Füssel J 1982 Horn M
Füssel J 1982 Daims H
Füssel J 1982 Berry D
Füssel J 1982 Loy A
Füssel J 1982 Wagner M
Füssel J 1982 Eichorst SA
Füssel J 1982 Mussmann M
Füssel J 1982 Wasmund K
Füssel J 1982 Herbold CW
Füssel J 1982 Sedlacek CJ
Lücker S 336 Horn M
Lücker S 336 Daims H
Lücker S 336 Berry D
Lücker S 336 Loy A
Lücker S 336 Wagner M
Lücker S 336 Eichorst SA
Lücker S 336 Mussmann M
Lücker S 336 Wasmund K
Lücker S 336 Herbold CW
Lücker S 336 Sedlacek CJ
Yilmaz P 1983 Horn M
Yilmaz P 1983 Daims H
Yilmaz P 1983 Berry D
Yilmaz P 1983 Loy A
Yilmaz P 1983 Wagner M
Yilmaz P 1983 Eichorst SA
Yilmaz P 1983 Mussmann M
Yilmaz P 1983 Wasmund K
Yilmaz P 1983 Herbold CW
Yilmaz P 1983 Sedlacek CJ
Nowka B 363 Horn M
Nowka B 363 Daims H
Nowka B 363 Berry D
Nowka B 363 Loy A
Nowka B 363 Wagner M
Nowka B 363 Eichorst SA
Nowka B 363 Mussmann M
Nowka B 363 Wasmund K
Nowka B 363 Herbold CW
Nowka B 363 Sedlacek CJ
van Kessel MAHJ 1899 Horn M
van Kessel MAHJ 1899 Daims H
van Kessel MAHJ 1899 Berry D
van Kessel MAHJ 1899 Loy A
van Kessel MAHJ 1899 Wagner M
van Kessel MAHJ 1899 Eichorst SA
van Kessel MAHJ 1899 Mussmann M
van Kessel MAHJ 1899 Wasmund K
van Kessel MAHJ 1899 Herbold CW
van Kessel MAHJ 1899 Sedlacek CJ
Bourceau P 1984 Horn M
Bourceau P 1984 Daims H
Bourceau P 1984 Berry D
Bourceau P 1984 Loy A
Bourceau P 1984 Wagner M
Bourceau P 1984 Eichorst SA
Bourceau P 1984 Mussmann M
Bourceau P 1984 Wasmund K
Bourceau P 1984 Herbold CW
Bourceau P 1984 Sedlacek CJ
Hach PF 1754 Horn M
Hach PF 1754 Daims H
Hach PF 1754 Berry D
Hach PF 1754 Loy A
Hach PF 1754 Wagner M
Hach PF 1754 Eichorst SA
Hach PF 1754 Mussmann M
Hach PF 1754 Wasmund K
Hach PF 1754 Herbold CW
Hach PF 1754 Sedlacek CJ
Littmann S 1902 Horn M
Littmann S 1902 Daims H
Littmann S 1902 Berry D
Littmann S 1902 Loy A
Littmann S 1902 Wagner M
Littmann S 1902 Eichorst SA
Littmann S 1902 Mussmann M
Littmann S 1902 Wasmund K
Littmann S 1902 Herbold CW
Littmann S 1902 Sedlacek CJ
Berg J 1985 Horn M
Berg J 1985 Daims H
Berg J 1985 Berry D
Berg J 1985 Loy A
Berg J 1985 Wagner M
Berg J 1985 Eichorst SA
Berg J 1985 Mussmann M
Berg J 1985 Wasmund K
Berg J 1985 Herbold CW
Berg J 1985 Sedlacek CJ
Spieck E 338 Horn M
Spieck E 338 Daims H
Spieck E 338 Berry D
Spieck E 338 Loy A
Spieck E 338 Wagner M
Spieck E 338 Eichorst SA
Spieck E 338 Mussmann M
Spieck E 338 Wasmund K
Spieck E 338 Herbold CW
Spieck E 338 Sedlacek CJ
Daims H 308 Horn M
Daims H 308 Daims H
Daims H 308 Berry D
Daims H 308 Loy A
Daims H 308 Wagner M
Daims H 308 Eichorst SA
Daims H 308 Mussmann M
Daims H 308 Wasmund K
Daims H 308 Herbold CW
Daims H 308 Sedlacek CJ
Kuypers MMM 1026 Horn M
Kuypers MMM 1026 Daims H
Kuypers MMM 1026 Berry D
Kuypers MMM 1026 Loy A
Kuypers MMM 1026 Wagner M
Kuypers MMM 1026 Eichorst SA
Kuypers MMM 1026 Mussmann M
Kuypers MMM 1026 Wasmund K
Kuypers MMM 1026 Herbold CW
Kuypers MMM 1026 Sedlacek CJ
Lam P 1236 Horn M
Lam P 1236 Daims H
Lam P 1236 Berry D
Lam P 1236 Loy A
Lam P 1236 Wagner M
Lam P 1236 Eichorst SA
Lam P 1236 Mussmann M
Lam P 1236 Wasmund K
Lam P 1236 Herbold CW
Lam P 1236 Sedlacek CJ
Herbold CW 321 Horn M
Herbold CW 321 Daims H
Herbold CW 321 Berry D
Herbold CW 321 Loy A
Herbold CW 321 Wagner M
Herbold CW 321 Eichorst SA
Herbold CW 321 Mussmann M
Herbold CW 321 Wasmund K
Herbold CW 321 Herbold CW
Herbold CW 321 Sedlacek CJ
Lehtovirta-Morley LE 1935 Horn M
Lehtovirta-Morley LE 1935 Daims H
Lehtovirta-Morley LE 1935 Berry D
Lehtovirta-Morley LE 1935 Loy A
Lehtovirta-Morley LE 1935 Wagner M
Lehtovirta-Morley LE 1935 Eichorst SA
Lehtovirta-Morley LE 1935 Mussmann M
Lehtovirta-Morley LE 1935 Wasmund K
Lehtovirta-Morley LE 1935 Herbold CW
Lehtovirta-Morley LE 1935 Sedlacek CJ
Jung MY 1956 Horn M
Jung MY 1956 Daims H
Jung MY 1956 Berry D
Jung MY 1956 Loy A
Jung MY 1956 Wagner M
Jung MY 1956 Eichorst SA
Jung MY 1956 Mussmann M
Jung MY 1956 Wasmund K
Jung MY 1956 Herbold CW
Jung MY 1956 Sedlacek CJ
Jehmlich N 373 Horn M
Jehmlich N 373 Daims H
Jehmlich N 373 Berry D
Jehmlich N 373 Loy A
Jehmlich N 373 Wagner M
Jehmlich N 373 Eichorst SA
Jehmlich N 373 Mussmann M
Jehmlich N 373 Wasmund K
Jehmlich N 373 Herbold CW
Jehmlich N 373 Sedlacek CJ
Hausmann B 324 Horn M
Hausmann B 324 Daims H
Hausmann B 324 Berry D
Hausmann B 324 Loy A
Hausmann B 324 Wagner M
Hausmann B 324 Eichorst SA
Hausmann B 324 Mussmann M
Hausmann B 324 Wasmund K
Hausmann B 324 Herbold CW
Hausmann B 324 Sedlacek CJ
Han P 375 Horn M
Han P 375 Daims H
Han P 375 Berry D
Han P 375 Loy A
Han P 375 Wagner M
Han P 375 Eichorst SA
