicrobial Resistance 2021; https://doi.org/10.1093/jacamr/dlab054JAC-Antimicrobial Resistance 2021; https://doi.org/10.1093/jacamr/dlab055JAC-Antimicrobial Resistance 2021; https://doi.org/10.1093/jacamr/dlab056In the original published versions of these articles, the link to the prescribing information for cefiderocol was missing. This has now been corrected in the published versions of the articles. The authors apologize for this error.


Correction to: Trials 18, 528 (2017)https://doi.org/10.1186/s13063-017-2270-3Originally published name: Rosanna W. L. LamCorrected name: Rosanna W. L. LauFollowing the publication of the original article , we wereThe original article has been corrected.


Global Medical Geneticswishes to recognize those who contributed as an expert peer-reviewer of submitted scientific papers in 2021.Global Medical Genetics.Thank you for your contributions toIwona ŻurTomer Ziv-BaranAndrea ZiniQian-Hao ZhuJiang ZhouYingmei ZhangXinjiang ZhangÁngel Zarain-HerzbergSarah E. ZandersHakimeh ZaliRaymond YungYonggui YuanJin-qing YuanHao YuChao YuPierre YouinouYeliz YolVa yoT. Ylisaukko-ojaHiroyuki YasudaBing YaoJunichi YamaguchiSuowen XuClaudia WylezichYah-Huei Wu-ChouWei-Te WuJianghong WuJiande WuKris C. WoodHye Ryun WooJongkonnee WongpiyabovornLoo Keat WeiJill WegrzynMilind WatveZehua WangXiaojuan WangWeiping WangIoannis A. VoutsadakisVandana VinayakRafael Velazquez-CruzAB VedamurthySarinnapha M. VasunilashornSirisha VammiZehra Oya UygunerAsta TvarijonaviciuteDilsad TurkdoganPınar TulayAgeliki TsagaratouAnthony TrewavasVan Khanh TranAnn-Marie TorregrossaHirofumi TomitaLucia TombolanPascale TomasiniMaria TomasPavel TomancakA. TirellaPilar S. TestillanoLeroy ten DamDuygu TekinEleni TaniYuki TamuraMurtaza M. TambuwalaGerasimos P. SykiotisZ. Renee SungLi-Peng SunAihua SunTakaaki SugikiIrna SufiawatiJose Suazowenling SUChun-Li SuMaja StojiljkovicAgnieszka StembalskaElizabeth K. SpeliotesKayal DM SmitaRobert SmigielMichael K. SkinnerSanjay M. SisodiyaDavid SimarByoung-Soo ShinJin-Yuan ShihTakahiko Shibaharapei ShiBrian M. ShewchukLisha ShenPil Joon SeoAida Semic-JusufagicBarry ScottRobert J. SchmitzMari SandellMaria, de la Paz SanchezEmine Turkmen SamdanciLynn Y. SakaiOzlem SaglamReza SafaralizadehEnrique SaezAmets SaenzAlexandre RouenVeronique RossiH. Llewelyn RoderickKate E. RileyBergmann M. RibeiroSilvia R. A. ReisTheodore P. RasmussenPragna RaoAna Lucia Carrinho Ayroza RangelBhama RamkhelawonElizabeth J. RadfordLarysa Y. PylypAlkes L. PriceShikha PrasadPranav Kumar PrabhakarN. Pop-JordanovaLydia PooleS. R. PhadkePiero PeruccaA. M. PersicoPascale PerrinIsrael Perez-TorresA. Pena-RosadoA. PellicerAles PecinkaSmaranika PattnaikAlireza PasdarAlireza PasdarSeppo ParkkilaHumberto, Jr. ParadaPier Francesco PalamaraBulent OzpolatJuan M. OrdunaM. OliveAnna B. OhlssonB. NowickaParisa NorouzitallabZahra NoormohammadiTakahiro NobuzaneMasha Y. NivDuc Hinh NguyenYun Fong NgeowPraveen Kumar NeelaHashem NayeriSatoshi NarumiMasataka Narukawajuan NanGerson NakazatoA. J. MunozMridul MukherjiSrabani MukherjeeHirohito MiuraMilica MiljkovicChiara MilaniL. MiglioreJosé Luis MicolJames J. MezhirPeter MeyerLisa MethvenJan A. MennigenShaban MelI.M. Medina-DíazKatsuhiro MasagoEfrén Martínez-QuintanaMarcella MartinelliLucia MargariChao MaoGaia Chiara ManninoLicinio MancoJosé E. ManautouKristiina MäkinenAbdolkarim MahroozMagdy M. MahfouzAbbas Ali MahdiAsri MaharaniPaul S. MaddoxMike MacknessRenato Assis MachadoMalou A. LugthartVito LongoHanns LochmullerXian-zhi LiuShoufeng LIUCharlotte LingJinpiao LinAnatoly V. LichtensteinMarc LibaultWilson LiaoEvi LianidouXiaomin;Xiaowan Li;Lixiaomin;juan li;heXiajun LiAnna-Liisa LevonenTomoko LeeSeung Jin LeeSeong-Wook LeeJefferson LEEM. A. LebedevaDouglas A. LauffenburgerJunko KusumiSetor K. KunutsorAlexei P. KudinKsenia V. KrasilevaClaudia KöhlerDo-Hyung KimAndre Salim KhayatNaim A. KhanDr. Mahamad Irfanulla KhanGolsa KetabchiMohammad Amin KerachianKathleen L. KellerFuminori KawabataFuminori KawabataUshang V. KateJason KaramchandaniInes Kapferer-SeebacherEmine KandemisRasime KalkanPerla KalimanYoun Joung ChoBryan W. JonesFeras J. JirjeesEmilio JirilloChutima JirapinyoJunhyun JeonMusharraf JelaniAjit JaiswalMayumi IwasakiShinsuke ItoShumpei IshikawaRachel Helen HortonNele HoremansKi Ho HongGeorges HerbeinJohn E. HayesRuilian HanAgnieszka HalasKevin M. HaigisSanna HagmanZsuzsanna GurdanPramod Kumar GuptaA. GugliucciAlicja E. GrzegorzewskaDaniel GrimanelliStanislas Grassin-DelyleStephanie GraserIsabel GonçalvesRicardo Santiago GomezJ. GohlkeShamila GinigeTapash Chandra GhoshRomain GherardiMeenu GhaiDavid P. GavinBrandon S. GautAmparo Garcia-TejedorPhilippe GallusciAlexandre GagnonCarlo GaetanoAttila FrigyesiJennifer L. FreemanMolly FoxNatalia ForgacovaAntonino ForaboscoEugenia Flores-AlfaroAlberto Fernandez-Jaenhongjuan FangLigia Carla Faccin-GalhardiWilliam EvansWon Sik EumEbru ErzurumluogluThomas EggermannDebasree DuttaBurak DurmazJorge Domínguez-AndrésKorcan DemirClelia De-la-PeñaFrank de VriesMaria Corazon A. De UngriaDelcides Ferreira De Paula JuniorDaniel A. de LuisRaul de LucasJeremy J. DayAparup DasDr Amita CoutinhoRicardo D. ColettaAmander T. ClarkStephan ClaesThomas A. CiullaFabrizio CitarellaLuisa CimminoEr-Chieh ChoMaria Sole ChimentiZ. Jeffrey ChenZ. Jeffrey ChenPao-Yang ChenFuxue ChenPrashen ChelikaniPattama ChailertvanitkulCarlo CervellatiClarissa CataleValeria CarolaInmaculada Campos-GalindoBert CallewaertMatteo BusconiRussell J. BuonoSteven BuechlerRegina Maria Bringel MartinsJason H. BricknerJ. BrezinovaAlison C. BrewerAn BoudewynsYvonne BöttcherG. BorgonovoPenelope E. BonnenLuca Reggiani BonettiDragana BogicevicPeyman BjörklundAndriy BilichakMaitree BhattacharyyaIwona Ben-SkowronekMoussa BenhamedAkeila BellahcèneMaik BehrensMohamed A. BedaiwyDiane M. BecklesClaude BeckerDaniela Sanchez BassèresManish BansalIstvan BaloghAlma BalestrazziAdayabalam S. BalajeeBahman BahramnejadMelinda R. BaerwaldFabian BaertlingAnwar BabanDiana A. Averill-BatesD. M. Avdjieva-TzavellaKapil K. AvasthiEliandro Reis TavaresEmine Ikbal AtlıNaureen AslamS. AounzouGregory S. AntonarakisNorma Almaraz-AbarcaWatfa Al-MamariAhad AlizadehMohammad Yousef AlikhaniMercedes Alfonso-Prietoİbrahim AkalinAnnabel Ahuriri-DriscollGholamreza AhmadianWasim AhmadSarita AgarwalOladele Vincent AdeniyiRavinder AbrolFrancisco Abad-SantosNurul Syakima Ab Mutalib


Following the publication of the original article , the autThe original article  has beenAdditional file 3: Macro. 2step-TemplateMatching.ijm, available on the GitHub repository at https://github.com/multi-template-matching/MultiTemplateMatching-Fiji/blob/master/Fiji/scripts/Plugins/Template_Matching/2step-TemplateMatching.ijm. See Supplementary Material.pdf and Supplementary Figures.pdf for further information.


