Studies were conducted on the effect of extrudates on the microbiome of the broiler’s cecum. It was found that the addition of extruded feed to the diet stimulates the growth of representatives of obligate microflora, namely, bacteria of the genus Lactobacillus, Enterococcus and bifidobacterias. A significant presence of representatives of pathogenic and conditionally pathogenic microflora was also recorded. The possible lower content of non-starchy polysaccharides in the extrudate-receiving groups could serve as a key factor stimulating the reproduction of bacteria with amylolytic properties.
REFERENCES
1.
2.
N. G.
Chamurliev
, O. V.
Chapurkina
and A. S.
Filatov
, Bulletin of the Nizhnevolzhsky agro-university complex: science and higher professional education
1
(29
) 127
–131
(2013
).3.
I. R.
Tletseruk
, Innovations and modern technologies in the production and processing of agricultural products
(Stavropol
: Stavropol State University
, 2016
) p. 232
–234
.4.
S. I.
Kononenko
and A. F.
Gulits
, Modern agricultural production technologies.
2015
, 53
–55
5.
6.
S. V.
Lebedev
, I. A.
Gavrish
and I. Z.
Gubaydullina
, Journal of Agricultural Biology
54
(2
) 304
–315
(2019
).7.
E.
Sheida
, O.
Sipailova
, S.
Miroshnikov
, E.
Sizova
, S.
Lebedev
, E.
Rusakova
and S.
Notova
, Environmental Science and Pollution Research
24
(9
) 8700
–8710
(2017
).8.
E. A.
Sizova
, S. A.
Miroshnikov
, S. V.
Lebedev
, Yu. I.
Levakhin
, I. A.
Babicheva
, and V. I.
Kosilov
, Journal of Agricultural Biology
53
(2
) 393
–403
(2018
).9.
S. V.
Lebedev
, I. A.
Gavrish
, E. V.
Shejda
, I. S.
Miroshnikov
, V. A.
Ryazanov
, I. Z.
Gubajdullina
and A. M.
Makaeva
, IOP Conference Series: Earth and Environmental Science
341
(1
) 012066
(2019
).10.
E.
Yausheva
, S.
Miroshnikov
and E.
Sizova
, Environ Sci. Pollut. Res.
25
(18
) 18109
–18120
(2018
).11.
M.
Bogusławska-Tryk
, A.
Piotrowska
and K.
Burlikowska
, J. Cent. Euro. Agri.
13
(2
) 272
–291
(2012
).12.
13.
C.
Yan
, W.
Jun
, Yu.
Longfei
, Xu.
Tianyue
and Zhu.
Nianhua
, Scientific Reports
10
5382
(2020
).14.
I.
Gabriel
, M.
Lessire
, S.
Mallet
and J. F.
Guillot
, World’s Poultry Science Journal
62
(3
) 499
–511
(2006
).15.
V. A.
Torok
, J.
Hughes
and L. L.
Mikkelsen
, Appl. Environ. Microbiol
77
5868
–5878
(2011
).16.
D.
Stanley
, S. E.
Denman
, R. J.
Hughes
, M. S.
Geier
, T. M.
Crowley
and H.
Chen
, Appl. Microbiol. Biotechnol
96
1361
–1369
(2012
).17.
Z.
Zdunczyk
, J.
Jankowski
and S.
Kaczmarek
, World’s Poult. Sci. J.
71
37
–57
(2015
).18.
P.
Redig
, J. Exp. Zool
3
66
–9
(1989
).19.
A.
Gheorghe
, N. A.
Lefter
, L.
Idriceanu
, M.
Ropota
and M.
Habeanu
, Italian Journal of Animal Science
19
822
–832
(2020
).20.
K.
Paweł
, A.
Sebastian
, H.
Marcin
, K.
Misza
, S.
Dominika
and S.
Stefania
, J. Sci. Food Agric.
100
(11
) 4217
–4225
(2020
).21.
Walugembe
, M. F. Rothschild
and M. E.
Persia
, Anim. Feed Sci. Tech
188
46
–52
(2014
).22.
E. E.
Sandford
, M.
Orr
, E.
Balfanz
, N.
Bowerman
, X.
Li
, H.
Zhou
and T. J.
Johnson
, BMC Genomics
12
469
(2011
).
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