Han P 375 Mussmann M
Han P 375 Wasmund K
Han P 375 Herbold CW
Han P 375 Sedlacek CJ
Loy A 306 Horn M
Loy A 306 Daims H
Loy A 306 Berry D
Loy A 306 Loy A
Loy A 306 Wagner M
Loy A 306 Eichorst SA
Loy A 306 Mussmann M
Loy A 306 Wasmund K
Loy A 306 Herbold CW
Loy A 306 Sedlacek CJ
Pester M 303 Horn M
Pester M 303 Daims H
Pester M 303 Berry D
Pester M 303 Loy A
Pester M 303 Wagner M
Pester M 303 Eichorst SA
Pester M 303 Mussmann M
Pester M 303 Wasmund K
Pester M 303 Herbold CW
Pester M 303 Sedlacek CJ
Sayavedra-Soto LA 1937 Horn M
Sayavedra-Soto LA 1937 Daims H
Sayavedra-Soto LA 1937 Berry D
Sayavedra-Soto LA 1937 Loy A
Sayavedra-Soto LA 1937 Wagner M
Sayavedra-Soto LA 1937 Eichorst SA
Sayavedra-Soto LA 1937 Mussmann M
Sayavedra-Soto LA 1937 Wasmund K
Sayavedra-Soto LA 1937 Herbold CW
Sayavedra-Soto LA 1937 Sedlacek CJ
Rhee SK 1957 Horn M
Rhee SK 1957 Daims H
Rhee SK 1957 Berry D
Rhee SK 1957 Loy A
Rhee SK 1957 Wagner M
Rhee SK 1957 Eichorst SA
Rhee SK 1957 Mussmann M
Rhee SK 1957 Wasmund K
Rhee SK 1957 Herbold CW
Rhee SK 1957 Sedlacek CJ
Prosser JI 1939 Horn M
Prosser JI 1939 Daims H
Prosser JI 1939 Berry D
Prosser JI 1939 Loy A
Prosser JI 1939 Wagner M
Prosser JI 1939 Eichorst SA
Prosser JI 1939 Mussmann M
Prosser JI 1939 Wasmund K
Prosser JI 1939 Herbold CW
Prosser JI 1939 Sedlacek CJ
Nicol GW 1940 Horn M
Nicol GW 1940 Daims H
Nicol GW 1940 Berry D
Nicol GW 1940 Loy A
Nicol GW 1940 Wagner M
Nicol GW 1940 Eichorst SA
Nicol GW 1940 Mussmann M
Nicol GW 1940 Wasmund K
Nicol GW 1940 Herbold CW
Nicol GW 1940 Sedlacek CJ
Wagner M 273 Horn M
Wagner M 273 Daims H
Wagner M 273 Berry D
Wagner M 273 Loy A
Wagner M 273 Wagner M
Wagner M 273 Eichorst SA
Wagner M 273 Mussmann M
Wagner M 273 Wasmund K
Wagner M 273 Herbold CW
Wagner M 273 Sedlacek CJ
Gubry-Rangin C 1941 Horn M
Gubry-Rangin C 1941 Daims H
Gubry-Rangin C 1941 Berry D
Gubry-Rangin C 1941 Loy A
Gubry-Rangin C 1941 Wagner M
Gubry-Rangin C 1941 Eichorst SA
Gubry-Rangin C 1941 Mussmann M
Gubry-Rangin C 1941 Wasmund K
Gubry-Rangin C 1941 Herbold CW
Gubry-Rangin C 1941 Sedlacek CJ
Liu S 1932 Horn M
Liu S 1932 Daims H
Liu S 1932 Berry D
Liu S 1932 Loy A
Liu S 1932 Wagner M
Liu S 1932 Eichorst SA
Liu S 1932 Mussmann M
Liu S 1932 Wasmund K
Liu S 1932 Herbold CW
Liu S 1932 Sedlacek CJ
Han P 375 Horn M
Han P 375 Daims H
Han P 375 Berry D
Han P 375 Loy A
Han P 375 Wagner M
Han P 375 Eichorst SA
Han P 375 Mussmann M
Han P 375 Wasmund K
Han P 375 Herbold CW
Han P 375 Sedlacek CJ
Hink L 1933 Horn M
Hink L 1933 Daims H
Hink L 1933 Berry D
Hink L 1933 Loy A
Hink L 1933 Wagner M
Hink L 1933 Eichorst SA
Hink L 1933 Mussmann M
Hink L 1933 Wasmund K
Hink L 1933 Herbold CW
Hink L 1933 Sedlacek CJ
Prosser JI 1939 Horn M
Prosser JI 1939 Daims H
Prosser JI 1939 Berry D
Prosser JI 1939 Loy A
Prosser JI 1939 Wagner M
Prosser JI 1939 Eichorst SA
Prosser JI 1939 Mussmann M
Prosser JI 1939 Wasmund K
Prosser JI 1939 Herbold CW
Prosser JI 1939 Sedlacek CJ
Wagner M 273 Horn M
Wagner M 273 Daims H
Wagner M 273 Berry D
Wagner M 273 Loy A
Wagner M 273 Wagner M
Wagner M 273 Eichorst SA
Wagner M 273 Mussmann M
Wagner M 273 Wasmund K
Wagner M 273 Herbold CW
Wagner M 273 Sedlacek CJ
Brüggemann N 1934 Horn M
Brüggemann N 1934 Daims H
Brüggemann N 1934 Berry D
Brüggemann N 1934 Loy A
Brüggemann N 1934 Wagner M
Brüggemann N 1934 Eichorst SA
Brüggemann N 1934 Mussmann M
Brüggemann N 1934 Wasmund K
Brüggemann N 1934 Herbold CW
Brüggemann N 1934 Sedlacek CJ
Kits KD 1908 Horn M
Kits KD 1908 Daims H
Kits KD 1908 Berry D
Kits KD 1908 Loy A
Kits KD 1908 Wagner M
Kits KD 1908 Eichorst SA
Kits KD 1908 Mussmann M
Kits KD 1908 Wasmund K
Kits KD 1908 Herbold CW
Kits KD 1908 Sedlacek CJ
Sedlacek CJ 1909 Horn M
Sedlacek CJ 1909 Daims H
Sedlacek CJ 1909 Berry D
Sedlacek CJ 1909 Loy A
Sedlacek CJ 1909 Wagner M
Sedlacek CJ 1909 Eichorst SA
Sedlacek CJ 1909 Mussmann M
Sedlacek CJ 1909 Wasmund K
Sedlacek CJ 1909 Herbold CW
Sedlacek CJ 1909 Sedlacek CJ
Lebedeva EV 759 Horn M
Lebedeva EV 759 Daims H
Lebedeva EV 759 Berry D
Lebedeva EV 759 Loy A
Lebedeva EV 759 Wagner M
Lebedeva EV 759 Eichorst SA
Lebedeva EV 759 Mussmann M
Lebedeva EV 759 Wasmund K
Lebedeva EV 759 Herbold CW
Lebedeva EV 759 Sedlacek CJ
Han P 375 Horn M
Han P 375 Daims H
Han P 375 Berry D
Han P 375 Loy A
Han P 375 Wagner M
Han P 375 Eichorst SA
Han P 375 Mussmann M
Han P 375 Wasmund K
Han P 375 Herbold CW
Han P 375 Sedlacek CJ
Bulaev A 763 Horn M
Bulaev A 763 Daims H
Bulaev A 763 Berry D
Bulaev A 763 Loy A
Bulaev A 763 Wagner M
Bulaev A 763 Eichorst SA