This article has been corrected: Due to errors during figure assembly, 10803-10815. https://doi.org/10.18632/oncotarget.2506Original article: Oncotarget. 2014; 5:10803–10815.


This article has been corrected: In 8162-8172. https://doi.org/10.18632/oncotarget.14131Original article: Oncotarget. 2017; 8:8162–8172.


This article has been corrected: In 1020-1030. https://doi.org/10.18632/oncotarget.2741Original article: Oncotarget. 2015; 6:1020–1030.


Correction to: Mol Cancer 9, 112 (2010)https://doi.org/10.1186/1476-4598-9-112Fig. Fig. Fig. Fig. Fig. Following publication of the original article , minor eThe corrected figure is given below. The correction does not have any effect on the results or conclusions of the paper. The original article has been corrected.


This article has been corrected: Due to errors during figure assembly, the fluorescence images in 6737-6748. https://doi.org/10.18632/oncotarget.3253Original article: Oncotarget. 2015; 6:6737–6748.


The authors would like to express their apologies and regret for the errors in the original published version of the abovementioned article. The corrected article follows.DOIshttps://doi.org/10.18332/tid/132833Original Article: https://doi.org/10.18332/tid/141989Correction: https://doi.org/10.18332/tid/142579Corrected Article:


I would like to begin with a tremendous round of applause for all the authors, reviewers, and members of our editorial team who have continued to advance our knowledge of the microbial sciences during our second year of the COVID-19 pandemic.It’s that time of year, as we head into the end-of-year holidays, to reflect on how the past 12 months have played out at I alluded to the following in last year’s message but would like to drive it home again, with the advantage of some hindsight. In early 2020, very few people would have predicted that by the end of the year we would have had an effective vaccine against SARS-CoV-2, much less multiple versions. Yet, we accomplished it, in no small part due to years of fundamental research on how the immune system recognizes and responds to pathogens, how mRNAs are synthesized and translated, and how to effectively deliver macromolecules into cells. Much of this progress was anchored in the microbial sciences: studies of viral immunology, landmark work on mRNA metabolism in bacteria and virally infected cells, understanding how pathogens bind to and enter cells, development of techniques that were originally used to introduce viral oncogenes into mammalian cells in culture, and the use of viral vectors for gene therapy all set the stage for the COVID-19 vaccines. I would be remiss if I failed to note that this research was performed all around the world.mSphere, we are committed to continuing to publish important studies that advance our knowledge of the plethora of microbes and how they interact with their hosts. I have no doubt that this research will pay enormous benefits in the future.At Our submission numbers remain high and, despite a small increase in our time to first decision late last year and early this year, we have turned that curve around and aspire to get our decision-making speed back to where it was in the “Before Times.”I want to give special mention to the staff at ASM who have worked tirelessly to keep the gears of publication well oiled. In particular, Nikki Glenn, Amanda Donaldson, and Noel Lin have made our jobs as editors easier and delightful.ad hoc reviewers in 2021. They have our gratitude. I hope that you are able to enjoy some time over the next few weeks connecting or reconnecting with your families and loved ones, this year in person. Humans are social animals, and it’s great to be able to resume these activities.Kjersti AagaardMohamed M. H. AbdelbarySabrina AbsalonMichael C. AbtMark D. AdamsJosephine Azikuru AfemaKayode Olayinka AfolabiSurya D. AggarwalHector Aguilar-CarrenoChristian Paul AhearnBrian M. M. AhmerMustafa AkkoyunluMd. Tauqeer AlamAshraf Al AshhabM. John AlbertAnoop AlexCaroline AlfieriHolly M. Scott AlgoodJonathan AllenEmma Allen-VercoeJuan C. AlonsoFrancis AlonzoChristopher AlteriJohn AlverdyChristopher S. AndersonMatthew Zack AndersonDavid R. AndesLaura Maria Andrade De OliveiraMarco AndreolliDiego O. AndreyAlberto AntonelliYoshiteru AoiCristian ApetreiChelsie Elizabeth ArmbrusterSandra K. ArmstrongJennifer M. AuchtungTatjana Avšič-ŽupancDomenico Azarnia TehranSophie Bachellier-BassiMichael A. BachmanSteffen BackertMatthew BaidemeCamden R. BairJonathon L. BakerKatherine H. BakerScott BalibanJimmy D. BallardGuilia BandiniFernando BaqueroNoa Barak-GavishJoseph T. BarbieriBrianne BarkerJason C. BartzMartine BassilanaChristine Marie BassisTilman BaumstarkMarco BecherelliSara BeierDaniel P. BeitingGeorgios N. BelibasakisAeriel D. BelkSamantha L. BellJessica A. BelserJorge L. BenachJose A. BengoecheaPeter BergholzTeresa M. BergholzTanja BerićDavid BernsteinStefan BertilssonRalph BertramSanchita BhadraDipankar BhattacharyyaBijit BhowmikFadil A. BidmosClaire H. BirkenheuerJacob P. BitounDaniel Blanco-MeloJon S. BlevinsJoseph M. BlissPatricia Pringle BloomAntje BlumenthalKasun H. BodawattaPierre BogaertsGregory BonitoSébastien Bontemps-GalloAngela BordinJens BosseAnna BothTravis BourretKate BowermanEric BoydEthna Fidelma BoydTodd BradleyRita BrancoKyndall BraumullerLinda BreedenMathieu BrochetNichole A. BroderickChristopher B. BrookeGrayson BrownJeremy S. BrownKevin M. BrownMichael G. BrownHarry BrumerDonald A. BryantAlison BuchanLori L. BurrowsKaren BushAndrea CabibbeLaty A. CahoonYi CaiEloiza Helena CampanaEdgar I. Campos-MaduenoEric CaragataAlessandra CarattoliFranck Gael CarboneroMiguel Carda DiéguezJeffrey CareyRyan B. CarnegieJaime CarrascoVern B. CarruthersLeslie S. CaseyIrene CastanoSantiago Castillo-RamírezClayton C. CaswellRodrigo CayôDaniel CazaresBrandi N. CeliaNuno CercaMiguel Angel CevallosDipshikha ChakravorttyDouglas L. ChalkerThomas M. ChambersJosephine R. ChandlerMichael ChandlerRobert L. CharleboisSujata S. ChaudhariNeeraj ChauhanDamien ChaussabelMichael S. ChausseeFrancisco P. ChavezLiang ChenChiuping ChengRachel A. ChengLaurent Roberto ChiarelliAlex W. H. ChinMichaelle ChojnackiStephen A. ClarkErika