kbt zat mkn sapi ptng (kearl 82)
TRANSCRIPT
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8/18/2019 Kbt Zat Mkn Sapi Ptng (Kearl 82)
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82
e
1 t r .
D a i l y
N u t r i e n t
R e q u i r e m e n t s
f
C a t t l e
BodY
\.tr.
(ks )
G a i
n
( o r
l o s s )
( t
s )
(ks )
% o f
L i v e
\.lr:
D r y
Hatter
I
ntake
D i e t
Den-
s i t Y
(
Hca l
/us)
EnergY
I{E
TDNA FU
( H c a l
( t
s )
( t g )
D i -
.
gest-
T o t a l D i b l e
(s )
(g)
Prote
i
n
V i t r
m i n
A
P
(
1000
(s)
tu)
a
( g )
STEERS
llaintenance
and
Growth
' 100
.0
.25
.50
' 75
1 00
150
.0
.25
.50
'75
1 .00
200
.0
.25
.50
-75
1 00
1 .10
250
.0
.25
.50
.75
'l
.00
1 .10
300
.o
.25
.50
-75
1 00
1 .10
350
.0
.25
.50
'75
1
0 0
1 1 0
1
2 0 c
2 .2
2 .2
2 .6
2 .6
3 .0
3 .o
3 .2
3 .2
3 .3 3 .3
3
0
2 .0
3
8
2 .5
\ .2
2 .8
4 .
4
2 .9
\ .5
3 .0
3 .7
1 .9
\ .5
2 .3
, .2
2 -6
5 .1 {
2 .7
5 .6
2 .8
5 .6 2 .8
q .4
1
8
5 .3
2 .1
6 .2
2 .5
6 .4
2 .6
6 .6
2 .6
6 .6
2 .6
5 .0
1 7
6 .0
2 -o
7 .0
2 .3
7 . \
2 .5
7 .5
2 .5
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2 .5
5 .7
1 5
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1 .9
7 .9
2 -3
8 .
3
2 . \
8 .5
2 . \
8 .5
2 . \
8 .5
2 . \
3 .76
1 .o
\ .76
I .3
5 .82
1
6
6 .88
1 .9
7 .9 \
2 -2
5 .10
1 .q
6 .56
1 .8
-
8 .02
2 .2
9 .55
2 .6
10 .93
3.0
6 .30
1 .8
8 .10
2.2
9 .90
2 .8
l
1 70 3 .2
1
3 .51
3 .7
1 I+ .23 3.9
7.1r0
2 'o
9 .52
2 .6
11 .5 , {
3 .2
8 .78
3 .8
15 .84
t t . 3
1
5 .68
4.6
8 .50
2 . \
10 .90
3.0
1
3 .40
3.7
15 .80
l f .3
18 .23 5 .0
19 .20
5 .3
g .50 2 .6
12.22 3 .3
1
4 .94
4.
1
17 66
4 .8
20 .38 5 .6
21. \7
5 .9
22.56
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2 .1
379
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2.
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1 .8
231
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589
3.9
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2.2
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2 .9
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3 .5
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4 .8
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5 .0
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2.6
337
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534
4 .1
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5.6
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5 .9
782
3.0
385
3 .9
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5.6
753
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357
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28
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12
378
16
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20
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30
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31
585
32
99
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70
1 80
1 90
2 .15
2 .
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1 70
1 90
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2 . \5
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1 80
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2 .40
2 .55
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1
90
2 .15
2.
t{0
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1
80
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2 .15
2.
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5
6
6
6
7
6
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9
9
9
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9
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1 0
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1 1
1 2
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84
Tab le
'14 .
Da i l y
Nu t r i en t
Requ i rements
f
Ca t t l s
(Con t ' )
D r y
lilatter
l n t a k e
D i e t
% o f s i t Y
L ive
( t ' l ca l
(
rcs
\{t.
/us)
EnergY
HE
TDNA
FU
(Mca t )
( t
.50
'75
1 .00
250
.o
.25
.50
'75
1
00
I
. 10
300
.0
.25
.50
.75
1
00
1 .10
3 .3
2 -2
q .
o
2 .7
\ .2
2 .8
4 .
{
2 .9
\ .5
3 .0
, { .0 2 .o
\ .9
2 . \
5 .6
2 .
