uep
uep
L
ouqwa
I
9
V
uep
eped uep
eped
uep
uep eped
uep
uap
usp
ad
uep
telur
dan
ultra
guna
dan
yang
dihadapi telur
dalam upayanya tumbuh dan
unsur dan
menggunakan transmisi,
dike dan
Royal Veterinary and Agricultural University
RVAU,
Denmark.
Para
a kan
I
telur dan yang dijelaskan
secara
di
dan sebagaimana
secara
dijelaskan pada
Lampiran.
Kesepakatan dengan pihak
RVAU Denmark baik
dari
set telur anak
dan sapi dewasa dapat
dike
pada 2002.
dari ultra diharapkan dapat
I
menjelaskan kondisi sel telur anak sapi
secara ultra
pada
dan
guna
rendahnya angka dari
telur
yang berasal
dari
anak sapi.
KESIMPULAN OAN SARAN
yang dapat
dapat disimpulkan bahwa
:
dengan sumber dewasa dapat
pada
kondisi
yang
rneskipun
masih dibandingkan dengan yang dicapai di negara
upaya
kultur angka
yang transfer dapat dicapai.
dapat dibekukan dengan
kemampuan
yang Saran
penggunaan
yang
murah
dan yang
dicapai
pada yang
Guna
kondisi dan
pada
dan
ultra.
DAFTAR
D.T.,
Holm
P., B.,
B.A.,
Stubbing,
Stevens,
and
Seamark, R.F., 1992. Pregnancies
and live
birth
from in fertilization of
calf oocytes collected by aspiration.
38: 667-678.
Armstrong,
D.T.,
B., Earl,
C.R.,
D. and Seamark, R.F.,
Gonadotropin stimulation
regimen
for aspiration and in
vitro
production from calf
oocytes. Theriogenology, 42: 1227-1 236. T.,
P. J., and
Advances in production
of embryos in vitro from juvenile and prepubertal oocytes
from the and
Reproduction, Fertility
and
Development. 9
333 339.
Assey
,
R.J. Greve,
T.,
morphology in
dominant
and
subordinate follicles. Molecular and
Development 37, 335-344.
J.K., Greve, A
approach for in
vitro
production
of
bovine embryos; use
of the
oxoid
atmosphere generating
system.
Theriogenology 54:
268.
and
Baker,
R.D. 1975.
development
,
oocyte maturation and
ovulation in gonadotropin treated calves.
Canadian Journal of Animal Science
1
93-1
99.
K.J. Embryo transfer
in
farm
animals : A review of techniques
and Monograph
No Agriculture
Canada.
pp
34-41
.
B., L..
Donawick, W.
J.,
Evans, F., and
A. Normal
devetopment following in
vitro
fertilization in the
cow.
27
- 158.
G.M. and G.
996. Ultrasound-guided transvaginal oocyte
in prepubertal calves.
45, 1 163-1 1 76 T.,
Greve, T., Practical
aspects of multiple ovulation transef in cattle. Animal Reproduction Science 42: 21
226.
B.
T.
M. 1980.
In
vitro maturation
of
prepubertal oocytes and preliminary report
on
and
cleavage. Theriogenology 93
Earl, C.
R., Juvenile
in
vitro
transfer
3
WET:
the
in production
of viable
embryos
obtain from gonadotropin-s
calves
and
Lambs.
Breeders.
Earl, J.
M., Rowe,
Amstrong,
D.
T.
1995. Ovarian stimulation protocols for
collection and
in
vitro embryo production from
8 to 9 week old lambs.
.
43:
and 1996.
Practical in
cattle. Animal Reproduction Science.
42; 371 -379.
Garcia,
M.
An
survey of
reproductive organ
abnormalities
from female zebu cattle. ACTA Vet.
Scandinavian 83.
3 4 4 5 .
C. Staples.,
Savio.,
and
W. W.
1991.
Effect of
dietary protein on follicle
growth and
embryo development of
ted
Holstein
cows. J. Dairy
74 1
:
95. Lane,
and
P.A.
1994. uptake
and
activity of the
goat embryo developed in
Theriogenology 41 Gordon, 1994.
Laboratory
production of cattle embryos.
CAB International.
640 p.
T. and 1992.
Ultrasonography
in embryo transfer
practice.
A
Review.
Proceeding
Meeting,
European
Embryo Transfer Association,
Lyon
France.
T.
and
Ultrasonography
in
embryo transfer A
Review. Proceeding
Scientific Meeting, European Embryo Transfer Association, Lyon
France.
137-1 1997.
dan tuba
dan
pada sapi
in Program Pascasaqana
140 p.
Kajihara,
E.
G., Myers,
N.,
K.,
and
A. In vitro
and of
obtained
from calves.
35:
Kotaras. P. J.,
Earl, C.
R., Kelly, J.
M.,
Rowe, P., de
M., and
Pregnancies from in vitro
matured
and prepubertal
oocytes. Symp. on
and
Maturation. p.
30.
M. E.
S. and N.
First.
Fertilization potential of
classified by of
and size
of
follicle. Theriogenology.
23
:
753-759.
Lewis, Owens,
and
Prime, 1995. The
commercial
production of offspring
from
two to
five dd
heifers
and
effects
on
fertility.
Aust.
27: M. M.
Potential benefits of
bovine
embryo-manipulation technologies to genetic improvement
programmes.
43:
51-60.
Looney,
C.
R.,
P.,
Lindsey,
R.,
Long,
R.,
C.
Johnson,
D.
and Duby
R, T. Use of
prepubertal heifers as donors
for
effect of age and treatment.
43
269
de,
F.A.M.,
,
van P and
T.A.M. 1989.
immature bovine
Garnet Research
24:
797-
204.
C.
Wils., A
and Dessy.
Effect
of medium
and of cumulus
on bovine
embryo
development
in
Theriogenology. 37
:
J. C.
J.
G.
and Craemer.
Influence of parity of donor and presence of a
on
quality of
bovine oocytes
from
ovarian
follicles aspirated
post-mortem.
Biol.
46
65
F.
W.,
and
Smith, 1983, Increased
retes of
genetic
change
in
dairy
cattle by embryo transfer and splitting.
Prod.
36: Nicholas,
W.
Genetic through reproductive technology.
Animal Reproduction Science.
42:
H.,
and Foote,
R.
1969. In
vitro development of ova from pubertal
cattle. 52:
A., and
H. In
vitro
production
of cattle
embryos from calf oocytes.
39:
G. A.
Effects
of FSH
and
for
maturation
of
on
the
in
development to
267. M.C.
Clinical
use
of
ultrasound
in
bovine reproduction. Thesis.
Rijksuniversiteit The
Netherlands. 171 pp.