C. ClaudDavid W. ClearySara ClohiseyShira Milo CochaviDarrell CockburnAshley CohenSean ConlanLaura CookGretchen CooleyBrendan CormackPierre CornelisCaitlin CossaboomSiobhan C. CowleyRobert A. CramerMax CravenerAlison K. CrissKarissa L. CrossRobert W. CrossLiwang CuiPaul J. CullenNatacha CuotoCameron R. CurrieTodd Andrew CuttsDennis G. CvitkovitchF. Heath DamronAjai A. DandekarStephen DanielsBiswadip DasBryan W. DaviesCharles R. DeanJean-Winoc DecousserElizabeth N. De GaspariMiranda De GraafKirk W. DeitschHarry P. De KoningFrank R. DeLeoThomas G. DenesDavid W. DenningRajendar DeoraCynthia Ann DerdeynSteven C. DerrickJigar V. DesaiLalitagauri DeshpandeSanjay Kumar DeyVijaykrishna DhanasekaranRishu DheerRobert P. DicksonDiego G. DielBeatriz Diez MorenoStephen P. DiggleJoseph P. DillardSiyuan DingMarc S. DionneAlan Angelo DispiritoDirk P. DittmerEunsoo DoCarlota Dobaño LazaroYohei DoiJanet DonaldsonCaihong DongMatthew J. DormanLaurent DortetBenoît DoubletCharles M. DozoisJan Felix DrexlerYuchun DuElves DuarteEdward G. DudleyBreck A. DuerkopAnne K. DunnSanjucta DuttaKathryn EatonLeo EberlKathryn M. EdenboroughTom EdlindElizabeth A. EdwardsMaren EggersSabine EhrtPatrick EichenbergerWaldir P. EliasJeremy R. EllermeierRoland EllingNajib M. El-SayedMostafa S. ElshahedJoanne B. EmersonVirve Irene EnneEeva Liisa Eronen-RasimusAlice L. ErwinJavier Antonio Escobar-PerezMatthew J. EvansFranziska FaberRobert FaganChristina S. FahertyLinda FalgenhauerSéamus FanningMauricio J. FarfanMatthew L. FaronAmy K. FeehanMario F. FeldmanJinrong FengJ. Christopher FennoDavid J. FergusonIsabel Fernández EscapaAstrid FerrerRichard L. FerreroKenneth A. FieldsJoshua FiererSergio R. FilipeMaria F. FillatScott G. FillerDouglas K. FischerCarlos FloresStephanie FlowersFabrizio FoieniSteven L. FoleyLaura FordJarrod R. FortwendelMichael T. FranceKristi L. FrankNatalia FreundGeorg FritzInga FrödingTakasuke FukuharaMarta M. GagliaHannah GaimsterRaj GajiJames E. GalenMarkus GanterMichael G. GanzleErin C. GarciaSarahi L. GarciaAmy Shirley GargisKathleen GärtnerCaroline Attardo GencoNoel GeraldCarmen GherasimLorenzo GiacaniHeather L. GlasgowOleg GlebovErin S. GloagMarek GniadkowskiRichard V. GoeringGustavo H. GoldmanJonathan Louis GolobBenjamin GolombLaura Gómez-ConsarnauAngela Gomez-SimmondsYanhai GongJesus Gonzalo-AsensioSteven D. GoodmanTobias GorisMorgan GorrisRia GoswamiMatthias GotteRevathi GovindManish GoyalAndreas GrabruckerLisa GralinskiLuke R. GreenAlexander L. GreningerFinn GreyElizabeth GriceDennis GroganElisabeth GrohmannTrudy H. GrossmanCassandra GuarinoMarc-Jan GubbelsEric GuédonPascale S. GuitonArda GulayRavindra Kumar GuptaGabriel GutkindDavid HackstadtAndrea HahnAnders P. HakanssonRiley HaleVanessa L. HaleRobert HallRoy A. HallRuth M. HallBrian K. HammerTobin HammerAbdul N. HamoodAxel Georg HamprechtKen-Ichi HanakiLynn E. HancockBlake M. HansonMingju HaoMd. Manjurul HaqueSohei HaradaClare HardingLee H. HarrisonOliver HarschnitzErica M. HartmannEric T. HarvillAsma Hatoum-AslanBen M. HauseMargo G. HaygoodCynthia Y. HeSusu HeAoife T. HeaslipNicholas S. HeatonNagendra R. HegdeChristine HeilmannHenry S. HeineDavid E. HeinrichsPeera HemarajataTory A. HendryCristina HerenciasAna Hernandez CorderoRobert L. HettichAndrés HidalgoSteven HigginsPenelope HiggsTakahiro HionoItaru HiraiTheresa D. HoThomas HoenenNicole A. HoffDeborah A. HoganPeiying HongLauren Michelle HookThomas HoovenAlexander M. HorspoolPaul A. HoskissonDaniel K. HoweGongzheng HuKe HuLinden T. HuStephen S. H. HuangEili HuhtamoLewis HunJason F. HuntleyJillian H. HurstBonnie L. HurwitzWilhelmina HustonJustin HutchisonAlbina IbrayevaMelissa IngalaThomas J. InzanaWilliam W. JaMary Ann Jabra-RizkCody B. JacksonAnna C. JacobsWilliam R. JacobsGuilhem JanbonIngmar JanseMichael A. JarvisVicki JeffersNiuniu JiDong-Yan JinWilliam JohnsonSusan JosephLok R. JoshiYuan JunBarbara C. KahlMaria KalamvokiSuzanne R. KalbJeremy Phillip KamilManabu KannoFathi KarouiaAnbu Kumar KaruppannanFatah KashanchiJoseph KeaneDaniel B. KearnsScott P. KeelyEliisa KekäläinenBrendan KellyVolkhard A. J. KempfArnaud Kengmo TchoupaNemat O. KeyhaniShabaana A. KhaderArifa S. KhanM. Nadeem KhanNiharika KhannaKrystyn KiblerMegan R. KiedrowskiNicolas KiefferPeter E. KimaSamantha Jane KingDavid L. KirchmanThomas KislingerKimberly A. KlineMatthew D. KociAndrew Young KohTakahiko KoizumiJames B. KonopkaKaren A. KormuthDaniel KornitzerAnna D. KoromyslovaNicole Marie KoropatkinAnita A. KoshyNalinikanth KotagiriSusan F. KovalLukasz KozubowskiVarvara KozyrevaOliver KramerJan-Ulrich KreftGopinath KrishnamoorthyCarol A. KumamotoAnand KumarAshwani KumarBinod KumarNirbhay KumarRolf KümmerliCemil KürekciKyohei KurodaOliver KurzaiHiroyuki KusadaMarta Kuźmińska-BajorMonique LafonGyanu LamichhaneErwin LampingKristin LaneStephanie LangelBrian D. LanoilCarla E. LanzeTimothy M. LaparaAnders Rhod LarsenAntje LauerAdi LavyMark L. LawrenceWilkinson LázaroMichael Richard LebertYong-Hwan LeeJose A. LemosVanessa LeoneValerie Le SageRoger C. LevesqueMin Z. LevineKim LewisVictor H. Leyva-GradoJianrong LiLin-Xi LiLynne LiRuichao LiXian-Zhi LiJean LimBruno P. LimaHanzhi LinJianfeng LinYongxin LinNilton LincopanAmelia Ryan Isis LindseyZhuoren LingTrevor LithgowXingzhong LiuZhou LiuJose L. Lopez-RibotThomas LouieNancy G. LoveJelena LozoDiannan LuLenette LuShirley LuckhartBrian Michael LunaZhen LuoCalman A. MacLennanRajat MadanKhandaker Rayhan MahbubBernardo Alfredo MainouGeofrey MakengaBurkhard MalornyMichael ManhartJan MaresKevin MaringerClaudia N. H. MarquesLinsey MarrSara MartiRebekah M. MartinMiguel A. Martín-AcebesWillames M. B. S. MartinsGislaine Martins De OliveiraIsabelle Martin-VerstraeteJulien MassoniSébastien MatamorosRosario MatoJyl S. MatsonJoseph J. MattapallilBen MatthewsJoshua T. MattilaRadheshyam MauryaMeghan MayAndrew J. McBainAnne E. McBrideJere W. McBrideConall McCaugheyMark S. McClainBruce A. McClaneJohn K. McCormickRandy James McCreeryJohn T. McCroneElizabeth A. McDanielAnita K. McElroyLesley McGeeGerald Michael McInernyDavid J. McMillanDavid N. McMurrayPeter T. MeeMaliheh MehrshadAubrey F. MendoncaD. Scott MerrellCarl R. MerrilDennis W. MetzgerBjoern MeyerPaul A. MichelsFiras S. MidaniAlita