B
5 .5
2-7
5 .6
2 .8
l { .8
1 9
5 .8
2 .3
5 .2
2 .5
6 .5
2 .6
6 .6
2 .6
6 .6
2 .6
5 .5
1 .8
6 .7
2 .2
7 .1
2 . \
7 . \
2 -5
7 .6
2 .5
7 .3
2 - \
5 .25
I
.6
6 .76
1 9
8 .26
2.3
9 .76
2 .7
11 76
3 .
6 . t+9 1 B
8 .34
2.3
l 0 .
20
2 .8
12 .05
3 .3
13 .92
3.8
7 .62
2.1
9 .8
2 .7
1 I .99
3 -3
1
4 .
19
3.9
16 .32
\ . 5
1
7 .
18
' { .8
8 .76 2 . t+
11
23
3 .
1
1
3
80 3 .8
16 .27
\ .5
I8 .78
5
2
22 .11
6 .
9 .78
2 .7
12 .59
3 .5
15 .39
\ . 3
18 .19
5 .0
20.99
5 .8
22 .11 6 .1
23.2\
5.
r{
10 .92
3 .0
1q .oq
3 .9
^
17 .16
\ . 7
20.28
5.6
?3 . \2
6 .5
2 \ .67
6
8
25 .27
7.0
1 .9
23\
2 . \
41q
2 .9
513
3 .5
552
4 .0
623
2.3 299
3 .0
\92
3 .6
577
q .3
639
\ .9
707
2 .7
26 \
3 .8
486
\ .3
56\
5 .0
64q
5 .8
72 \
6 .
r
757
3 . 1 303
4.0
526
4.9
6o l t
5 .8
717
6 .7
76\
7 .8
791
3
7 3 l {o
\ .5
557
5.5
637
6 .5 717
7
\
797
7 .8
829
8.
z
850
3 .9
377
5 .0
579
6.
r
657
7
2 739
8 .3
81
8 .7
850
9 .0
883
127556
258
13
11
B
315
1
12
9
168
19
15
9
r42B
25
18
9
157668
302
10
10 12
358
1 l {
13
13
q15
19
16
13
t+72
23
18
13
185
340
451
507
530
779
1 2
1 2
1 4
1 3
1 3
1 q
1 8
1 5
1 4
2 3
1 8
1 l {
2 5
2 0
l q
212 g 9 10
168
13
13
16
t+23
14
lq
16
5o2
17
15
16
535
21
18
16
558
2t+
20
16
1
5 0
I . 7 0
1 . 9 5
2 . 2 0
z .
> v
1 6 0
1 . 7 0
1 . 9 5
2 . 2 0
2 . 5 0
1
6 0
1 7 0
1 - 9 5
2 . 2 0
2 . \ 5
2 . 6 0
1
6 0
1 7 0
1 9 5
2 . 2 0
2 . \ 5
3 . 0 5
1
6 0
1 7 0
1 . 9 5
2 . 2 0
2 . \ 5
2 . 6 0
2 . 7 5
/ 5 0
390
445
502
558
580
6oz
z6 q
l {05
450
r a 1
> t l
573
595
518
350
.o
6 . t
1 -7
.25
7
\
2 . ' l
.
50
8 .0
2 .3
.75
8 .3
2 - \
1 .OO
8.5
2 . \
1 .10 8 .5 2 . \
1 .20
8 .q
2 - \
10
10
12
15
15
18
15
15
18
15
15
18
18
18
18
20
19
18
21 20 18
11
11
13
15
15
19
15
15
19
15
16
19
18
18
19
19
19
19
20
19
19
t{00
. 0
- ? q
. 50
.75
1 . 0 0
1 . 1 0
1
2 0
6 .8
1 .7
1 -50
8 .3
2 .1
1 .70
8 .8
2 .2
1 .95
9 .2
2 .3
2 .2O
9 .4
2 . \
2 .5o
9 .4
2 . t+
2 .60
9 .2
2 .3
2 .75
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X \
T a b l e
1 4 .
D a i
y
N u t r i e n t
R e q u i r e m e n t s
o f
C a t t l e
( C o n t . )
D r y
Hat ter
I n take
P r o t e
i
n
G a i n
E o d y
( o r
W t . l o s s )
( ts )
( r .s )
( ts)
Z o f
L v e
t/t .
