the nutritionist 2019 - amazon s3...improve dry cow nutrition and cow comfort. good calf management...
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The Nutritionist 2019
Live and Recorded Ruminant Nutrition WebinarsMore Information at https://agmodelsystems.com/webinars/
Email: [email protected]
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Zen-Raku-Ren
Feeding Calves in Robotic Systems
Akira Saito, D.V.M., P.A.S Zen-Raku-Ren (Japan)
Research and Development Consultant
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Zen-Raku-Ren
Cattle Industry in Japan 2016
The Population: 126 hundred million
The gross area: 378,000Km2
Dairy Farm: 17,000
Dairy Cattle: 1,345,000
Beef Farm: 51,900
Beef Cattle: 2,642,000
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Zen-Raku-Ren
How did we get here?
Today, many Japanese dairies enjoy Intensified Calf feeding and Robotic calf feeding system…because it works well for Dairy Calves and Wagyu Calves.
But, how did we get here ?
It was a long way to reach a 21st century calf feeding system.
In 1950s, Zen-Raku-Ren (The National Federation of Dairy Co-op Association) was formed and started developing CMR (Calf Milk Replacer) named “Calftop” for dairy farmers which required a more scientific approach.
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Zen-Raku-Ren Calf Program 1967
1967, Zen-Raku-Ren started to produce our first CMR named “Calftop”.
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Zen-Raku-Ren Calf Program 1967
Nutrition profile and feeding program of CMR, Calf Starter and heifer growers based on Zen-Raku-Ren research farm trial results.
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Zen-Raku-Ren Calf Program 1967
Variety of Calf feeding program for different labor and purpose of animals.
/head/day
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Developed and introduced by Dr. Mike Van Amburgh
“There is no specific definition for Intensified Calf program. We didn’t
feed enough to provide adequate nutrition for calves. Thus, we have been
loosing them. We just need feed them:
Zen-Raku-Ren Dairy Seminar 2005 Dr. Mike Van Amburgh
Intensified Calf Feeding Program
1. Feed enough energy especially in cold environments
2. Double the birth weight by 56 days of age.
3. Support gain and its composition for future purpose.
Zen-Raku-Ren did calf trials since 2003 with guidance
from Dr. Mike Van Amburgh, then started to produce
CMR as of January 2005 after Dr. Van Amburgh’s Japan
seminar.
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This approach is independent of “Accelerated Growth” or “Intensified Feeding”
more appropriately called
“biologically normal”
By James Drackley
Intensified Calf Feeding Program
Since intensified calf feeding program was introduced, this
concept has been supported by many researchers and farms.
Zen-Raku-Ren Dairy Seminar 2010 Dr. James Drackley
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Comparison of Calf feeding system by BOTTLE
weekCalftop EX
CP24-Fat21Calf Starter kg/d Hay
0 Colostrum* offer
None or
small
amount
1 6000.1
2 800
3 1,200 0.2
4 1,200 0.3
5 1,200 0.4
6 800 0.7
7 600 1.3
8 2.0 0.2
9 2.4 0.4
10
2.5
0.6
11 0.8
90day 1.0
total 44.8 kg 102.5 kg 20 kg
weekCalftop
CP24-Fat21
Calf Starter
kg/dHay
0 Colostrum* offer
1 400g 0.1 None or
small
amount2 500g 0.2
3 500g 0.4 0.1
4 500g 0.7 0.2
5 500g 1.0 0.2
6 1.5 0.3
7 1.7 0.4
8 2.0 0.6
9 2.2 0.8
10 2.4 0.9
112.5
1.0
90day 1.2
total 16.8 kg 117.9 kg 40.1 kg
Past standard program Intensified program
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45kg calf nutrition requirement with different
growth rate
Daily Gain
kg/d
ME
Mcal/d
DM intake
kg/d
ADP
g/d
CP
g/d
CP%DM
0.20 2.35 0.51 87 94 18.0
0.40 2.89 0.64 140 150 23.4
0.60 3.48 0.76 193 207 26.6
0.80 4.13 0.90 235 253 27.5
1.00 4.80 1.10 286 307 28.7
Van Amburgh and Drackley, 2005
X2
X3
As Growth rate increases more protein required than Energy.
Also, we needed to match environment temperature and energy supply.
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Zen-Raku-Ren CMR nutritional profileLactose % from CMR formulation
Zenrakuren CMR CP% Crude Fat% Lactose%
Calftop-EX for Holstein Intensified program 28.0 15.0 37.3
Calftop-EX Black for Wagyu Intensified program 28.0 18.0 34.2
Calftop for Conventional Holstein program 24.0 21.0 36.9
Calftop ET for Conventional Wagyu program 26.0 25.5 31.5
Calftop F1 for Conventional Wagyu program 25.0 23.0 34.4
Calftop ZERO for Unsalable milk balancer 33.0 0 43.8
All milk powder (example) 25.0 30 39
We recommend higher fat for winter lower fat in summer.