A. MillerTodd MillerEwerton Garcia de Oliveira MimaLuciene MinariniYusuke MinatoCarmen MirabelliMaria MiragaiaDominique MissiakasStefania MitolaTanya A. MiuraTim MiyashiroKazufumi MochizukiMoniruzzaman MohammadIgor MokrousovChristopher MontgomeryCatherine MooreGonzalo MoratorioKaren MoreauHiroshi MoriKoji MoriKouichi MoritaMinoru MoriyamaThomas E. MorrisonJohn P. MorrisseyJulie MorrisseyKathryn MorrisseyJoachim MorschhäuserKenichiro MotomuraW. Scott Moye-RowleyElke MühlbergerConrad W. MullineauxMatthew A. MulveyCarol A. MunroPeter J. MylerAnusha NaganathanMoon H. NahmRyosuke NakaiTeruaki NakatsujiSham NambulliVinay Kumar NandicooriCassandra E. NelsonUjjwal NeogiJeniel E. NettIrene L. G. NewtonRyan J. NewtonStuart T. NicholWright W. NicholsTracy L. NicholsonWilliam NicholsonPaula NiewoldAngela M. NiliusMatthew L. NillesYosuke NishimuraAngela Helen NobbsAna Rita NogueiraSteven J. NorrisJoshua D. NosanchukTakuro NunouraKlaus NüssleinAustin S. NuxollTorsten OchsenreiterNkechi Martina OdogwuKyle L. O'DonnellKazuhiro OgaiKnut OhlsenYusuke OkazakiFaten A. OkdaAndrew J. OliveAntonio OliverMartin OlivierMichael OlsonTeresa R. O'MearaAndres Opazo-CapurroRobert C. OrchardJohn Osei SekyereAndrei L. OstermanMartin PabstChristopher PaddockMalcolm G. P. PageJohn V. PaiettaGlen E. PalmerTimothy PalzkillJohn C. PanepintoMarcus PanningSneh Lata PanwarCostas C. PapagiannitsisDaniel Paredes-SabjaHyunsook ParkDane ParkerGabriel I. ParraColin R. ParrishSally R. PartridgeSamir N. PatelMark E. PeeplesJosé PenadesXinxia PengDaniel PensingerMari PentJakob PernthalerAndreas PeschelKarin E. PetersonMichael PetridisMelinda M. PettigrewRenata Cristina PicãoAndrzej PiekarowiczSeth H. PincusAmeet J. PintoJohann PitoutPaul J. PlanetMateusz PlucinskiMircea PodarShawn W. PolsonStephen J. PolyakVineel Kumar Pothi ReddyThomas PottageArjun PrasadVibhu PrasadGregory P. PriebeFirdausi QadriShangshang QinJianming QiuMaxime QuébatteCheryl L. QuinnRobert Andrew QuinnBrent RaceGireesh RajashekaraStuart A. RalphSrinivasan RamakrishnanKumaran S. RamamurthiSasirekha RamaniMaria Soledad RamirezJoshua P. RamsayTara M. RandisLeslie Anne RankXiancai RaoChad A. RappleyePhilip N. RatherMaria Angelica ReaMichael D. ReedJose A. Regla-NavaJonathan S. ReichnerAaron ReinkeJyothi RengarajanNilton RennoPeter ReutherKelly C. RiceDave RichardAmariliz RiveraCarmen Alicia Rivera PérezIan S. RobertsMarilyn C. RobertsD. Ashley RobinsonLibia Zulema Rodriguez AnayaFrancisco Rodriguez-ValeraAdriana E. RosatoDavid A. RosenHelene F. RosenbergIsabelle Rosinski-ChupinBenjamin RossRaymond R. RowlandClaudia RückertThomas A. RussoJenna RychertDavid A. SackXavier SaelensChayan Kumar SahaPaula S. SalgadoFrancisco SalinasAnastasios SamarasJames E. SamuelOrjan SamuelsenDerrick SamuelsonJohn C. SamuelsonSarah E. SansomAna Carolina Carolina de Mello SantosManuela SantosChristian Santos-MedellínSunil D. SarojMichael Joseph SatlinYuya SatoTimothy J. SavageCharles A. ScangaConnie SchmaljohnThomas M. SchmidtMirco SchmolkeRaymond SchuchStacey Schultz-CherryWilliam R. SchwanJulia A. SchwartzmanAlison J. ScottIngrid L. ScullyAnna Maria SeekatzEinat SegevJulie A. SegreRyan F. SeipkeRanjan SenKarol SestakWilliam M. ShaferRebecca S. ShapiroNikki W. ShariatAmit SharmaAshu SharmaVijay K. SharmaThomas J. SharptonRoss ShawTimothy P. SheahanAlaullah SheikhSamuel A. ShelburneAimee ShenRobert C. ShieldsShin-Ru ShihTakaaki ShimohataNaoya ShinzatoAndrey N. ShkoporovNahum Y. ShpigelJoshua D. ShroutDavid SibleyLynn L. SilverMarie SimoninAnthony P. SinaiAmit SinghHerman SintimBeate M. SlabyLeyla SlamtiAmy SmithWiep Klaas SmitsEvan S. SnitkinFernando C. SonciniStephanie D. SongHarini SooryanarainDaniel O. SordelliJoseph A. SorgPaul SpearmanFabio M. SquinaJustina StanislawMaja StanojevicJack T. StapletonMichael N. StarnbachJacob L. SteenwykStefania StefaniWilliam J. SteinbachSilke StertzDavid Cole StevensMarc J. A. StevensGeorge C. StewartAlison Elizabeth StoutDaniel StraumeJorg StulkeDerek SullivanWei SunYingjie SunJoyce SutcliffeTroy C. SuttonYasuhiro SuzukiMary Hannah SwaneyToru TakeshitaToru TakimotoMichal Caspi TalSatoshi TamazawaMichelle D. TateTallita C. L. TavaresVeronika TchesnokovaRobin TeconSam R. TelfordBen TempertonFred C. TenoverAkihiko TeradaAartjan J. W. te VelthuisRajagowthamee ThangavelKevin R. TheisJustin A. ThorntonYun TianCaroline T. TiemessenAnna D. TischlerKelvin K. W. ToRichard B. ToddMasanori TohnoHirokazu TojuMark Alexander TolemanAndrew TomarasJavier TorresDieter M. TourlousseMaria Carolina TouzJulian TrachselAndrej TraunerPankaj TrivediBilly TsaiAthanassios TsakrisBoo Shan TsengClaire Elizabeth TurnerJane F. TurtonJessie UehlingJuan Esteban UgaldeGottfried UndenSyun-Ichi UrayamaConstantin F. UrbanBlake UshijimaDavid W. UsseryPeter Valentin-WeigandMark van der GiezenPeter Van der VoortNicole N. van der WelPatrick Van DijckGiel G. van DoorenDavid van DuinDaria Van TyneArvind VarsaniJosé Antonio Vázquez-BolandKasthuri VenkateswaranElisa M. VeselyJorge E. VidalRafael VignoliMarius VitalJay VornhagenMartin I. VoskuilDaniel E. VothSlavena VylkovaDavid M. WagnerSeth T. WalkEdward WalkerKimberly A. WalkerMark J. WalkerGemma WaltonChengming WangKai WangShanquan WangTony WangXiaoxue WangYang WangDavid Morgan WardEmma WearMary WeberNa WeiTiffany WeinkopffBrian C. WeinrickBrian WeissTao WenGuido WernerLukas WeseslindtnerDave J. WestenbergEdze WestraDawn WetzelNathan John WeyandRobert T. WheelerJudith M. WhiteShannon WhitmerGregory WiedmanKrista Rule WiggintonMichael R. WileyBrian J. WilkinsonJulia WillettSimon WilliamsMary E. WilsonJeffrey H. WitheyGeorge WittemyerChristiane E. WobusBrian Allan WolffAdam C. N. WongThomas WoodStephen M. WoodcockMichael H. WoodworthAniela WozniakRachel A. F. WozniakXianfu WuLihua XiaoHang XieChenggang XuJianping XuJin-Rong XuKageto YamadaKyosuke YamamotoShinji YamasakiS. Steve YanTao YanHee-Jeong YangZhaomin YangHui-Ling YenJae-Hyuk YuYunsong YuJoseph P. ZackularRaffaele ZarrilliEgija ZauraAhmed ZayedGuoquan ZhangLianhui ZhangRui ZhangWanjiang ZhangWen ZhangXilin ZhaoYaofeng ZhaoBeiwen ZhengYong ZhengXiaohui ZhouDuolong ZhuGuoqiang ZhuJoseph M. ZiegelbauerStefan ZimmermannFinally, we list below the many individuals who served as


