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LACTOBRAN IS AN INNOVATIVE SOLUTION TO AN EFFECTIVE MILK FARM, HEALTHY ANIMALS AND THE MAXIMUM ASSIMILATION OF NUTRIENTS
The LACTOBRAN® probiotic feed additive is a complex of plant-based fermented feeds of very high biological activity , which is made using Pediococcus pentosaceus NCIMB 12455 - an elite strain of lactic acid bacteria.
LACTOBRAN® is
recommended to be used for dairy cows.
The consumption of the LACTOBRAN®
probiotic feed additive:
·
To
be added to dairy cow feeds (silages) using the following ratio: 4:1000, i.e.
100-200g a day.
·
To
be consumed for 60 days: this is the recommended minimum duration.
The LACTOBRAN®
authorization.
The authorization of feed additives implies the evaluation of their
safety and efficiency. Such authorization is provided only to those feed
additives whose safety and efficiency (in terms of animals, consumers and
environment) have been validated and positively evaluated.
LACTOBRAN is
made using
Pediococcus pentosaceus NCIMB 12455 which
is included in the Register of Feed Additives
announced by the European Commission and authorized in the European Union.
The LACTOBRAN® probiotic feed
additive:
- improves the quality
of feeds;
- improves the
metabolism of feeds;
- improves the
assimilation of feed proteins;
- positively affects the
health of animals – helps to protect against acidosis and pathological
microorganisms;
- positively affects the
immunity of animals;
- increases milk yields;
- improves the chemical composition of milk;
- increases lactose and milk richness; and
- reduces the number of somatic cells in milk.
THE BENEFITS
OF PROBIOTICS TO LIVESTOCK
Probiotics are
microbial feed additives which contain live cultures, beneficially affect the
organism of animals and improve the microbial balance of the intestines. The
use of probiotics means that live microbial cells enter the organism of animals
through feeds on a continuous basis.
The use of probiotics
is an effective tool for the improvement of the efficiency, productivity and
physiological functions of agricultural animals as well as for the prevention
of animal dysbacteriosis and other unfavourable factors.
LACTOBRAN is a
high-quality, natural and biologically active feed additive containing live probiotic
microorganisms.
How do LACTOBRAN probiotics act?
- They increase the
number of beneficial bacteria which prevent pathogenic microorganisms from
multiplying in the digestive tract;
- They improve the
composition of the intestinal microflora, which results in the better
digestion and assimilation of feed nutrients and the more rapid growth and
development of animals;
- They ensure the good balance
between gastric and intestinal microbiological processes;
- Probiotics, which
contain lactic acid bacteria, positively affect the secretion system of
the digestive tract, increase appetite and improve the assimilation of feed
nutrients;
- Probiotic
microorganisms adjust well inside the organism, multiply in the digestive
tract and maintain the balance of the intestinal microflora;
- Differently from
antibiotics, probiotics do not have their withdrawal period and pathogenic
microflora fails to accustom itself to probiotics.
FEEDS
WITH PROBIOTIC ADDITIVES ARE MORE EFFICIENT
LACTOBRAN probiotics
contain a small amount of moisture, which results in the longer preservation of
the higher number of live lactic acid bacteria, the reduction of the pH values
of volumes and the better preservation of proteins and dry materials.
In comparison with wet feed additives, LACTOBRAN
probiotics are characterized by both slower perishability (they retain the higher
number of probiotic bacteria in one gram of the product (KSV/g)) and better
nutritional value.
LACTOBRAN probiotics are suitable as an addition to all
plant-based feed materials and feeds (silages).
The universal efficiency of probiotic feeds containing
Pediococcus spp. additives has been proved by numerous farm and field research:
Basic efficiency indicators |
Possible benefits |
The consumption of dry materials |
From + 4.9% |
The average increase per day |
From + 6.8% |
The efficiency of feed
yields
|
From + 1.8% |
Probiotic feeds with
Pediococcus spp. additives are universal:
They can be used
in:
-
Bags
-
Mixers
-
Towers
-
Rolls
-
Piles
-
Trenches
-
And other ways |
They can be used
with all feeds and feed raw materials:
-
Corn silages
-
Lucerne haylages
-
Grass haylages
-
Grain silages
-
Corn feeds
-
And other feeds |
When added to feeds (silages), probiotic additives:
- reduce the pH values of animal feeds;
- increase the preservation of proteins up to 7 %;
- increase the preservation of dry materials in
silages up to 37 %; and also
- increase the assimilation of feed dry materials.
500 tons of silage raw materials produce 35 % of feed
dry materials. By using probiotic
additives, the obtained amount of dry materials increases by 5.25 tons.
Probiotics and feeds optimized for dairy cows
contribute to effective and reasoned farming. The use of higher efficiency feeds
implies more profitable dairy farms.
The
combination of probiotic additives with Pediococcus spp. increases the profitability
of farms because the use of probiotic additives together with Pediococcus spp. allows
saving the amount of feeds and improving the health of animals.
LESS
FEED BUT MORE MILK
It is very important to modern farms to increase the
effectiveness of milk production and in addition, yields from feeds provided to
herds.