Bulaev A 763 Mussmann M
Bulaev A 763 Wasmund K
Bulaev A 763 Herbold CW
Bulaev A 763 Sedlacek CJ
Pjevac P 1297 Horn M
Pjevac P 1297 Daims H
Pjevac P 1297 Berry D
Pjevac P 1297 Loy A
Pjevac P 1297 Wagner M
Pjevac P 1297 Eichorst SA
Pjevac P 1297 Mussmann M
Pjevac P 1297 Wasmund K
Pjevac P 1297 Herbold CW
Pjevac P 1297 Sedlacek CJ
Daebeler A 1900 Horn M
Daebeler A 1900 Daims H
Daebeler A 1900 Berry D
Daebeler A 1900 Loy A
Daebeler A 1900 Wagner M
Daebeler A 1900 Eichorst SA
Daebeler A 1900 Mussmann M
Daebeler A 1900 Wasmund K
Daebeler A 1900 Herbold CW
Daebeler A 1900 Sedlacek CJ
Romano S 1910 Horn M
Romano S 1910 Daims H
Romano S 1910 Berry D
Romano S 1910 Loy A
Romano S 1910 Wagner M
Romano S 1910 Eichorst SA
Romano S 1910 Mussmann M
Romano S 1910 Wasmund K
Romano S 1910 Herbold CW
Romano S 1910 Sedlacek CJ
Albertsen M 631 Horn M
Albertsen M 631 Daims H
Albertsen M 631 Berry D
Albertsen M 631 Loy A
Albertsen M 631 Wagner M
Albertsen M 631 Eichorst SA
Albertsen M 631 Mussmann M
Albertsen M 631 Wasmund K
Albertsen M 631 Herbold CW
Albertsen M 631 Sedlacek CJ
Stein LY 1911 Horn M
Stein LY 1911 Daims H
Stein LY 1911 Berry D
Stein LY 1911 Loy A
Stein LY 1911 Wagner M
Stein LY 1911 Eichorst SA
Stein LY 1911 Mussmann M
Stein LY 1911 Wasmund K
Stein LY 1911 Herbold CW
Stein LY 1911 Sedlacek CJ
Daims H 308 Horn M
Daims H 308 Daims H
Daims H 308 Berry D
Daims H 308 Loy A
Daims H 308 Wagner M
Daims H 308 Eichorst SA
Daims H 308 Mussmann M
Daims H 308 Wasmund K
Daims H 308 Herbold CW
Daims H 308 Sedlacek CJ
Wagner M 273 Horn M
Wagner M 273 Daims H
Wagner M 273 Berry D
Wagner M 273 Loy A
Wagner M 273 Wagner M
Wagner M 273 Eichorst SA
Wagner M 273 Mussmann M
Wagner M 273 Wasmund K
Wagner M 273 Herbold CW
Wagner M 273 Sedlacek CJ
Pjevac P 1297 Horn M
Pjevac P 1297 Daims H
Pjevac P 1297 Berry D
Pjevac P 1297 Loy A
Pjevac P 1297 Wagner M
Pjevac P 1297 Eichorst SA
Pjevac P 1297 Mussmann M
Pjevac P 1297 Wasmund K
Pjevac P 1297 Herbold CW
Pjevac P 1297 Sedlacek CJ
Schauberger C 1897 Horn M
Schauberger C 1897 Daims H
Schauberger C 1897 Berry D
Schauberger C 1897 Loy A
Schauberger C 1897 Wagner M
Schauberger C 1897 Eichorst SA
Schauberger C 1897 Mussmann M
Schauberger C 1897 Wasmund K
Schauberger C 1897 Herbold CW
Schauberger C 1897 Sedlacek CJ
Poghosyan L 1898 Horn M
Poghosyan L 1898 Daims H
Poghosyan L 1898 Berry D
Poghosyan L 1898 Loy A
Poghosyan L 1898 Wagner M
Poghosyan L 1898 Eichorst SA
Poghosyan L 1898 Mussmann M
Poghosyan L 1898 Wasmund K
Poghosyan L 1898 Herbold CW
Poghosyan L 1898 Sedlacek CJ
Herbold CW 321 Horn M
Herbold CW 321 Daims H
Herbold CW 321 Berry D
Herbold CW 321 Loy A
Herbold CW 321 Wagner M
Herbold CW 321 Eichorst SA
Herbold CW 321 Mussmann M
Herbold CW 321 Wasmund K
Herbold CW 321 Herbold CW
Herbold CW 321 Sedlacek CJ
van Kessel MAHJ 1899 Horn M
van Kessel MAHJ 1899 Daims H
van Kessel MAHJ 1899 Berry D
van Kessel MAHJ 1899 Loy A
van Kessel MAHJ 1899 Wagner M
van Kessel MAHJ 1899 Eichorst SA
van Kessel MAHJ 1899 Mussmann M
van Kessel MAHJ 1899 Wasmund K
van Kessel MAHJ 1899 Herbold CW
van Kessel MAHJ 1899 Sedlacek CJ
Daebeler A 1900 Horn M
Daebeler A 1900 Daims H
Daebeler A 1900 Berry D
Daebeler A 1900 Loy A
Daebeler A 1900 Wagner M
Daebeler A 1900 Eichorst SA
Daebeler A 1900 Mussmann M
Daebeler A 1900 Wasmund K
Daebeler A 1900 Herbold CW
Daebeler A 1900 Sedlacek CJ
Steinberger M 1837 Horn M
Steinberger M 1837 Daims H
Steinberger M 1837 Berry D
Steinberger M 1837 Loy A
Steinberger M 1837 Wagner M
Steinberger M 1837 Eichorst SA
Steinberger M 1837 Mussmann M
Steinberger M 1837 Wasmund K
Steinberger M 1837 Herbold CW
Steinberger M 1837 Sedlacek CJ
Jetten MSM 487 Horn M
Jetten MSM 487 Daims H
Jetten MSM 487 Berry D
Jetten MSM 487 Loy A
Jetten MSM 487 Wagner M
Jetten MSM 487 Eichorst SA
Jetten MSM 487 Mussmann M
Jetten MSM 487 Wasmund K
Jetten MSM 487 Herbold CW
Jetten MSM 487 Sedlacek CJ
Luecker S 1901 Horn M
Luecker S 1901 Daims H
Luecker S 1901 Berry D
Luecker S 1901 Loy A
Luecker S 1901 Wagner M
Luecker S 1901 Eichorst SA
Luecker S 1901 Mussmann M
Luecker S 1901 Wasmund K
Luecker S 1901 Herbold CW
Luecker S 1901 Sedlacek CJ
Wagner M 273 Horn M
Wagner M 273 Daims H
Wagner M 273 Berry D
Wagner M 273 Loy A
Wagner M 273 Wagner M
Wagner M 273 Eichorst SA
Wagner M 273 Mussmann M
Wagner M 273 Wasmund K
Wagner M 273 Herbold CW
Wagner M 273 Sedlacek CJ
Daims H 308 Horn M
Daims H 308 Daims H
Daims H 308 Berry D
Daims H 308 Loy A
Daims H 308 Wagner M
Daims H 308 Eichorst SA
Daims H 308 Mussmann M
Daims H 308 Wasmund K