This article has been corrected: Due to errors during figure assembly, an accidental duplicate image of panel 4 in 4814-4825. https://doi.org/10.18632/oncotarget.13978Original article: Oncotarget. 2017; 8:4814–4825.


LeukemiaCorrection to: 10.1038/leu.2008.89The authors have retracted this article . An inve


This article has been corrected: The image in 66922-66934. https://doi.org/10.18632/oncotarget.11877Original article: Oncotarget. 2016; 7:66922–66934.


Cerebral organoids are three-dimensional cell-culture systems that represent a unique experimentalmodel reconstructing early events of human neurogenesis in vitro in health and various pathologies. The mostcommonly used approach to studying the morphological parameters of organoids is immunohistochemicalanalysis; therefore, the three-dimensional cytoarchitecture of organoids, such as neural networks or asymmetricinternal organization, is difficult to reconstruct using routine approaches. Immunohistochemical analysis of biologicalobjectsis a universal method in biological research. One of the key stages of this method is the productionof cryo- or paraffin serial sections of samples, which is a very laborious and time-consuming process. In addition,slices representonly a tiny part of the object under study; three-dimensional reconstruction from the obtained serialimages is an extremely complex process and often requires expensive special programs for image processing.Unfortunately, staining and microscopic examination of samples are difficult due to their low permeability and ahigh level of autofluorescence. Tissue cleaning technologies combined with Light-Sheet microscopy allows thesechallenges to be overcome. CLARITY is one of the tissue preparation techniques that makes it possible to obtainopaque biological objects transparent while maintaining the integrity of their internal structures. This method isbased on a special sample preparation, during which lipids are removed from cells and replaced with hydrogelcompounds such as acrylamide, while proteins and nucleic acids remain intact. CLARITY provides researchers witha unique opportunity to study three-dimensional biological structures while preserving their internal organization,including whole animals or embryos, individual organs and artificially grown organoids, in particular cerebralorganoids. This protocol summarizes an optimization of CLARITY conditions for human brain organoids and thepreparation of Light-Sheet microscopy samples. Biological tissues and organs present a complex three-dimensionalstructure. Due to their opacity and high level ofautofluorescence, three-dimensional reconstruction of suchobjects is an extremely laborious, but necessary process.To date, a number of protocols (more than a dozen) havebeen developed for making tissue transparent: SeeDB , ScaleA2 , uDISCO , CLARITY , CUBIC and others. In general, all protocols canbe divided into three groups, depending on the chemicalsused for tissue clearance: organic solvents (hydrophobicreagent)-based protocols ,hydrophilic reagent-based protocols  and hydrogel-tissuechemistry-based protocol . Some of themhave different advantages like quality and speed of clearingor simplicity of the procedure. But on the other hand, some ofthe protocols involve using toxic and corrosive chemicals thatrequire special objectives to avoid damage to the microscopeor require other special equipment. Most of these protocolshave been developed to clarify entire organs or their bigfragmentsRecently, a new method of artificial mini-organ or organoidsgeneration from induced pluripotent stem cells (iPSC) wasdeveloped  and now many differenttypes of organoids have already been produced . Organoids arewidely used both to recreate the three-dimensional architectureand functional activity of the original organs during normalembryonic development and at various disorders and to test thebiological activity of various drugs, chemical and biologicalagents. Usually, organoids are opaque, which makes investigatingthem rather difficult. For this purpose, it is advisableto use the combination of tissue clearing and 3D imagingtechnologies. However, it is important to select the clarifyingtechnology that would match organoids size and fragility asmuch as possible and would produce sufficient resolution forinvestigation of tiny structures.Various techniques have been used for organoid tissueclearing and several studies have compared different clarifyingmethods which could be applied to mini-organs . Some techniques, such as the hydrophilicclearing protocols  are most acceptablefor clearing small spheroids such as neurospheres  or cancer cell spheroids . Others, such as RapiClear, Fructoseglycerol andFUnGI, also using hydrophilic components, are designed andoptimized for handling small and fragile, predominantly holloworganoid structures such as intestinal organoids. It shouldbe noted that these protocols are very convenient and take onlythree days without application of harmful chemicals . For complex and densebrain organoids, stronger clearing protocols including delipidationprocedure are usually used .Applying organic solvent-based methods like 2Eci (2nd generationEthyl cinnamate-based clearing method)  or BABB methodfor midbrain organoids  can get a relativelyquick (within a few days) result. However, most of theorganic components used in these protocols are quite toxic ).The use of hydrogel-tissue chemistry sometimes providesmore opportunities for preserving the structure of organoidsand increasing the optical resolution of tiny objects. That isdue to the tissue hydrogel scaffold preparation by cross-linkinghydrogel monomers to native biomolecules . The creation of such a polymer frame in the brainorganoids allows combining these protocols with additionalprocedures with sodium dodecyl sulfate and physical electrophoresis,as well as with high-resolution imaging of ExpansionMicroscopy with a general microscopy setup .Thus, it is quite important to choose the most optimal andeffective tissue clearing technique for samples, especially forsuch complex objects as cerebral organoids.One of the most convenient and lab-friendly techniques isCLARITY (Clear Lipid-exchanged Acrylamide-hybridizedRigid Imaging/Immunostaining/In situ hybridization-compatibleTissue-hYdrogel). CLARITY was developed in 2013for obtaining high-resolution information from complex3D structures, such as the whole mouse brain . Application of this technique enabled to obtainintact-tissue imaging of long-range projections, local circuitwiring, cellular relationships, subcellular structures, proteincomplexes, and neurotransmitters. CLARITY protocol includesreplacing lipids with hydrophilic polymers (acrylamideand bis-acrylamide), which help to stabilize tissue but make itoptically transparent and permeable. It is very important thatmolecules like nucleic acids and proteins stuck in the hydrogelkeep their structures and locations. Thus, CLARITY allowscombining tissue clearing techniques with immunostainingand in situ hybridization and explores the internal structureof large three-dimensional objects without damaging theirintegrity. There is only one article in which CLARITY techniquewas used for cerebral organoid clarifying , but without a detailed description. Thus, theaim of our work was optimization of CLARITY protocol inapplication to cerebral organoids and detailed description ofsamples preparation for Light-Sheet microscopy.Reagents1. Acrylamide .2. Agarose D1, low EEO .3. Bisacrylamide .4. Boric acid .5. ddH2O.6. Glue .7. Parafilm M .8. Paraformaldehyde (PFA) .9. Phosphate buffer saline (PBS) .10. Sodium azide .11. Sodium dodecyl sulfate .12. Triton X-100 .13. VA044 .14. Serological pipets 5, 10, 25 ml .15. 1-ml syringe .16. 2 ml tube .17. 5 ml tube .18. Glass bottle 100 and 500 ml .19. Syringe filter, 0.22 μm .20. 