In the newborn dog, colostrum and milk represent the major source of immunity, thanks to both specific and non-specific factors. This study was designed to verify the presence of IgG and lysozyme in peripartal mammary secretions in dogs. The results evidenced the presence of both IgG and lysozyme. However, while IgG are high and declined significantly between 1 and 2 days after parturition, lysozyme tends to remain high until day 5 after whelping. These findings highlight the importance of the soon colostrum intake after birth for IgG absorption, while the prolonged presence of lysozyme assures an extended functional non-specific immunity for the puppy.

IgG e lisozima nelle secrezioni mammarie periparto nella cagna / A. Rota, M. Puricelli, F. Servida, S. Panzani, P. Dall’Ara, M.C. Veronesi. - In: ATTI DELLA SOCIETÀ ITALIANA DELLE SCIENZE VETERINARIE. - ISSN 1825-4454. - Disco ottico. - 62:(2008), pp. 53-54. ((Pentium 3 - 1200 Mhz (consigliato 1700 MHZ), 256 Mb RAM (consigliato 512), Lettore CD-ROM 12x (consigliato 52x), Internet Explorer 6. - Intervento presentato al 62. convegno Convegno Nazionale tenutosi a San Benedetto del Tronto nel 2008.

IgG e lisozima nelle secrezioni mammarie periparto nella cagna

A. Rota
Primo
;
M. Puricelli
Secondo
;
F. Servida;S. Panzani;P. Dall’Ara
Penultimo
;
M.C. Veronesi
Ultimo
2008

Abstract

In the newborn dog, colostrum and milk represent the major source of immunity, thanks to both specific and non-specific factors. This study was designed to verify the presence of IgG and lysozyme in peripartal mammary secretions in dogs. The results evidenced the presence of both IgG and lysozyme. However, while IgG are high and declined significantly between 1 and 2 days after parturition, lysozyme tends to remain high until day 5 after whelping. These findings highlight the importance of the soon colostrum intake after birth for IgG absorption, while the prolonged presence of lysozyme assures an extended functional non-specific immunity for the puppy.
Dog ; mammary secretions ; IgG ; lysozyme
Settore VET/10 - Clinica Ostetrica e Ginecologia Veterinaria
2008
Società Italiana delle Scienze Veterinarie
SISVet
Article (author)
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2434/54629
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