If the farm was feeding Calftop-EX for Holstein Intensified program, when temperature was extremely cold,
we recommend more CMR and higher Fat CMR. Some use AMTS Calf model for confirm nutrition.
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Northern America CMR vs Whole Milk
Why we lower the Lactose = prevent scour
Most North American CMR are high in lactose and osmolarity, low in fat compared with whole milk
300 mOsmwhole milk /body fluid
0%
20%
40%
60%
80%
100%
Milk MR
other ash
protein fat
lactose
18%
45%37%
31%
Calftop EX
□ 37%
15%
28%
7%
Calftop-EX
282-457 mOsmDilution rate X5~8
Zen-Raku-Ren Dairy Seminar 2019 Dr. Mike Steele
400-600 mOsmMR
Unknown dilution rate
C
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Progress of Calf Feeding
Since Intensified Calf program was introduced, we saw huge impact on growth and health.
Furthermore, many farms confirmed better production performance for entire life of cows.
Robotic?
Since late 90’s Japan have been importing Robotic CMR Feeders.
This made more progress with Intensified calf feeding system.
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ROBOTIC CALF FEEDING SYSTEM
Japan has been importing Robotic calf feeder since 1990’s.
Totally 4,000 of machines imported and currently working approx.1,500.
This system improved labor costs and promoted good calf growth.
To match this system, we must adapt:
➢ Feeding program
➢ Housing system for group
➢ CMR quality Mr. Forster President of Forster Technik, 2004
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Challenges
Feeding program • Must change One gallon per day policy
• Intensive feeding with wrong Calf Milk Replacer
• Wrong fat - Triglycerides, some vegetable fats.
• Wrong sugars – maltodextrin
• Wrong protein - some vegetable protein, poor quality milk protein
• MACHINE SET UP - POSITION OF THE NIPPLE.
• # of ANIMALS (density) / NIPPLE per feeding station
• WAGYU calves up to 10 ???
Automatic Milk Feeder System
Modified from Zen-Raku-Ren Dairy Seminar 2015 Dr. Bob James
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What We learned ?
In the beginning, robotic calf
feeders were developed with veal
calves which means feeding huge
amount of milk for calves.
Thus, if we keep feeding one gallon
a day, calves suck each other =
infection, digestive problem.
The intensified program worked
very well in Japan.
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Setting failure
The height difference should be 15cm.
This case, nipple was set too high position.
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If you see this
Good: no stick tank wall
Wet system production
Bad: sticky powder
Need modify dry production method
Sticky Calf Milk Replacer SticksHere.Inconsistent dilution .
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Calftop never soaks fatFat exposure test: 40 C degree 1 hour
Calftop-EX
Calftop
Other B
Other A
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Calftop never soaks fatFat exposure test: 40 C degree 1 hour
Calftop-EX
Calftop
Other B
Other A Fat
exposure
Fat
exposure
= sticky
= greasy
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Zen-Raku-Ren
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Calftop never soaks fatFat exposure test: 100 C degree 1 hour
Calftop-EX
Calftop
Other B
Other A
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Calftop never soaks fatFat exposure test: 100 C degree 1 hour
Calftop-EX
Calftop
Other B
Other A Fat
exposure
= sticky
Fat
exposure
= sticky
= greasy
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Zen-Raku-Ren
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Method for CMR dry oil production
“Wet” Method vs “Dry” Method
■
■
Fat+SMP+
Emulsifier+water
Mix well
Homogenize then spray dry
Fat is covered by SMP
Fat particle 2 micron
Dry and granulate by filter matless dryer
Fat particle is covered by SMP (slippery)
Fat + Emulsifier mix then spray to powder
Powder
Spray Fat to
powder
Fat particle is not covered by SMP (greasy)
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Fat particle after mixing shows
much better emulsification
Dry Method Milk Calftop
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Intensified Calf feeding:Twice a day vs aggressive robotic feeding
Twice a day
Most aggressive robotic feeding
Calf
top
EX
g/d
ay
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Dr. Bob James:Comments for Japanese dairies
Improve Dry Cow nutrition and cow comfort. Good calf management starts healthy dry cows!
Management of calving areas need to improve
⇒Could cause scours
⇒Separate and clean newborn calves ASAP
⇒watch for hypothermia
⇒Feed clean colostrum ASAP
Better colostrum bottle management for colostrum feeding
⇒Clean inside bottles and buckets!