4′,6-diamidino-2-phenylindole (DAPI) .21. Antibodies (Table 1).Equipment1. Light-Sheet Z1 microscope (Zeiss).2. Orbital shaker .3. Roller shaker .4. pH meter .5. Magnetic stirrer .6. Standard microwave.7. Thermometer.8. Forceps.9. Chemical spoons.10. Fume hood.11. Icebox.Software1. ImageJ 2. ZEN ProcedureFixation of human cerebral organoidNote: For any manipulation with organoids, use cut 1 ml tipsor wide orifice 1 ml tips to protect samples from damage.1. Transfer cerebral organoids in 5-ml tubes and wash with1X PBS solution 2 times.2. Replace 1X PBS solution with freshly prepared 4 % PFAsolution.3. Place the tubes on the roller/orbital shaker and incubate atroom temperature for 2–3 h.4. Wash samples 3 times with 1X PBS solution for 30 min.Note: At this step, cerebral organoids can be kept at +4 °C in1X PBS solution. For keeping more than 1 week, we recommendadding sodium azide to a final concentration of 0.01 %to prevent sample contamination with bacteria and fungi.Hydrogel embedding1. Precool all solutions, equipment, and samples on ice toprevent premature polymerization of the hydrogel solution.Note: If you use a frozen aliquot of hydrogel solutions, thawthe vial on ice in a fridge overnight. After thawing, gently mixand check for the absence of precipitation.2. Fill the 2-ml tube with the hydrogel solution and transfercerebral organoids in the tube having previously gentlyremoved leftovers of the PBS with a paper towel.Note: 2-ml tube format is acceptable for 1–3 organoids. Fora large number of organoids, we recommend using a biggertube.3. Incubate the samples in the hydrogel solution at +4 °C atthe lowest speed of roller/orbital shaker for 24 h.4. Refill the tube with fresh hydrogel solution and incubateat +37 °C for 4 h.Note: Fill the tube with hydrogel solution completely. Oxygeninhibits hydrogel polymerization, thus all bubbles should beremoved. Additionally, we recommend covering the tube withParafilm to prevent air access.5. Very gently extract the samples from the polymerizedhydrogel by carefully rolling samples on a paper towel.6. Transfer the samples into the 5-ml tube and wash withClearing Solution 4 times at room temperature for 24 h.Passive clearing1. Change Clearing Solution every 2 days and incubate at+37 °C with agitation. Continue clearing until samplesbecome transparent.Note: We strongly recommend using +37 °C for lipid removal.Room temperature slows this process down to several months!Note: The time of tissue clearing depends on the size of organoids.Cerebral organoids ≤0.5 cm become transparent during~2 weeks, for organoids ≥0.5 cm it can take up to 3 weeks.2. Wash samples in PBST for 48 h. Change solution 2–3 timesper day.Staining1. Incubate samples with primary antibodies in PBST at roomtemperature on a shaker for 3 days.2. Wash samples with PBST for 2 days, changing PBSTevery 4 h.3. Incubate with secondary antibodies and DAPI at roomtemperature for 2 days.4. Wash samples with PBSR for 2 days, changing PBSTevery 4 h.Note: Antibody consumption for staining of CLARITY samplesis very high. We recommend reducing the volume to the minimumat which the samples in the tube are completely coveredwith the staining buffer with constant stirring on an orbitalor roller shaker.Note: For larger organoids, we recommend extending eachstaining step by at least 1 daySample preparation for Light-Sheet microscopyOrganoid sizes can vary greatly. Therefore, we recommendusing a different fixation method for Light-Sheet microscopydepending on the size.Agarose embedding samples Note: Use the agarose with a low melting point temperatureonly.Note: The percentage of agarose solutions depends on thesize of the organoid. For larger organoids, use 1.5 % agarosesolution.1. Prepare the 1-ml syringe by cutting off the top .2. Weigh the required amount of agarose (at the rate of 1 g per100 ml) and dissolve in 1X PBS or ddH2O. Prepare agarosesolution by melting in the microwave. Usually, for a 1-mlsyringe, 1.5 ml of agarose is enough.3. Pour the hot agarose solution into a 12-well plate or anyother laboratory glassware or plasticware. When agarosesolution cools down to +40 °C, transfer samples and gentlymix. Put the samples in agarose solution into the 1-mlsyringe.4. Assemble the 1-ml syringe with a sample holder .5. Proceed to Light-Sheet microscopy.Note: Fill the microscope chamber with ddH2O or 1X PBS.No great differences were observed between the two solutions.Agarose-free or hanging samples (for bigger samples)1. Glue the sample to the bar . The area ofadhesion can be increased by attaching a small piece of filterpaper. Keep samples in ddH2O or 1X PBS before placingthem into the microscope chamber.2. Proceed to Light-Sheet microscopy.Note: It is imperative to check and rinse the rod and sampleholder for glue residues. If there are any, we strongly recommendthat you soak in soapy water and mechanically removeany glue residue.RecipesNote: Most solutions and reagents from this protocol are toxicand biohazardous. Do not forget about your safety and workin protective laboratory clothing and only under a fume hood!10X PBS solutionTo prepare a 10X stock solution, dissolve 10 tablets of PBSin 100 ml of ddH2O.PFA solutions• 16 % PFA stock solutionTo prepare stock solution, dissolve 16 g of PFA in 80 mlof 1X PBS using a magnetic stirrer. Adjust pH to 7.4–7.5and add 1X PBS up to 100 ml. Filter the solution througha 0.40 μm filter and aliquote into 5 ml tubes. Keep stocksolution at +4 °C for short storage (up to 2 weeks) or at–20 °C for long storage.• 4 % PFA working solutionTo prepare 4 % PFA working solution, dilute stock solutionwith 1X PBS.Hydrogel solutionNote: All solutions and equipment have to be pre-cooledto prevent premature polymerization of hydrogel solution.1. Mix all components on ice according to Table 2.2. Aliquote hydrogel solution and keep at –20 °C for longstorage or use freshly prepared solution.Clearing solution1. Mix all components on ice according to Table 3.2. Keep the solution in a glass bottle at room temperature.PBST1. Add Triton-X100 to the final concentration of 0.1 % usinga magnetic stirrer.2. Keep the solution in a glass bottle at room temperature.Human cerebral organoids were generated according to a protocolfrom Lancaster et al. (2013) with small modifications.2- and 3-month-old cerebral organoids were used for tissueclearing protocol. At this stage, there are dense spheres morethan 2 mm in diameter . We noted that the time oftissue clearing depends on the size of organoids. Cerebralorganoids ≤ 0.5 cm become transparent during ~2 weeks,for organoids ≥ 0.5 cm up to 3 weeks. This time may varyfrom sample to sample, however, continue cleaning until thesamples become transparent .For immunostaining we chose two proteins with differentsubcellular localisation such as nuclear CTIP2  andcytoplasmic bTubb3 . We did not find a significantdifference between penetration of antibodies into different cellular compartments. In both cases, we observed specificstaining throughout the entire thickness of the organoid .Cerebral organoids are a unique novel technology that allowsthe reconstruction of early human neurogenesis. Theoutstanding feature of this in vitro system is the reproductionof the three-dimensional organization of the human embryonicbrain. Standard histological methods of analysis do notallow reconstructing the internal structure of the cerebralorganoids and result in information loss. The tissue clearingtechnique helps to overcome these limitations, allowing torecreate a three-dimensional model of cerebral organoidsand explore their fine organization without internal structuredestruction. This is especially important for the investigationof brain organoids since they contain a dense network of longprocesses of nerve cells, which is very difficult to study byserial sections .Based on the various tissue clearance techniques analysis,we settled on the use of hydrogel-tissue chemistry as a clearingagent. Generally hydrophobic and