D i e t
Den-
s
t y
( H c a l
/Irs)
E n e r g y
M E
T D N A
F U
(Hca l )
( t s )
( r s )
D i _
. gest-
T o t a l D
i o l e
c a
(s )
(s)
(s)
V i t a -
m i n
P
( 1 0 0 0
(s)
tu )
l { a in tenance
and
Groy th
(con t . )
450
.0
7 .4
1 .6
.25
9 .0
2 .0
.50
9 .6
2 .1
.75
10 .0
2 .2
1 .00
10 .2
2 .3
' t .10
10 .2
2 .3
Last
3
l , lonths
of
Gestat ion
I
. 6 0
1 . 7 0
1 0 c
2 . 2 0
2 . 5 0
2 . 6 0
I
. 90
I
. 90
1 .95
1 .95
1 .95
1r .85
3 .3
15 .23
I+ .2
18 .62
5 .1
22 .01
5 .
r
25 .
1
7
o
26 .77
7 . \
12 .5
3 . \
1 \ .2
3 .9
15 .1
4 .4
17 .8
4 .g
19 .4
5 .3
12 .4d
3 . \
13 .9
3 .8
15 .4
t+
2
1
.8
4 .6
18 .2
5 .0
19 .5
5 .3
20 .8
5 .7
14 .
Oe
3.9
15 .2
\ . 2
r
6 .4
4 .5
17 .5
I { .8
18 .6
5 .1
19 .7
5 . \
20 .7
5 .7
21 .7
5 .9
409
286d
444
3t
I{80
T6
514
360
5\6
382
579
405
629 440
. t . l
5. \
6 .6
7 A
9.0
41
288
12
590
\13
16
671 \70
17
75o
525
1
B
B3r
582
t9
l s l
5oo zo
579
405
I
B
614
430
18
650
\55
19
671
t7o
I9
679
t r lS
19
t z
l q
] 5
19
17
20
tB
20
19
20
20
20
1B
22
18
23
19
25
t Y
t l
i 9
2 9
1 l
1 7
t 2
1 9
1 4
2 1
1 5
2 3
1 5
2 \
f o
t o
I
I
t l
22
15
23
17
2 \
19
25
21
26 23
27 21+
28
26
28
27
250
300
350
400
450
.6
6 .s
2 .6
.6
7 . \
2 .5
.6
8 .1
2 . \
.6
9 .2
2 .3
.6
' l
0 .
0
2 .2
4 .4
5 .0
5 .7
l .e
ilATURE
COIJS
Last
I
l. lonths
of
Gestation
300
350
400
450
500
55a
5oo
. 4
.4
. \
. 4
. 1 1
. 4
. 4
6.9
7 .7
B.S
9.3
r0 .1
1 0 . 8
l l . 5
2 . 3
2 . 2
2 . 1
2 . 1
2 . 0
2 . 0
1 . 9
I
. 8 0
I
. 8 0
1
8 0
I
. 8 0
I
. 8 0
1
8 0
I
. 8 0
4.4
4 .9
5 .5
6 .0
6 .5
6 .9
7 . \
'u
' t2
14
15
15
16
17
LACTATII{G
COVS
Fi rs t
12
l feeks
of
Lac ta t ion
250
300
350
400
450
500
550
500
6. \
7 .3
8 .1
8 .9
9 .6
10.3
1 1 . 0
1 1
7
2 . 5
2 . 4
2 . 3
2 . 2
2 . 1
2 . 1
2 . O
2 . O
2 .15
2 . r0
2 .05
2 .00
1 .95
I
. 90
l .85
1
85
5.0
5 .4
5 .8
6 .2
6 .6
7 .0
7.3
7.7
550 \55 f
22
686 480
23
721
505
2\
557
530
25
793
555
26
8z r
5 lS
27
857
600
28
885
620 28
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85
T a b l e
1 4 .
D a i l Y
N u t r i e n t
R e q u i r e m e n t s
o f
C a t t l e
( C o n t . )
Body
\.1t .
( t
s )
G a i
n
( o r
l o s s )
(ks )
( ts )
D r y
Mat ter
I ntake
D i e t
Den-
Z o f s i t Y
L i v e
( M c a l
wt.