Daims H 308 Herbold CW
Daims H 308 Sedlacek CJ
Oswald K 1863 Horn M
Oswald K 1863 Daims H
Oswald K 1863 Berry D
Oswald K 1863 Loy A
Oswald K 1863 Wagner M
Oswald K 1863 Eichorst SA
Oswald K 1863 Mussmann M
Oswald K 1863 Wasmund K
Oswald K 1863 Herbold CW
Oswald K 1863 Sedlacek CJ
Graf JS 1864 Horn M
Graf JS 1864 Daims H
Graf JS 1864 Berry D
Graf JS 1864 Loy A
Graf JS 1864 Wagner M
Graf JS 1864 Eichorst SA
Graf JS 1864 Mussmann M
Graf JS 1864 Wasmund K
Graf JS 1864 Herbold CW
Graf JS 1864 Sedlacek CJ
Littmann S 1902 Horn M
Littmann S 1902 Daims H
Littmann S 1902 Berry D
Littmann S 1902 Loy A
Littmann S 1902 Wagner M
Littmann S 1902 Eichorst SA
Littmann S 1902 Mussmann M
Littmann S 1902 Wasmund K
Littmann S 1902 Herbold CW
Littmann S 1902 Sedlacek CJ
Tienken D 1903 Horn M
Tienken D 1903 Daims H
Tienken D 1903 Berry D
Tienken D 1903 Loy A
Tienken D 1903 Wagner M
Tienken D 1903 Eichorst SA
Tienken D 1903 Mussmann M
Tienken D 1903 Wasmund K
Tienken D 1903 Herbold CW
Tienken D 1903 Sedlacek CJ
Brand A 1867 Horn M
Brand A 1867 Daims H
Brand A 1867 Berry D
Brand A 1867 Loy A
Brand A 1867 Wagner M
Brand A 1867 Eichorst SA
Brand A 1867 Mussmann M
Brand A 1867 Wasmund K
Brand A 1867 Herbold CW
Brand A 1867 Sedlacek CJ
Wehrli B 1868 Horn M
Wehrli B 1868 Daims H
Wehrli B 1868 Berry D
Wehrli B 1868 Loy A
Wehrli B 1868 Wagner M
Wehrli B 1868 Eichorst SA
Wehrli B 1868 Mussmann M
Wehrli B 1868 Wasmund K
Wehrli B 1868 Herbold CW
Wehrli B 1868 Sedlacek CJ
Albertsen M 631 Horn M
Albertsen M 631 Daims H
Albertsen M 631 Berry D
Albertsen M 631 Loy A
Albertsen M 631 Wagner M
Albertsen M 631 Eichorst SA
Albertsen M 631 Mussmann M
Albertsen M 631 Wasmund K
Albertsen M 631 Herbold CW
Albertsen M 631 Sedlacek CJ
Daims H 308 Horn M
Daims H 308 Daims H
Daims H 308 Berry D
Daims H 308 Loy A
Daims H 308 Wagner M
Daims H 308 Eichorst SA
Daims H 308 Mussmann M
Daims H 308 Wasmund K
Daims H 308 Herbold CW
Daims H 308 Sedlacek CJ
Wagner M 273 Horn M
Wagner M 273 Daims H
Wagner M 273 Berry D
Wagner M 273 Loy A
Wagner M 273 Wagner M
Wagner M 273 Eichorst SA
Wagner M 273 Mussmann M
Wagner M 273 Wasmund K
Wagner M 273 Herbold CW
Wagner M 273 Sedlacek CJ
Kuypers MM 1238 Horn M
Kuypers MM 1238 Daims H
Kuypers MM 1238 Berry D
Kuypers MM 1238 Loy A
Kuypers MM 1238 Wagner M
Kuypers MM 1238 Eichorst SA
Kuypers MM 1238 Mussmann M
Kuypers MM 1238 Wasmund K
Kuypers MM 1238 Herbold CW
Kuypers MM 1238 Sedlacek CJ
Schubert CJ 1755 Horn M
Schubert CJ 1755 Daims H
Schubert CJ 1755 Berry D
Schubert CJ 1755 Loy A
Schubert CJ 1755 Wagner M
Schubert CJ 1755 Eichorst SA
Schubert CJ 1755 Mussmann M
Schubert CJ 1755 Wasmund K
Schubert CJ 1755 Herbold CW
Schubert CJ 1755 Sedlacek CJ
Milucka J 1019 Horn M
Milucka J 1019 Daims H
Milucka J 1019 Berry D
Milucka J 1019 Loy A
Milucka J 1019 Wagner M
Milucka J 1019 Eichorst SA
Milucka J 1019 Mussmann M
Milucka J 1019 Wasmund K
Milucka J 1019 Herbold CW
Milucka J 1019 Sedlacek CJ
Sauder LA 1723 Horn M
Sauder LA 1723 Daims H
Sauder LA 1723 Berry D
Sauder LA 1723 Loy A
Sauder LA 1723 Wagner M
Sauder LA 1723 Eichorst SA
Sauder LA 1723 Mussmann M
Sauder LA 1723 Wasmund K
Sauder LA 1723 Herbold CW
Sauder LA 1723 Sedlacek CJ
Albertsen M 631 Horn M
Albertsen M 631 Daims H
Albertsen M 631 Berry D
Albertsen M 631 Loy A
Albertsen M 631 Wagner M
Albertsen M 631 Eichorst SA
Albertsen M 631 Mussmann M
Albertsen M 631 Wasmund K
Albertsen M 631 Herbold CW
Albertsen M 631 Sedlacek CJ
Engel K 1724 Horn M
Engel K 1724 Daims H
Engel K 1724 Berry D
Engel K 1724 Loy A
Engel K 1724 Wagner M
Engel K 1724 Eichorst SA
Engel K 1724 Mussmann M
Engel K 1724 Wasmund K
Engel K 1724 Herbold CW
Engel K 1724 Sedlacek CJ
Schwarz J 337 Horn M
Schwarz J 337 Daims H
Schwarz J 337 Berry D
Schwarz J 337 Loy A
Schwarz J 337 Wagner M
Schwarz J 337 Eichorst SA
Schwarz J 337 Mussmann M
Schwarz J 337 Wasmund K
Schwarz J 337 Herbold CW
Schwarz J 337 Sedlacek CJ
Nielsen PH 448 Horn M
Nielsen PH 448 Daims H
Nielsen PH 448 Berry D
Nielsen PH 448 Loy A
Nielsen PH 448 Wagner M
Nielsen PH 448 Eichorst SA
Nielsen PH 448 Mussmann M
Nielsen PH 448 Wasmund K
Nielsen PH 448 Herbold CW
Nielsen PH 448 Sedlacek CJ
Wagner M 273 Horn M
Wagner M 273 Daims H
Wagner M 273 Berry D
Wagner M 273 Loy A
Wagner M 273 Wagner M
Wagner M 273 Eichorst SA
Wagner M 273 Mussmann M
Wagner M 273 Wasmund K
Wagner M 273 Herbold CW
Wagner M 273 Sedlacek CJ
Neufeld JD 853 Horn M
Neufeld JD 853 Daims H
Neufeld JD 853 Berry D
Neufeld JD 853 Loy A
Neufeld JD 853 Wagner M
Neufeld JD 853 Eichorst SA