Depending on the consumed amount of dry materials, it
is possible to approximately assess the values of energy expenditures, milk
yields and other indicators of dairy cows (whose body weight is 650 kg):
Indicators |
Consumption of
dry materials, kg/d
|
||||
10 |
15 |
20 |
25 |
30 |
|
Energy expenditures, MJ
NEL/d.
|
70 |
105 |
140 |
175 |
210 |
Milk yields, 3,3 MJ NEL/kg |
9.8 |
20.4 |
31.0 |
41.6 |
52.2 |
Methane gas emissions: |
|||||
-
g/d |
240 |
360 |
480 |
600 |
720 |
-
g/kg (of milk) |
24.5 |
17.6 |
15.5 |
14.4 |
13.8 |
Carbon dioxide emissions
g(CO
2eq)/kg (of milk) |
825 |
605 |
530 |
495 |
475 |
Probiotic feed additives can increase the
above-mentioned indicators and the effectiveness of milk production without
increasing the amount of feeds but improving the assimilation of their dry
materials instead.
Probiotic microorganisms participate in the process of
protein assimilation and suppress pathological (harmful) microorganisms that
can negatively influence the assimilation of feeds and inflict damage on the
health of animals.
The
significance of probiotics in the assimilation of feeds
Probiotics constitute the essential part of the digestive system of healthy animals:
LACTOBRAN creates
a favourable environment for other beneficial microorganisms participating in
the digestive process.
LACTOBRAN is
beneficial not only because it contains live lactic acid bacteria but also because
they produce biologically active metabolism products (bacteriocins, organic
acids and others).
THE PREVENTION OF LIVESTOCK DISEASES
Moulds and pathogenic bacteria are one of the main
causes leading to feed perishability and animal diseases.
The use of feeds containing lactic acid bacteria
reduces the number of pathogenic microorganisms in the feeds of various
domestic animals as well as in their digestive tract. LACTOBRAN probiotics
destroy moulds and harmful bacteria in the feeds of different ruminants as well
as in their digestive tract.
The metabolism
products of Pediococcus spp are antimicrobially active against various
pathogenic bacteria (
Bacillus
thuringiensis,
Escherichia coli, Enterococcus faecalis,
Staphylococcus aureus, Bacillus macerans, Salmonella enteritidis, Micrococcus
sp, Yersinia enterocolitica, Listeria sp., Pseudomonas aeroginosa
) and mould fungi (Fusarium,
Aspergillus
ir Penicillium).
Research has
revealed that a probiotic feed additive with Pediococcus spp. can considerably
prevent moulds and pathogenic bacteria from multiplying and growing, and can be
compared with commercial antibiotics.
Pathogenic bacteria |
Lactic acid bacteria |
Tetracycline
30
µg |
Streptomycin
10
µg |
E. coli |
14.5±0.7* |
17 |
13 |
Ent.
faecalis
|
11±1.4* |
29* |
10* |
B.
macerans
|
12±0* |
22 |
18* |
S.
enteritidis
|
10±0 |
20 |
10 |
Micrococcus
sp.
|
25±0 |
30 |
18 |
Listeria
sp.
|
10±1.4 |
26 |
0 |
P. aeruginosa |
15±2.8 |
11 |
7 |
B.
thuringiensis
|
17.7±0.5 |
– |
17.8 |
|
Pathogenic moulds |
|||||
Fusarium
poae
|
Penicillium
chrysogenum
|
Aspergillus
niger
|
||||
FS |
FC |
FS |
FC |
FS |
FC |
|
Молочнокислые бактерии |
13.5±1.3 |
10.0±0.8 |
19.5±1.0 |
– |
11.0±1.8 |
– |
Противогрибковые препараты |
||||||
Итраконазол |
|
9.5±0 |
|
7.5±0.7 |
|
– |
Нистатин |
|
13.5±2.1 |
|
31±1.4 |
|
16.3±0.4 |
FS stands
for the fungistatic effect, whereas FC stands for the fungicidal effect.
|
A
SIGNIFICANT POSITIVE IMPACT ON THE MILK YIELD AND COMPOSITION
Research has been performed on holsteinized
Lithuanian black-and-white cows during their stall period. By following the
same ration, tested cows were provided with a feed and received about 100 g of the
researched additive contained in the feed (silage).
The combination of the feed additive with Pediococcus spp. led to a
statistically important increase in the amount of fat and lactose
. The amount
of fat and lactose increased up to 0.22 kg/d and 0.26 kg/d, respectively, in
the milk of tested cows at the completion of the testing.
During the research period, milk yields were determined
three times, i.e. at the beginning of the research (1), in the middle of the
research (with the lapse of half of the researched time) (2) and at the
completion of the research (3), by performing control cow milking. The amount
of milk with its natural richness was recalculated into the amount of milk with
a 4 percent fat content (which was adjusted) on the basis of available coefficients.
Indicator |
Control group (fed
with a probiotic additive)
|
Test group (fed
with a probiotic additive)
|
||||
1 |
2 |
3 |
1 |
2 |
3 |
|
Milk, kg/d |
15.86 |
15.08 |
16.60 |
18.04 |
18.87 |
22.38 |
Adjusted amount of milk 4%, kg/d |
17.22 |
16.94 |
17.83 |
19.17 |
19.88 |
23.43 |
Fat content, % |
4.5 |
4.69 |
4.56 |
4.41 |
4.42 |
4.40 |
Fat content, kg/d |
0.73 |
0.73 |
0.75 |
0.80 |
0.82 |
0.97 |
Lactose content, % |
4.44 |
4.46 |
4.38 |
4.46 |
4.54 |
4.46 |
Lactose content, kg/d |
0.71 |
0.70 |
0.74 |
0.80 |
0.85 |
1.0 |
Probiotics contribute to a statistically significant
increase in milk indicators and the productivity of milked cows.
When using a probiotic additive, the amount of
milk can increase from 17.83 kg/d to 23.43
kg/d:
The amount of milk
The beginning of the testing The middle of the
testing The completion of the testing
The control group (fed without a probiotic
additive) The test group (fed with a probiotic additive)
Brand:
Grainmore