-transparent.png){kind=logo}
Smear-layer debris was sonicated from dentine surfaces and trapped on microfilters for microscopy, which showed that the layers are composed, in part, of aggregates of globular subunits approx. 0.05-0.1 micron in diameter. Such globules were also seen in smear layers in situ and on fractured dentine surfaces. The composition of smear layers may reflect the substructure of dentine matrix.
Related Publications
D H Pashley, and
L Tao, and
L Boyd, and
G E King, and
J A Horner
January 1997,
Romanian journal of morphology and embryology = Revue roumaine de morphologie et embryologie,
D H Pashley, and
L Tao, and
L Boyd, and
G E King, and
J A Horner
January 1985,
Archives of oral biology,
D H Pashley, and
L Tao, and
L Boyd, and
G E King, and
J A Horner
January 1972,
Zeitschrift fur mikroskopisch-anatomische Forschung,
D H Pashley, and
L Tao, and
L Boyd, and
G E King, and
J A Horner
January 1985,
Archives of oral biology,
D H Pashley, and
L Tao, and
L Boyd, and
G E King, and
J A Horner
January 1979,
Operative dentistry,
D H Pashley, and
L Tao, and
L Boyd, and
G E King, and
J A Horner
April 1996,
Archives of oral biology,
D H Pashley, and
L Tao, and
L Boyd, and
G E King, and
J A Horner
June 1974,
Archives of oral biology,
D H Pashley, and
L Tao, and
L Boyd, and
G E King, and
J A Horner
November 2000,
SADJ : journal of the South African Dental Association = tydskrif van die Suid-Afrikaanse Tandheelkundige Vereniging,
D H Pashley, and
L Tao, and
L Boyd, and
G E King, and
J A Horner
January 1962,
Archives of oral biology,
D H Pashley, and
L Tao, and
L Boyd, and
G E King, and
J A Horner
October 1975,
Archives of oral biology,