Neufeld JD 853 Mussmann M
Neufeld JD 853 Wasmund K
Neufeld JD 853 Herbold CW
Neufeld JD 853 Sedlacek CJ
Loy A 306 Horn M
Loy A 306 Daims H
Loy A 306 Berry D
Loy A 306 Loy A
Loy A 306 Wagner M
Loy A 306 Eichorst SA
Loy A 306 Mussmann M
Loy A 306 Wasmund K
Loy A 306 Herbold CW
Loy A 306 Sedlacek CJ
Pfann C 1727 Horn M
Pfann C 1727 Daims H
Pfann C 1727 Berry D
Pfann C 1727 Loy A
Pfann C 1727 Wagner M
Pfann C 1727 Eichorst SA
Pfann C 1727 Mussmann M
Pfann C 1727 Wasmund K
Pfann C 1727 Herbold CW
Pfann C 1727 Sedlacek CJ
Steinberger M 1837 Horn M
Steinberger M 1837 Daims H
Steinberger M 1837 Berry D
Steinberger M 1837 Loy A
Steinberger M 1837 Wagner M
Steinberger M 1837 Eichorst SA
Steinberger M 1837 Mussmann M
Steinberger M 1837 Wasmund K
Steinberger M 1837 Herbold CW
Steinberger M 1837 Sedlacek CJ
Hanson B 1425 Horn M
Hanson B 1425 Daims H
Hanson B 1425 Berry D
Hanson B 1425 Loy A
Hanson B 1425 Wagner M
Hanson B 1425 Eichorst SA
Hanson B 1425 Mussmann M
Hanson B 1425 Wasmund K
Hanson B 1425 Herbold CW
Hanson B 1425 Sedlacek CJ
Herp S 1732 Horn M
Herp S 1732 Daims H
Herp S 1732 Berry D
Herp S 1732 Loy A
Herp S 1732 Wagner M
Herp S 1732 Eichorst SA
Herp S 1732 Mussmann M
Herp S 1732 Wasmund K
Herp S 1732 Herbold CW
Herp S 1732 Sedlacek CJ
Brugiroux S 803 Horn M
Brugiroux S 803 Daims H
Brugiroux S 803 Berry D
Brugiroux S 803 Loy A
Brugiroux S 803 Wagner M
Brugiroux S 803 Eichorst SA
Brugiroux S 803 Mussmann M
Brugiroux S 803 Wasmund K
Brugiroux S 803 Herbold CW
Brugiroux S 803 Sedlacek CJ
Gomes Neto JC 1838 Horn M
Gomes Neto JC 1838 Daims H
Gomes Neto JC 1838 Berry D
Gomes Neto JC 1838 Loy A
Gomes Neto JC 1838 Wagner M
Gomes Neto JC 1838 Eichorst SA
Gomes Neto JC 1838 Mussmann M
Gomes Neto JC 1838 Wasmund K
Gomes Neto JC 1838 Herbold CW
Gomes Neto JC 1838 Sedlacek CJ
Boekschoten MV 1839 Horn M
Boekschoten MV 1839 Daims H
Boekschoten MV 1839 Berry D
Boekschoten MV 1839 Loy A
Boekschoten MV 1839 Wagner M
Boekschoten MV 1839 Eichorst SA
Boekschoten MV 1839 Mussmann M
Boekschoten MV 1839 Wasmund K
Boekschoten MV 1839 Herbold CW
Boekschoten MV 1839 Sedlacek CJ
Schwab C 513 Horn M
Schwab C 513 Daims H
Schwab C 513 Berry D
Schwab C 513 Loy A
Schwab C 513 Wagner M
Schwab C 513 Eichorst SA
Schwab C 513 Mussmann M
Schwab C 513 Wasmund K
Schwab C 513 Herbold CW
Schwab C 513 Sedlacek CJ
Urich T 515 Horn M
Urich T 515 Daims H
Urich T 515 Berry D
Urich T 515 Loy A
Urich T 515 Wagner M
Urich T 515 Eichorst SA
Urich T 515 Mussmann M
Urich T 515 Wasmund K
Urich T 515 Herbold CW
Urich T 515 Sedlacek CJ
Ramer-Tait AE 1840 Horn M
Ramer-Tait AE 1840 Daims H
Ramer-Tait AE 1840 Berry D
Ramer-Tait AE 1840 Loy A
Ramer-Tait AE 1840 Wagner M
Ramer-Tait AE 1840 Eichorst SA
Ramer-Tait AE 1840 Mussmann M
Ramer-Tait AE 1840 Wasmund K
Ramer-Tait AE 1840 Herbold CW
Ramer-Tait AE 1840 Sedlacek CJ
Rattei T 307 Horn M
Rattei T 307 Daims H
Rattei T 307 Berry D
Rattei T 307 Loy A
Rattei T 307 Wagner M
Rattei T 307 Eichorst SA
Rattei T 307 Mussmann M
Rattei T 307 Wasmund K
Rattei T 307 Herbold CW
Rattei T 307 Sedlacek CJ
Stecher B 801 Horn M
Stecher B 801 Daims H
Stecher B 801 Berry D
Stecher B 801 Loy A
Stecher B 801 Wagner M
Stecher B 801 Eichorst SA
Stecher B 801 Mussmann M
Stecher B 801 Wasmund K
Stecher B 801 Herbold CW
Stecher B 801 Sedlacek CJ
Berry D 275 Horn M
Berry D 275 Daims H
Berry D 275 Berry D
Berry D 275 Loy A
Berry D 275 Wagner M
Berry D 275 Eichorst SA
Berry D 275 Mussmann M
Berry D 275 Wasmund K
Berry D 275 Herbold CW
Berry D 275 Sedlacek CJ
Mußmann M 1747 Horn M
Mußmann M 1747 Daims H
Mußmann M 1747 Berry D
Mußmann M 1747 Loy A
Mußmann M 1747 Wagner M
Mußmann M 1747 Eichorst SA
Mußmann M 1747 Mussmann M
Mußmann M 1747 Wasmund K
Mußmann M 1747 Herbold CW
Mußmann M 1747 Sedlacek CJ
Pjevac P 1297 Horn M
Pjevac P 1297 Daims H
Pjevac P 1297 Berry D
Pjevac P 1297 Loy A
Pjevac P 1297 Wagner M
Pjevac P 1297 Eichorst SA
Pjevac P 1297 Mussmann M
Pjevac P 1297 Wasmund K
Pjevac P 1297 Herbold CW
Pjevac P 1297 Sedlacek CJ
Krüger K 1748 Horn M
Krüger K 1748 Daims H
Krüger K 1748 Berry D
Krüger K 1748 Loy A
Krüger K 1748 Wagner M
Krüger K 1748 Eichorst SA
Krüger K 1748 Mussmann M
Krüger K 1748 Wasmund K
Krüger K 1748 Herbold CW
Krüger K 1748 Sedlacek CJ
Dyksma S 1749 Horn M
Dyksma S 1749 Daims H
Dyksma S 1749 Berry D
Dyksma S 1749 Loy A
Dyksma S 1749 Wagner M
Dyksma S 1749 Eichorst SA
Dyksma S 1749 Mussmann M
Dyksma S 1749 Wasmund K
Dyksma S 1749 Herbold CW
Dyksma S 1749 Sedlacek CJ
Publications | Microbial Ecology, University of Vienna