⇒Colostrum storage temperature
More careful to Calf starter
⇒what’s in it?
Need to learn waste milk handling
Don’t rely
on too
much
additives!
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Zen-Raku Ren Calf seminar speakers
Dr. Jim Quigley
2000
Dr. Mike Van Amburgh
2005, 2007, 2013
Dr. Jim Drackley
2010, 2017
Dr. Bob James
2015
Dr. Mike Steele
2019
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Zen-Raku-Ren
BSE (bovine spongiform encephalopathy)affects CMR
Since Japan found BSE case, feed industry left tallow and moved to vegetable fat for CMR.
There were so many production and digestive problems.
Zen-Raku-Ren looked human milk which is very digestible.
Fat melting points temperature (current 17 C degree), Fatty acid profile and Triglyceride fatty acid structure (no SSS or PPP).
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Can we make butter from human milk?
Material Non homogenized milk Human Milk (DIM220d)
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Method:
Cow milk 190g , cow 190g+cream30g
Human milk 190g , human 190g+cream30g
Can we make butter from human milk?
Shake 20 minutes
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Result
↑ cow ↑ ↑ human ↑
+cream +cream
17g 31g 0g 13g
Can we make butter from human milk?
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Result:
→Couldn't make butter from human milk
→Even though we add cream, we couldn't make butter
from human milk
= Based on Triglyceride fatty acid arrangement
= No SSS or PPP
Can we make butter from human milk?
cow human
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Digestibility research:Improving fat in MR for high growth
• Fat in current formula works well, but could it be even better?
• Holstein bull calves( n=20 per trt), beginning at d 4 of life
• Calves were fitted with a plastic-lined “diaper” for fecal collection
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Zen-Raku-Ren
Real Wagyu Characteristic
Real Japanese Wagyu has superior beef meat character.
Very tender meat and sweet fat.
To make these secularities, breeders spend more than 100 years of
genetic improvement including heavy inbreeding (not 5~10
generations).
Instead of superior beef character, Japanese Wagyu have difficulties
below;
1. Very small birth weight (average 30kg but range 15~45kg).
2. Terribly low or no Milk.
3. Very slow solid feed intake (can't wean less than 90 days).
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Wagyu Intensified feeding program
Birth weight 30 kg ⇒ 128 kg at 120 day (twice a day feeding)
More better growth rate under robotic feeding system (up to 160~170 kg at 90 day)
Calftop EX Black
WeanWean
Calftop
Days of age
CM
R g
/d
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Both 190 days old data weaned 63 days of age
Left: Intensified Right: Conventional
Birth Weight 30.8 kg 26.5 kg
Body Weight at 190 day 198.5 kg 166.5 kg
Trials with Universities and Institutes
IntensifiedConventional
Isozaki, et al
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Zen-Raku-Renweek Feed Kg/day as fed
CMR EX-Black Calf Starter Timothy hay
0 0.6 0.02 0.01
1 0.6 0.02 0.01
2 0.8 0.03 0.01
3
1.0
0.15 0.03
4 0.20 0.04
5 0.30 0.09
6 0.40 0.12
7 0.50 0.17
8 0.60 0.23
9 0.70 0.31
10 0.81 0.49
11 0.8 1.50 0.65
12 0.6 2.00 0.89
Wagyu Trial MAX1.0Kg
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Zen-Raku-Renweek Feed Kg/day as fed
CMR EX-Black Calf Starter Timothy hay
0 0.6 0.02 0.01
1 0.6 0.02 0.01
2 0.8 0.03 0.01
3
1.2
0.05 0.03
4 0.04 0.04
5 0.10 0.09
6 0.10 0.12
7 0.14 0.17
8 0.24 0.23
9 0.39 0.31
10 0.81 0.49
11 0.8 1.50 0.65
12 0.6 2.00 0.89
Wagyu Trial MAX1.2Kg
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スターター摂取量
0.0
20.0
40.0
60.0
80.0
100.0
120.0
140.0
160.0
開始-離乳 離乳-120日齢 通算
kg
EXブラック1.0kg/日
EXブラック1.2kg/日
Calf Starter Intake
EX Black Max 1.0kg/d
EX Black Max 1.2kg/d
Inta
ke
kg
/d
0~wean wean to 120d 0~120day
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Zen-Raku-Ren 乾草摂取量
0.0
10.0
20.0
30.0
40.0
50.0
60.0
70.0
80.0
90.0
開始-離乳 離乳-120日齢 通算
kg
EXブラック1.0kg/日
EXブラック1.2kg/日
Hay Intake
EX Black Max 1.0kg/d
EX Black Max 1.2kg/d
Inta
ke
kg
/d
0~wean wean to 120d 0~120day
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乾物摂取量
0.0
50.0
100.0
150.0
200.0
250.0
300.0
開始-離乳 離乳-120日齢 通算
kg
EXブラック1.0kg/日
EXブラック1.2kg/日
Total Dry Matter Intake
EX Black Max 1.0kg/d
EX Black Max 1.2kg/dIn
take
kg
/d
0~wean wean to 120d 0~120day
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代用乳摂取状況
0.0
0.5
1.0
1.5
2.0
2.5
56 66 76 86 96 106 116 126 136 146生後日齢
摂取
量(現
物kg/日
)
刷込区
慣行区
Fukuoka Agricultural Research Center
人工乳摂取状況
0.0
0.5
1.0
1.5
2.0
2.5
3.0
3.5
4.0
56 66 76 86 96 106 116 126 136 146
生後日齢
摂取
量(現
物kg/日
)
刷込区
慣行区
Wagyu x Holstein ♂ Calf Intensified trial
EX Black Max 2.0kg/d
CMR Intake Calf Starter Intake
Inta
ke
kg
/d
Inta
ke
kg
/d
Calftop 500g/d
---intensified
---Conventional
Days of age* Days of age*
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*This trial was started from 50days of age due to transfer stressed disease.
