Literature

AuthorsYearsort descendingTitle
E. Ries Werl,P. B.,von1934Die Eibildung der Kleiderlaus, untersucht an lebenden, vital gefärbten und fixierten Präparaten
W. J. Schmidt1939Über physikalische und chemische Eigenschaften des Sekretes, mit dem Pediculus capitis seine Eier ankittet
E. G. Nauck, Weyer F.1941Versuche zur Züchtung von Rickettsien in explantiertem Läusegewebe
S. Krynski, Woiciechowska S.1949Investigation into the problem of artificial feeding of lice by way of intrarectal injections as applied by Weigl
F. Weyer1954Unterschiede im Verhalten meherere Stämme von Rickettsia conori in der Kleiderlaus
K. Baudisch1958Beiträge zur Zytologie und Embryologie einiger Insektensymbiosen
H. Levene, Dobzhansky T.1959Possible genetic difference between the head louse and the body louse
S. Krynski, Becla E.1964The action of oxytetracycline on Rickettsia prowazeki in lice inoculated by the Weigl method
F. Weyer1964Experimentelle Übertragung von Rickettsien auf Arthropoden
E. Becla1969The effect of temperature on the viability of R. prowazeki in the N-7 buffer
F. H. Miller, Jr.1969Antennal tuft organs of Pediculus humanus Linn. and Phthirus pubis (Linn.)
J. M. Hirst, Cole, M. M., Gilbert, I. H., Adams, C. T.1970Further sleeve tests of new powders for control of body lice
F. H. Miller, Jr.1970Scanning electron microscopy of antennal structures of Polyplax serrata (Burmeister) (Anoplura: Hoplopleuridae).
J. W. Maunder1971A novel apparatus for determining odor preference in head lice
W. A. Nelson, Clifford, C. M., Bell, J. F., Hestekin, B.1972Polyplax serrata: Histopathology of the skin of louse-infested mice
L. Y. Shkolnik1972Submicroscopic structure of some organs of the body louse
A. P. L. Callinan1980Effects of artificially induced infestations of the cattle louse, Linognathus vituli
R. Hatsushika, Naramoto, S., Miyoshi, K.1983Scanning electron microscope studies on head lose Pediculus humanus capitis (Anoplura: Pediculidae)
Z. Szczesna1984The sense organs on antennae of Pediculus humanus (Anoplura, Pediculidae) in post-embryonic development stages
Scratchpads developed and conceived by (alphabetical): Ed Baker, Katherine Bouton Alice Heaton Dimitris Koureas, Laurence Livermore, Dave Roberts, Simon Rycroft, Ben Scott, Vince Smith