Publications

Publications in peer reviewed journals

9 Publications found
  • Adaptability as the key to success for the ubiquitous marine nitrite oxidizer Nitrococcus

    Füssel J, Lücker S, Yilmaz P, Nowka B, van Kessel MAHJ, Bourceau P, Hach PF, Littmann S, Berg J, Spieck E, Daims H, Kuypers MMM, Lam P
    2017 - Sci Adv, 3: e1700807

    Abstract: 

    Nitrite-oxidizing bacteria (NOB) have conventionally been regarded as a highly specialized functional group responsible for the production of nitrate in the environment. However, recent culture-based studies suggest that they have the capacity to lead alternative lifestyles, but direct environmental evidence for the contribution of marine nitrite oxidizers to other processes has been lacking to date. We report on the alternative biogeochemical functions, worldwide distribution, and sometimes high abundance of the marine NOB Nitrococcus. These largely overlooked bacteria are capable of not only oxidizing nitrite but also reducing nitrate and producing nitrous oxide, an ozone-depleting agent and greenhouse gas. Furthermore, Nitrococcus can aerobically oxidize sulfide, thereby also engaging in the sulfur cycle. In the currently fast-changing global oceans, these findings highlight the potential functional switches these ubiquitous bacteria can perform in various biogeochemical cycles, each with distinct or even contrasting consequences.

  • Ammonia-oxidising archaea living at low pH: Insights from comparative genomics.

    Herbold CW, Lehtovirta-Morley LE, Jung MY, Jehmlich N, Hausmann B, Han P, Loy A, Pester M, Sayavedra-Soto LA, Rhee SK, Prosser JI, Nicol GW, Wagner M, Gubry-Rangin C
    2017 - Environ. Microbiol., 12: 4939-4952

    Abstract: 

    Obligate acidophilic members of the thaumarchaeotal genus Candidatus Nitrosotalea play an important role in nitrification in acidic soils, but their evolutionary and physiological adaptations to acidic environments are still poorly understood, with only a single member of this genus (Ca. N. devanaterra) having its genome sequenced. In this study, we sequenced the genomes of two additional cultured Ca. Nitrosotalea strains, extracted an almost complete Ca. Nitrosotalea metagenome-assembled genome from an acidic fen, and performed comparative genomics of the four Ca. Nitrosotalea genomes with 19 other archaeal ammonia oxidiser genomes. Average nucleotide and amino acid identities revealed that the four Ca. Nitrosotalea strains represent separate species within the genus. The four Ca. Nitrosotalea genomes contained a core set of 103 orthologous gene families absent from all other ammonia-oxidizing archaea and, for most of these gene families, expression could be demonstrated in laboratory culture or the environment via proteomic or metatranscriptomic analyses respectively. Phylogenetic analyses indicated that four of these core gene families were acquired by the Ca. Nitrosotalea common ancestor via horizontal gene transfer from acidophilic representatives of Euryarchaeota. We hypothesize that gene exchange with these acidophiles contributed to the competitive success of the Ca. Nitrosotalea lineage in acidic environments.