hydrophilic reagent-basedprotocols are applied to the investigation of spheroids or holloworganoids such as intestinal organoids , while hydrogel reagents are used for the clarifying ofhuman iPSC-derived retinal organoids and iPSC-derived cerebral organoids . Hydrogel-tissuechemistry-based protocols maximize the preservation of theinternal structure of organoids and allow to achieve high opticalresolution and low background at fluorescent microscopyCurrently, there are at least three known hydrogel-tissuechemistry-based methods that use different delipidation anddehydration chemicals: SWITCH  Diatrizoic acid N-methyl-D-glucamineIodixanol (dehydration)), SHIELD (Polyepoxy cross-linking(Delipidation), Diatrizoic acid N-methyl-D-glucamine Iodixanol(dehydration)) and CLARITY (Hydrogel embedding(Delipidation), HistodenzTM Glycerol (dehydration)) . Therefore in our choice ofa suitable technique, we also focused on the availability ofthe appropriate reagents, the simplicity of the protocol andthe lack of need for special equipmentOf course, a significant disadvantage of CLARITY techniqueis the relatively long tissue clearance procedure , butthis obstacle is compensated by a quite simple protocol. Toour knowledge, there is a single report in which the CLARITYtechnique was used for cerebral organoid clarifying ; however, a detailed description of thistechnique applied to brain organoids has not been previouslyperformed. For the first time, we make a detailed descriptionof the human cerebral organoid samples preparation forinvestigation of CLARITY-treated samples for Light-Sheetmicroscopy.The authors declare no conflict of interest.Albanese A., Swaney J.M., Yun D.H., Evans N.B., Antonucci J.M.,Velasco S., Sohn C.H., Arlotta P., Gehrke L., Chung K. Multiscale3D phenotyping of human cerebral organoids. Sci. Rep. 2020;10(1):21487. DOI 10.1038/s41598-020-78130-7. https://www.ncbi.nlm.nih.gov/pubmed/33293587. Boutin M.E., Hoffman-Kim D. Application and assessment of opticalclearing methods for imaging of tissue-engineered neural stemcell spheres. Tissue Eng. Part C Methods. 2015;21(3):292-302.DOI 10.1089/ten.TEC.2014.0296. https://www.ncbi.nlm.nih.gov/pubmed/25128373.Boutin M.E., Voss T.C., Titus S.A., Cruz-Gutierrez K., Michael S., FerrerM. A high-throughput imaging and nuclear segmentation analysisprotocol for cleared 3D culture models. Sci. Rep. 2018;8(1):11135.DOI 10.1038/s41598-018-29169-0. https://www.ncbi.nlm.nih.gov/pubmed/30042482.Chung K., Deisseroth K. CLARITY for mapping the nervous system.Nat. Methods. 2013;10(6):508-513. DOI 10.1038/nmeth.2481. https://www.ncbi.nlm.nih.gov/pubmed/23722210Cora V., Haderspeck J., Antkowiak L., Mattheus U., Neckel P.H.,Mack A.F., Bolz S., Ueffing M., Pashkovskaia N., Achberger K., LiebauS.A. Cleared view on retinal organoids. Cells. 2019;8(5):391.DOI 10.3390/cells8050391. https://www.ncbi.nlm.nih.gov/pubmed/31035373.Dekkers J.F., Alieva M., Wellens L.M., Ariese H.C.R., Jamieson P.R.,Vonk A.M., Amatngalim G.D., Hu H., Oost K.C., Snippert H.J.G.,Beekman J.M., Wehrens E.J., Visvader J.E., Clevers H., Rios A.C.High-resolution 3D imaging of fixed and cleared organoids. Nat.Protoc. 2019;14(6):1756-1771. DOI 10.1038/s41596-019-0160-8.https://www.ncbi.nlm.nih.gov/pubmed/31053799.Dodt H.U., Leischner U., Schierloh A., Jährling N., Mauch C.P., DeiningerK., Deussing J.M., Eder M., Zieglgänsberger W., Becker K.Ultramicroscopy: three-dimensional visualization of neuronal networksin the whole mouse brain. Nat. Methods. 2007;4(4):331-336.DOI 10.1038/nmeth1036. https://www.ncbi.nlm.nih.gov/pubmed/17384643Goranci-Buzhala G., Mariappan A., Gabriel E., Ramani A., Ricci-VitianiL., Buccarelli M., D’Alessandris Q.G., Pallini R., GopalakrishnanJ. Rapid and efficient invasion assay of glioblastoma in humanbrain organoids. Cell Rep. 2020;31(10):107738. DOI 10.1016/j.celrep.2020.107738. https://www.ncbi.nlm.nih.gov/pubmed/32521263Gradinaru V., Treweek J., Overton K., Deisseroth K. Hydrogel-tissuechemistry: principles and applications. Annu. Rev. Biophys. 2018;47:355-376. DOI 10.1146/annurev-biophys-070317-032905. https://www.ncbi.nlm.nih.gov/pubmed/29792820.Hama H., Kurokawa H., Kawano H., Ando R., Shimogori T., Noda H.,Fukami K., Sakaue-Sawano A., Miyawaki A. Scale: a chemical approachfor fluorescence imaging and reconstruction of transparentmouse brain. Nat. Neurosci. 2011;14(11):1481-1488. DOI 10.1038/nn.2928. https://www.ncbi.nlm.nih.gov/pubmed/21878933Ke M.T., Fujimoto S., Imai T. SeeDB: a simple and morphologypreservingoptical clearing agent for neuronal circuit reconstruction.Nat. Neurosci. 2013;16(8):1154-1161. DOI 10.1038/nn.3447.https://www.ncbi.nlm.nih.gov/pubmed/23792946Lancaster M.A., Renner M., Martin C.A., Wenzel D., BicknellL.S., Hurles M.E., Homfray T., Penninger J.M., Jackson A.P.,Knoblich J.A. Cerebral organoids model human brain developmentand microcephaly. Nature. 2013;501(7467):373-379. DOI 10.1038/nature12517. https://www.ncbi.nlm.nih.gov/pubmed/23995685Masselink W., Reumann D., Murawala P., Pasierbek P., Taniguchi Y.,Bonnay F., Meixner K., Knoblich J.A., Tanaka E.M. Broad applicabilityof a streamlined ethyl cinnamate-based clearing procedure.Development. 2019;146(3):dev166884. DOI 10.1242/dev.166884.https://www.ncbi.nlm.nih.gov/pubmed/30665888Pan C., Cai R., Quacquarelli F.P., Ghasemigharagoz A., LourbopoulosA., Matryba P., Plesnila N., Dichgans M., Hellal F., Ertürk A.Shrinkage-mediated imaging of entire organs and organisms usinguDISCO. Nat. Methods. 2016;13(10):859-867. DOI 10.1038/nmeth.3964. https://www.ncbi.nlm.nih.gov/pubmed/27548807Renner H., Grabos M., Becker K.J., Kagermeier T.E., Wu J., Otto M.,Peischard S., Zeuschner D., TsyTsyura Y., Disse P., Klingauf J.,Leidel S.A., Seebohm G., Schöler H.R., Bruder J.M. A fully automated high-throughput workflow for 3D-based chemical screeningin human midbrain organoids. Elife. 2020;9:e52904. DOI 10.7554/eLife.52904. https://www.ncbi.nlm.nih.gov/pubmed/33138918Renner M., Lancaster M.A., Bian S., Choi H., Ku T., Peer A., Chung K.,Knoblich J.A. Self-organized developmental patterning and differentiationin cerebral organoids. EMBO J. 2017;36(10):1316-1329. DOI 10.15252/embj.201694700. https://www.ncbi.nlm.nih.gov/pubmed/28283582Sakaguchi H., Ozaki Y., Ashida T., Matsubara T., Oishi N., Kihara S.,Takahashi J. Self-organized synchronous calcium transients in a culturedhuman neural network derived from cerebral organoids. StemCell Reports. 2019;13(3):458-473. DOI 10.1016/j.stemcr.2019.05.029. https://www.ncbi.nlm.nih.gov/pubmed/31257131.Susaki E.A., Tainaka K., Perrin D., Yukinaga H., Kuno A., Ueda H.R.Advanced CUBIC protocols for whole-brain and whole-body clearingand imaging. Nat. Protoc. 2015;10(11):1709-1727. DOI 10.1038/nprot.2015.085. https://www.ncbi.nlm.nih.gov/pubmed/26448360.usaki E.A., Takasato M. Perspective: extending the utility of threedimensionalorganoids by tissue clearing technologies. Front. CellDev. Biol. 2021;9:679226. DOI 10.3389/fcell.2021.679226. https://www.ncbi.nlm.nih.gov/pubmed/34195197.Ueda H.R., Dodt H.U., Osten P., Economo M.N., Chandrashekar J.,Keller P.J. Whole-brain profiling of cells and circuits in mammalsby tissue clearing and light-sheet microscopy. Neuron. 2020;106(3):369-387. DOI 10.1016/j.neuron.2020.03.004. https://www.ncbi.nlm.nih.gov/pubmed/32380050.van Ineveld R.L., Ariese H.C.R., Wehrens E.J., Dekkers J.F., Rios A.C.Single-cell resolution three-dimensional imaging of intact organoids.J. Vis. Exp. 2020;160:e60709. DOI 10.3791/60709. https://www.ncbi.nlm.nih.gov/pubmed/32568249.Wassie A.T., Zhao Y., Boyden E.S. Expansion microscopy: principlesand uses in biological research. Nat. Methods. 2019;16(1):33-41.DOI 10.1038/s41592-018-0219-4. https://www.ncbi.nlm.nih.gov/pubmed/30573813Yu T., Zhu J., Li D., Zhu D. Physical and chemical mechanisms oftissue optical clearing. iScience. 2021;24(3):102178. DOI 10.1016/j.isci. 2021.102178. https://www.ncbi.nlm.nih.gov/pubmed/33718830.