/ug)
Energy
H E
T D N A
F U
( H c a t )
( t g )
( t c g )
P r o t e i n
D i -
. ges t -
T o t a l D
i b l e
(s )
(s)
V i t a -
m i n
A
Ca
P
( l o o o
(s)
(s) lu)
UORKING
ATTLES
lloderate
300
350
400
l{
50
500
550
6oo
Heavy
Vork
300
350
400
\5o
500
550
6oo
Uork
(4
h/d)
6 .7
2 .2
7
5
2.1
B .
4
2 .1
9 .
2 .O
9 .9 2 .0
10 .5
1 .9
1 l . l {
1 . 9
( 8
h / d )
6 .7
2 .2
t {60
227
10
,15
25 \
12
573
283
13
623 to l
'14
678 332
15
725
357
16
759
310
17
q83
2 \1
I
o
553
277
12
6oo
287
1
3
678 335
1
4
729
362
15
8or
390
16
848
4 t8
17
10
'10
12
12
13
13
14
14
15
15
15 16
17
17
10
10
12
17
13
13
14
14
15
15
16
16
17
17
1
75
1 .75
1
75
1 .75
1 75
1 .75
1
75
2 .
1 0
2 .
1 0
2 . 1 0
2 .
1 0
2 . 1 0
2 . r 0
2 .
0
11 .1
12 .9
14 .1 {
1
5 .8
17 3
18 .7
20 .
1
1 4 . 1
1 5 . 3
I
8 . 2
20.2
2 2 . 1
2 4 . 0
25.8
t .
I
4 . 0
I { .
d
l { . 8
? o
E.5
5.1
5 .6
b .
I
6 .6
l . l
7 .9
2 -3
g .
1
2 .3
9 .8
2 .2
10 .5
2 .1
11 .5
2 .1
12 .3
2 .1
3 .9
\ .5
5 .0
6 .1
6 .6
7 .1
5 .0
5 .8
6 . '
7 . 2
7 .8
o . )
9 .1
aTDN
val ues
1 F U
=
2 . 8 2
w e r e
c a l c u l a t e d
u s i n g
a f a c t o r
o f
J ' 6 2
M c a l
HE
=
1
kg
T D N '
M c a l
H E .
b T o t a l
p r o t e i n
h a s
b e e n
c a l c u l a t e d
f r o m
d i g e s t i b l e
p r o t e i n .
c H e i f e r s ,
w i t h i n
w e i g h t
c l a s s e s t
m a y
n o t
c o n s u m e
s u f f i c i e n t
h i g h e r
a v e r a g e
d a i l y
g a i n s s h o w n
i n t h e
t a b l e '
e n e r g y
t o
m a i n t a i n
t h e
d l t
i s
a s s u m e d
h a t
g r o w t h
i n
t h e
p r o d u c t s
o f
c o n c e p t i o n
a v e r a q e
{ O O
g / d d u r i n g
t h i s
p e r i o d .
e E s t i m a t e d
u s i n g
a
v a l u e
o f
1 3 2
k c a l / V p n O . 7 - 5
f o r
t h e - m a i n t e n a n c e
r e q u i r e m e n t ' T h i s
i s
abou t
12%
more
than
the
ma in te i Jn . .
? lqu i remen t ' o f
ma tu re
non- lac ta t i ng
cows '
P l u s
t h e r e q u i r e i e n t s
f o r
a
a a i t v
m i = i k
y i e l d
o r t 5
\ s
o f
4 %
F C H '
f T n "
O p
r e q u i r e m e n t s
o r
m a t u r e
c o w s
w a s
c a i c r J l a t e d ' a s
2 ' 8 6 9
D P / \ ' t k g O '7 5
p l u s
a n
a s s u m e d
v e r a q e
o f
g 0
g / d
p r o t e i n
d e p o s i t e d
i n
t h e
p r o d u c t s
o f
c o n c e p t i o n '
9A
safe ty
fac tor
o f
10%
doing
moderate
work and
h a s b e e n a d d e d t o t h e D P m a i n t e n a n c e r e q u i r e m e n t f o r b u l l o c k s
20%
for
heavY
work .
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