  • Abiotic Conversion of Extracellular NH2OH Contributes to N2O Emission during Ammonia Oxidation.

    Liu S, Han P, Hink L, Prosser JI, Wagner M, Brüggemann N
    2017 - Environ. Sci. Technol., 22: 13122-13132

    Abstract: 

    Abiotic processes involving the reactive ammonia-oxidation intermediates nitric oxide (NO) or hydroxylamine (NH2OH) for N2O production have been indicated recently. The latter process would require the availability of substantial amounts of free NH2OH for chemical reactions during ammonia (NH3) oxidation, but little is known about extracellular NH2OH formation by the different clades of ammonia-oxidizing microbes. Here we determined extracellular NH2OH concentrations in culture media of several ammonia-oxidizing bacteria (AOB) and archaea (AOA), as well as one complete ammonia oxidizer (comammox) enrichment (Ca. Nitrospira inopinata) during incubation under standard cultivation conditions. NH2OH was measurable in the incubation media of Nitrosomonas europaea, Nitrosospira multiformis, Nitrososphaera gargensis, and Ca. Nitrosotenuis uzonensis, but not in media of the other tested AOB and AOA. NH2OH was also formed by the comammox enrichment during NH3 oxidation. This enrichment exhibited the largest NH2OH:final product ratio (1.92%), followed by N. multiformis (0.56%) and N. gargensis (0.46%). The maximum proportions of NH4+ converted to N2O via extracellular NH2OH during incubation, estimated on the basis of NH2OH abiotic conversion rates, were 0.12%, 0.08%, and 0.14% for AOB, AOA, and Ca. Nitrospira inopinata, respectively, and were consistent with published NH4+:N2O conversion ratios for AOB and AOA.

  • Kinetic analysis of a complete nitrifier reveals an oligotrophic lifestyle.

    Kits KD, Sedlacek CJ, Lebedeva EV, Han P, Bulaev A, Pjevac P, Daebeler A, Romano S, Albertsen M, Stein LY, Daims H, Wagner M
    2017 - Nature, 549: 269-272

    Abstract: 

    Nitrification, the oxidation of ammonia (NH3) via nitrite (NO2(-)) to nitrate (NO3(-)), is a key process of the biogeochemical nitrogen cycle. For decades, ammonia and nitrite oxidation were thought to be separately catalysed by ammonia-oxidizing bacteria (AOB) and archaea (AOA), and by nitrite-oxidizing bacteria (NOB). The recent discovery of complete ammonia oxidizers (comammox) in the NOB genus Nitrospira, which alone convert ammonia to nitrate, raised questions about the ecological niches in which comammox Nitrospira successfully compete with canonical nitrifiers. Here we isolate a pure culture of a comammox bacterium, Nitrospira inopinata, and show that it is adapted to slow growth in oligotrophic and dynamic habitats on the basis of a high affinity for ammonia, low maximum rate of ammonia oxidation, high growth yield compared to canonical nitrifiers, and genomic potential for alternative metabolisms. The nitrification kinetics of four AOA from soil and hot springs were determined for comparison. Their surprisingly poor substrate affinities and lower growth yields reveal that, in contrast to earlier assumptions, AOA are not necessarily the most competitive ammonia oxidizers present in strongly oligotrophic environments and that N. inopinata has the highest substrate affinity of all analysed ammonia oxidizer isolates except the marine AOA Nitrosopumilus maritimus SCM1 (ref. 3). These results suggest a role for comammox organisms in nitrification under oligotrophic and dynamic conditions.

  • AmoA-targeted polymerase chain reaction primers for the specific detection and quantification of comammox Nitrospira in the environment

    Pjevac P, Schauberger C, Poghosyan L, Herbold CW, van Kessel MAHJ, Daebeler A, Steinberger M, Jetten MSM, Luecker S, Wagner M, Daims H
    2017 - Front Microbiol, 8:1508
    Comammox PCR primers

    Abstract: 

    Nitrification, the oxidation of ammonia via nitrite to nitrate, has always been considered to be catalyzed by the concerted activity of ammonia- and nitrite-oxidizing microorganisms. Only recently, complete ammonia oxidizers (‘comammox’), which oxidize ammonia to nitrate on their own, were identified in the bacterial genus Nitrospira, previously assumed to contain only canonical nitrite oxidizers. Nitrospira are widespread in nature, but for assessments of the distribution and functional importance of comammox Nitrospira in ecosystems, cultivation-independent tools to distinguish comammox from strictly nitrite oxidizing Nitrospira are required. Here we developed new PCR primer sets that specifically target the amoA genes coding for subunit A of the distinct ammonia monooxygenase of comammox Nitrospira. While existing primers capture only a fraction of the known comammox amoA diversity, the new primer sets cover as much as 95% of the comammox amoA clade A and 92% of the clade B sequences in a reference database containing 326 comammox amoA genes with sequence information at the primer binding sites. Application of the primers to 13 samples from engineered systems (a groundwater well, drinking water treatment and wastewater treatment plants) and other habitats (rice paddy and forest soils, rice rhizosphere, brackish lake sediment and freshwater biofilm) detected comammox Nitrospira in all samples and revealed a considerable diversity of comammox in most habitats. Excellent primer specificity for comammox amoA was achieved by avoiding the use of highly degenerate primer preparations and by using equimolar mixtures of oligonucleotides that match existing comammox amoA genes. Quantitative PCR with these equimolar primer mixtures was highly sensitive and specific, and enabled the efficient quantification of clade A and clade B comammox amoA gene copy numbers in environmental samples. The measured relative abundances of comammox Nitrospira, compared to canonical ammonia oxidizers, were highly variable across environments. The new comammox amoA-targeted primers enable more encompassing future studies of nitrifying microorganisms in diverse habitats. For example, they may be used to monitor the population dynamics of uncultured comammox organisms under changing environmental conditions and in response to altered treatments in engineered and agricultural ecosystems.