The first author’s name is listed incorrectly. Their correct name is: Subburaman Mohan.https://doi.org/10.1371/journal.pone.0247913The correct citation is: Mohan S, Edderkaoui B (2021) Evaluation of CCL21 role in post-knee injury inflammation and early cartilage degeneration. PLoS ONE 16(3): e0247913.


In the original article published online one of the references is incorrect, which seems to be preventing it from being indexed.It reads:https://doi.org/10.1016/j.futures.2021.102756.Jacy Reese, Anthis Eze, Paez (2021) Moral circle expansion: A promising strategy to impact the far future. Futures 130102756–But it should read:https://doi.org/10.1016/j.futures.2021.102756Anthis, J.R., & Paez, E. (2021). Moral circle expansion: A promising strategy to impact the far future. Futures 130102756. The original article has been corrected.


This article has been corrected: In 6870-6878. https://doi.org/10.18632/oncotarget.27326Original article: Oncotarget. 2019; 10:6870–6878.


Correction to: Trials 17:809 (2021).https://doi.org/10.1186/s13063-021-05761-0Following the publication of the original article , we wereOriginally published name: Anne Tsay.Corrected name: Annie Tsay.The original article has been corrected.


Correction to: Oncogene;10.1038/onc.2015.355; Published online 21 Sept 2015In Fig.


Scientific Reports 10.1038/s41598-020-72133-0, published online 14 September 2020Correction to: The original version of this Article contained an error in the Acknowledgments section.“This work was funded by Fundação para a Ciência e a Tecnologia through projects UID/QUI/00100/2019 and UIDB/00100/2020 to Centro de Química Estrutural, through research grants SAICTPAC/0019/2015 and PTDC/QUI-QAN/32242/2017, and through PhD grants SFRH/BD/110945/2015 (P.F.P.) and SFRH/BD/143128/2019 (C.F.M.). K.S.B. thanks EMBO for providing the short-term fellowship (EMBO ref. 8107). M.M.A. and G.C.J. are IST-ID employees under contracts IST-ID/154/2018 and IST-ID/090/2018, respectively, in agreement with D.L. 57/2017. The authors would also like to thank Ana Charas for providing the ITO/PET substrate.”now reads:“This work was funded by Fundação para a Ciência e a Tecnologia through projects UID/QUI/00100/2019 and UIDB/00100/2020 to Centro de Química Estrutural, through research grants LISBOA-01-0145-FEDER-016405 – SAICTPAC/0019/2015 and PTDC/QUI-QAN/32242/2017, and through PhD grants SFRH/BD/110945/2015 (P.F.P.) and SFRH/BD/143128/2019 (C.F.M.). K.S.B. thanks EMBO for providing the short-term fellowship (EMBO ref. 8107). M.M.A. and G.C.J. are IST-ID employees under contracts IST-ID/154/2018 and IST-ID/090/2018, respectively, in agreement with D.L. 57/2017. The authors would also like to thank Ana Charas for providing the ITO/PET substrate.”The original Article has been corrected.


Scientific Reportshttps://doi.org/10.1038/srep27911, published online 15 June 2016Correction to: This Article contains errors.For Figure


The original version of this article unfortunately contained a mistake. The following author names were incorrectly structured.Tobias C. WoodGareth J. BarkerJuan A. Hernandez-TamamesEsther A. H. WarnertThe original article has been corrected.


Scientific Reports 10.1038/s41598-020-75298-w, published online 27 October 2020Correction to: This Article contains an error. A Data Availability section was originally not included—it should appear as below:Data AvailabilityData underlying this study can be accessed through the Cranfield University repository at 10.17862/cranfield.rd.13186745.v1.


Emergomyces orientalis Emergomycosis Diagnosed by Metagenomic Next-Generation Sequencing . The article has been corrected online (https://wwwnc.cdc.gov/eid/article/27/10/21-0769_article).The name of author Xiaohui Wang was misspelled in


This article has been corrected: In 39907-39915. https://doi.org/10.18632/oncotarget.9530Original article: Oncotarget. 2016; 7:39907–39915.


Correction to: BMC Palliat Care 21, 13 (2022)https://doi.org/10.1186/s12904-021-00881-5Following the publication of the original article , the lasJony Francisco Dos Santos Silva. Identifikasi Kebutuhan Palliative Care pada Pasien Penyakit Kronis di Ruang Rawat Inap Dewasa di RSUP Dr. Sardjito Yogyakarta. Thesis. 2020. Yogyakarta. UnpublishedThe original article has been updated.


This article has been corrected: Due to accidental placement, some of the images in 86488-86502. https://doi.org/10.18632/oncotarget.21212Original article: Oncotarget. 2017; 8:86488–86502.


J Clin Invest. 2007;117(11):3211–3223. https://doi.org/10.1172/JCI31757Original citation: J Clin Invest. 2022;132(1):e157373. https://doi.org/10.1172/JCI157373Citation for this corrigendum: The authors recently became aware that the image for the HA (Foxo3a) blot in The authors regret the error.


This article has been corrected: In 16531-16552. https://doi.org/10.18632/oncotarget.14972Original article: Oncotarget. 2017; 8:16531–16552.


This article has been corrected: The 23018-23028. https://doi.org/10.18632/oncotarget.25195Original article: Oncotarget. 2018; 9:23018–23028.


Open Biol.12, 210206. (Published online 16 February 2022). (doi:10.1098/rsob.210206)The originally published version of this paper showed the incorrect figure legends for figures


JCI Insight. 2016;1(17):e87754. https://doi.org/10.1172/jci.insight.87754Original citation: JCI Insight. 2021;6(7):e149896. https://doi.org/10.1172/jci.insight.149896Citation for this corrigendum: The Editors previously posted an Expression of Concern for this article regarding images in Supplemental 4B that appeared similar (Endo40 and Endo42 samples) and images in The authors regret the error.


Correction to: BMC Pediatr 21, 311 (2021)https://doi.org/10.1186/s12887-021-02517-2After publication of this supplement article , it was The references have since been corrected in the original article and may be found detailed below:https://www.nice.org.uk/guidance/ph31[35] NICE. Unintentional injuries on the road: interventions for under 15s [Internet]. 2010 [cited 2019 Oct 21]. p. 1–46. Available from: https://www.nice.org.uk/guidance/ph29[43] NICE. Unintentional injuries: prevention strategies for under 15s [Internet]. 2010 [cited 2019 Oct 21]. p. 1–88. Available from: [67] Watson M, Kendrick D, Coupland C, Woods A, Futers D, Robinson J. Providing child safety equipment to prevent injuries: randomised controlled trial. BMJ. 2005;330:178–82.The author apologizes for any inconvenience caused.


Neovison vison), Poland . The article has been corrected online (https://wwwnc.cdc.gov/eid/article/27/9/21-0286_article).The acknowledgments and funding information were inaccurate in Severe Acute Respiratory Syndrome Coronavirus 2 in Farmed Mink (


This article has been corrected: In 2546-2560. https://doi.org/10.18632/oncotarget.26817Original article: Oncotarget. 2019; 10:2546–2560.