Upload
duonghanh
View
224
Download
1
Embed Size (px)
Citation preview
Sta-chol® feed additive by- pass for ruminants
MLC technology target by-pass
RUMEN PROTECTED CHOLINE RUMEN PROTECTED CHOLINE
Metabolic destiny of choline into rumenOver 90% of degradation (Sharma & Erdman, 1988)
Why make sense to use rumen protected choline in ruminant
nutrition?
Moreover degradation of choline by rumen flora leads to production of harmful substances: trimethylamines
Because ruminants need nutritional strategy and
ingredients matching their digestive physiology
Sta-chol® feed additive by- pass for ruminants
MLC technology target by-pass
Protection of choline with proven rumen by-pass is a crucial tool to meet the correct requirements for
ruminants.
Technical aspects of a rumen protected choline
in order to be by-pass
Sta-chol® feed additive by- pass for ruminants
MLC technology target by-pass
tecnolgia MLC by-pass selettivo
2. Proven stability to feed compounder procedures
1. Proven rumen stability in vivo (nylon bag in situ)
3 Valuable physiological remarks
4. Proven animal performance
Ideal choline for ruminants
Sta-chol® feed additive by-pass for ruminants
MLC technology target by-pass
Rumen performance “in situ” of Sta-chol®(PSU - Dairy and Animal Science, Prof. G.Varga, 2004)
05
10
1520253035
404550
0 2 4 8 16 23 48
incubation/h
% d
egra
dabi
lity
Sta-chol
Progressive degradability
>75% by-pass
Sta-chol® feed additive by-pass for ruminants
MLC technology target by-pass MLC technology target by-pass MLC technology target by-pass MLC technology target by-pass
MLC technology target by-pass
MLC technology target by-pass
by-pass in situ confirmed by quick check in vitro
Comparison between by-pass in vivo and in in vitro Sta-Chol in 8 hours incubation
In situ by nylon bagIn vitro (Daisy Ankom) by enzymatic methodbioscreen technologies lab., Dr Farnedi
8 h incubation05
10152025303540455055606570758085 85
75
In vitroIn situ
By-p
ass
%
MLC technology target by-pass
proven intestinal uptake
Physiological remarks
Higher levels of blood choline gives evidence for rumen by-pass and bio-availability
University of di Milano - Pinotti e Baldi, 2003
Blood levels of Choline (phosphotodilcholine) in peripartum cows fed with Sta-chol®
Day -7 Day+ 200
102030405060708090
100110120130140150160170180 172 171
150
127
Sta-chol Choline
mg/
dl p
lasm
a
tecnolgia MLC by-pass selettivo
Proven choline metabolization
NEFA palsma level in peripartum cows fed with Sta-chol®
NEFA decreasing level is a good indicator of relief of hepatic cell overload.
University of Milano-Pinotti e Baldi, 2003
Day -7 Calving0
0,050,1
0,150,2
0,25
0,30,35
0,40,45
0,5
0,550,6
0,65
0,29
0,54
0,3
0,6
Sta-chol Choline
nmol
/ l p
alsm
a
proven transfer of choline from food to the udder
MLC technology target by-pass
Choline level in milk of peripartum cows fed with Sta-chol®
Increased level of choline in milk is a clear indication of intestinal uptake and transfer from food to the udder
University of Milano - Pinotti e Baldi, 2003
1° month lactation0
102030405060708090
100110120130140 138,5
99,66
Sta-cholColinam
g/kg
milk
Productivity via a better state of health
MLC technology target by-pass
Milk yeld of cows fed with Sta-chol® during peripartum
University of Milano- Pinotti e Baldi, 2003
Several field tests showed positive effects of Sta-chol at beggining lactation as result of improved metabolic activity ( antichetonic effect)
1° month lactation
0
2,5
5
7,5
10
12,5
15
17,5
20
22,5
25
27,5
30
32,530,85
26,45
Sta-cholColina
kg m
il 3,
5% F
CM
Sta-chol feed additive by- pass for ruminants
MLC technology target by-pass
i
PREMIXTURE FOR RUMINANT NUTRITION ingredients per kg
Choline chloride: 500.000 mgCarrier up to: 1.000 gRecommended use and dosage
peripartum cows: 25 g/head/day (Recommended 20-50 g) (preferably 2 weeks before calving and 4 weeks after
beef cattle: 10-30 g/head/day (referably in finishing)
Lactating goats and sheeps: 5- 10 g/head/day Finishing lambs and kids: 3-5 g/head/day
Packaging: 25 kg box, 10 kg bag
®
Sta-chol®