  • Crenothrix are major methane consumers in stratified lakes.

    Oswald K, Graf JS, Littmann S, Tienken D, Brand A, Wehrli B, Albertsen M, Daims H, Wagner M, Kuypers MM, Schubert CJ, Milucka J
    2017 - ISME J, 9: 2124-2140
    Crenothrix

    Abstract: 

    Methane-oxidizing bacteria represent a major biological sink for methane and are thus Earth's natural protection against this potent greenhouse gas. Here we show that in two stratified freshwater lakes a substantial part of upward-diffusing methane was oxidized by filamentous gamma-proteobacteria related to Crenothrix polyspora. These filamentous bacteria have been known as contaminants of drinking water supplies since 1870, but their role in the environmental methane removal has remained unclear. While oxidizing methane, these organisms were assigned an 'unusual' methane monooxygenase (MMO), which was only distantly related to 'classical' MMO of gamma-proteobacterial methanotrophs. We now correct this assignment and show that Crenothrix encode a typical gamma-proteobacterial PmoA. Stable isotope labeling in combination swith single-cell imaging mass spectrometry revealed methane-dependent growth of the lacustrine Crenothrix with oxygen as well as under oxygen-deficient conditions. Crenothrix genomes encoded pathways for the respiration of oxygen as well as for the reduction of nitrate to N2O. The observed abundance and planktonic growth of Crenothrix suggest that these methanotrophs can act as a relevant biological sink for methane in stratified lakes and should be considered in the context of environmental removal of methane.

  • Cultivation and characterization of Candidatus Nitrosocosmicus exaquare, an ammonia-oxidizing archaeon from a municipal wastewater treatment system.

    Sauder LA, Albertsen M, Engel K, Schwarz J, Nielsen PH, Wagner M, Neufeld JD
    2017 - ISME J, 5: 1142-1157
    Nitrosocosmicus

    Abstract: 

    Thaumarchaeota have been detected in several industrial and municipal wastewater treatment plants (WWTPs), despite the fact that ammonia-oxidizing archaea (AOA) are thought to be adapted to low ammonia environments. However, the activity, physiology and metabolism of WWTP-associated AOA remain poorly understood. We report the cultivation and complete genome sequence of Candidatus Nitrosocosmicus exaquare, a novel AOA representative from a municipal WWTP in Guelph, Ontario (Canada). In enrichment culture, Ca. N. exaquare oxidizes ammonia to nitrite stoichiometrically, is mesophilic, and tolerates at least 15 mm of ammonium chloride or sodium nitrite. Microautoradiography (MAR) for enrichment cultures demonstrates that Ca. N. exaquare assimilates bicarbonate in association with ammonia oxidation. However, despite using inorganic carbon, the ammonia-oxidizing activity of Ca. N. exaquare is greatly stimulated in enrichment culture by the addition of organic compounds, especially malate and succinate. Ca. N. exaquare cells are coccoid with a diameter of ~1-2 μm. Phylogenetically, Ca. N. exaquare belongs to the Nitrososphaera sister cluster within the Group I.1b Thaumarchaeota, a lineage which includes most other reported AOA sequences from municipal and industrial WWTPs. The 2.99 Mbp genome of Ca. N. exaquare encodes pathways for ammonia oxidation, bicarbonate fixation, and urea transport and breakdown. In addition, this genome encodes several key genes for dealing with oxidative stress, including peroxidase and catalase. Incubations of WWTP biofilm demonstrate partial inhibition of ammonia-oxidizing activity by 2-phenyl-4,4,5,5-tetramethylimidazoline-1-oxyl 3-oxide (PTIO), suggesting that Ca. N. exaquare-like AOA may contribute to nitrification in situ. However, CARD-FISH-MAR showed no incorporation of bicarbonate by detected Thaumarchaeaota, suggesting that detected AOA may incorporate non-bicarbonate carbon sources or rely on an alternative and yet unknown metabolism.

  • Lifestyle and horizontal gene transfer-mediated evolution of Mucispirillum schaedleri, a core member of the murine gut microbiota

    Loy A, Pfann C, Steinberger M, Hanson B, Herp S, Brugiroux S, Gomes Neto JC, Boekschoten MV, Schwab C, Urich T, Ramer-Tait AE, Rattei T, Stecher B, Berry D
    2017 - mSystems, 2: e00171-16

    Abstract: 

    Mucispirillum schaedleri is an abundant inhabitant of the intestinal mucus layer of rodents and other animals and has been suggested to be a pathobiont, a commensal that plays a role in disease. In order to gain insights into its lifestyle, we analyzed the genome and transcriptome of M. schaedleri ASF 457 and performed physiological experiments to test traits predicted by its genome. Although described as a mucus inhabitant, M. schaedleri has limited capacity for degrading host-derived mucosal glycans and other complex polysaccharides. Additionally, M. schaedleri reduces nitrate and expresses systems for scavenging oxygen and reactive oxygen species in vivo, which may account for its localization close to the mucosal tissue and expansion during inflammation. Also of note, M. schaedleri harbors a type VI secretion system and putative effector proteins and can modify gene expression in mucosal tissue, suggesting intimate interactions with its host and a possible role in inflammation. The M. schaedleri genome has been shaped by extensive horizontal gene transfer, primarily from intestinal Epsilon- and Deltaproteobacteria, indicating that horizontal gene transfer has played a key role in defining its niche in the gut ecosystem.

  • Genomic repertoire of the Woeseiaceae/JTB255, cosmopolitan and abundant core members of microbial communities in marine sediments.

    Mußmann M, Pjevac P, Krüger K, Dyksma S
    2017 - ISME J, 5: 1276-1281

    Abstract: 

    To date, very little is known about the bacterial core community of marine sediments. Here we study the environmental distribution, abundance and ecogenomics of the gammaproteobacterial Woeseiaceae/JTB255 marine benthic group. A meta-analysis of published work shows that the Woeseiaceae/JTB255 are ubiquitous and consistently rank among the most abundant 16S rRNA gene sequences in diverse marine sediments. They account for up to 22% of bacterial amplicons and 6% of total cell counts in European and Australian coastal sediments. The analysis of a single-cell genome, metagenomic bins and the genome of the next cultured relative Woeseia oceani indicated a broad physiological range, including heterotrophy and facultative autotrophy. All tested (meta)genomes encode a truncated denitrification pathway to nitrous oxide. The broad range of energy-yielding metabolisms possibly explains the ubiquity and high abundance of Woeseiaceae/JTB255 in marine sediments, where they carry out diverse, but yet unknown ecological functions.

Book chapters and other publications

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