Fukuoka Agricultural Research Center
図2 各試験区における血中IGF-1濃度および体重の推移
血中IG F-1濃度推移
0
100
200
300
400
500
50 70 90 110 130 150生後日齢
血中
IGF-1濃
度(ng/ml)
刷込区
慣行区
体重推移
50
100
150
200
50 70 90 110 130 150生後日齢
体重
(kg)
刷込区
慣行区
Wagyu x Holstein♂ Calf Intensified trial
---intensified
---Conventional
BW
kg
IGF
-1 n
g/m
l
Days of age*Days of age*
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Fukuoka Agricultural Research Center
離乳時
と畜時
Wagyu x Holstein ♂ Calf Intensified trial
After wean:
Control:
limited grain free
choice of hay
Intensified:
Free choice of
hay and grain
until 10 month
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Fukuoka Agricultural Research Center
Dissection
Result
Wagyu x Holstein ♂ Calf Intensified trial
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90days of
age
Growth kg Data cm
BW kg DG kg HighsHip
Heights
Body
Length
Heart
girth
Stomach
girth
Control 117 0.87 94.2 95.4 100.2 111.0 132.0
Intensified 143 1.11 100.8 105.6 110.6 111.5 137.5
300days of
age
Growth kg Data cm
BW kg DG kg HighsHip
Heights
Body
Length
Heart
girth
Stomach
girth
Control 275.0 0.75 117.6 128.6 128.6 150.0 190.0
Intensified 416.0 1.30 126.5 133.2 162.0 162.0 212.0
Prefectural
Average328.0 1.07 119 --- 134 157 ---
Wagyu x Holstein ♂ Calf Intensified trial
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Weight g % of empty body wt
Intensified conventional intensified conventional
Inn
er O
rga
ns
Liver 6,750 2,980 2.24 1.65
Kidney 1,060 600 0.35 1.65
Pancreas 480 200 0.16 0.11
Spleen 880 440 0.29 0.24
Heart 1.680 1,020 2.01 2.60
Rumen 6,050 4,700 0.56 0.56
Mu
scle
Musculus longissimus thoracis 9,547 5,047 3.17 2.79
Triceps brachii muscle 4,480 2,400 1.49 1.33
Major psoas muscle 2,270 1,688 0.75 0.93
Fat
Internal Fat 20,282 10,260 6.73 5.67
Subcutaneous fat 25,900 2,400 8.59 1.33
Inner muscle fat 24,000 6,500 7.96 3.59
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Intensive nursing Concentrate feeding Roughage Grazing
Normal nursing Roughage Grazing
Intensified
(n = 12)
Conventional +
only forage
(n = 11)
T1 T2 T3 T43 months 10 months 14 months 20 months
Nutritional treatment Realimentation
CMR max 1.8kg/d
CMR max 600g/d
Wagyu Trial
T530 months
Harvested 30 month of age
**KYUSHU UNIVERSITY
Kuju Agricultural Research Center
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5,000 Wagyu Farm. Introduced Intensified calf program with Robotic system since 2009.
Dramatically improved calf health and mortality.
Before introduce this system, 30 months required to get 800kg live weight, 500kg carcass weight.
After introduced, same weight same beef grading at 26 month of age.
4 month shorter but same results. Saving 1.2 t of grain.
Commercial Wagyu Farm