Theriogenology

Growth factors and antral follicular development in domestic ruminants
pp. 3-12(10)
Authors: Monniaux D.; Monget P.; Besnard N.; Huet C.; Pisselet C.

Regulation and modulation of oocyte maturation in the bovine
pp. 13-22(10)
Authors: Bevers M.M.; Dieleman S.J.; van den Hurk R.; Izadyar F.

Oocyte growth, capacitation and final maturation in cattle
pp. 23-32(10)
Authors: Hyttel P.; Fair T.; Callesen H.; Greve T.

Sanitary risks related to embryo transfer in domestic species
pp. 33-42(10)
Authors: Guerin B.; Nibart M.; Marquant - Le Guienne B.; Humblot P.

In vitro produced and cloned embryos: effects on pregnancy, parturition and offspring
pp. 43-52(10)
Authors: Kruip T.A.M.; den Daas J.H.G.

Cell lineage, embryogenesis and mouse molecular genetics
pp. 53-62(10)
Authors: Moore R.; Kemler R.

Totipotency or multipotentiality of cultured cells: applications and progress.
pp. 63-72(10)
Authors: Campbell K.H.S.; Wilmut I.

In-vivo and in-vitro development of preantral follicles
pp. 73-82(10)
Authors: van den Hurk R.; Bevers M.M.; Beckers J.F.

Genetic basis of human sex determination: an overview
pp. 83-91(9)
Authors: Veitia R.A.; Nunes M.; McElreavey K.; Fellous M.

Relevance of intersexuality to breeding and reproductive biotechnology programs; XX sex reversal in pigs
pp. 93-102(10)
Authors: Pailhoux E.; Pelliniemi L.; Barbosa A.; Parma P.; Kuopio T.; Cotinot C.

Genetic mapping of the polled/intersex locus (PIS) in goats
pp. 103-109(7)
Authors: Vaiman D.; Pailhoux E.; Schibler L.; Oustry A.; Chaffaux S.; Cotinot C.; Fellous M.; Cribiu E.P.

The role of the major histocompatibility complex in bovine embryo transfer
pp. 111-120(10)
Authors: Aguilar B.; Vos P.L.A.M.; Beckers J.F.; Hensen E.J.; Dieleman S.J.

Interactions between the immune system and the bovine conceptus
pp. 121-130(10)
Author: Hansen P.J.

Antiluteolytic signals between the conceptus and endometrium
pp. 131-140(10)
Authors: Thatcher W.W.; Binelli M.; Burke J.; Staples C.R.; Ambrose J.D.; Coelho S.

Suprabasal progesterone levels in repeat breeder heifers during the pro- and oestrous period
pp. 141-141(1)
Authors: Bage R.; Gustafsson H.; Forsberg M.; Larsson B.; Rodriguez-Martinez H.

Effects of prolonged dominance on follicular steroidogenesis in cattle
pp. 142-142(1)
Authors: Bigelow K.L.; Evans A.C.O.; Fortune J.E.

A sandwich enzyme immunoassay for the measurement of swine plasma LH concentrations
pp. 143-143(1)
Authors: Illera J.C.; Munro C.J.; BonDurant R.; Silvan G.; Illera M.

Menhaden fish meal attenuates estradiol- and oxytocin- induced uterine secretion of PGF₂ in lactating dairy cattle
pp. 144-144(1)
Authors: Coelho S.; Ambrose J.D.; Binelli M.; Burke J.; Staples C.R.; Thatcher M.-J.; Thatcher W.W.

Effects of unilateral ovariectomy on follicular development and ovulation in cattle
pp. 145-145(1)
Authors: Mohan M.; Rajamahendran R.

Synchronization of follicular wave emergence and its use in an estrus synchronization program
pp. 146-146(1)
Authors: Martinez M.F.; Bergfelt D.R.; Adams G.P.; Kastelic J.P.; Mapletoft R.J.

Do the plasma levels of -tocopherol, total cholesterol, -carotene and progesterone indicate the quality of recipient cows?
pp. 147-147(1)
Authors: Nishimura K.; Fujitani Y.; Kasai K.; Mayanagi A.; Tanaka M.; Utsumi K.; Iritani A.

The effect of oral administration of Flunixin on luteolysis in heifers
pp. 148-148(1)
Authors: Odensvik K.; Gustafsson H.; Kindahl H.

Bovine ovarian follicle and oocyte characteristics after emergence of the first follicular wave
pp. 149-149(1)
Authors: Rhodes F.; Peterson A.; Jolly P.; McMillan W.; Donnison M.; Ledgard A.; Parton G.; Hall D.

Relationship between onset of estrus, time of GnRH administration and time of AI after prostaglandin-induced luteolysis in cattle
pp. 150-150(1)
Authors: Roy G.L.; Twagiramungu H.

Morphology and developmental competence of cumulus oocyte complexes from subordinate follicles in heifers
pp. 151-151(1)
Authors: Salamone D.; Mapletoft R.

Repeated laparoscopic follicular aspiration in lambs
pp. 152-152(1)
Authors: Anel L.; Sevillano C.; Alvarez M.; Alegre B.; Anel E.; Dominguez J.C.; Carbajo M.T.; De La Fuente J.

Gamete recovery and follicular transfer (GRAFT)
pp. 153-153(1)
Authors: Bergfelt D.R.; Wilson L.C.; Brogliatti G.M.; Adams G.P.

Follicular monitoring as a means to select donors for ovum pick up
pp. 154-154(1)
Authors: De Roover R.; Donnay I.; Kinnar T.; Massip A.; Dessy F.

Overall efficiency of an experimental ovum pick-up program in cattle
pp. 155-155(1)
Authors: Donnay I.; De Roover R.; Van Langendonckt A.; Massip A.; Dessy F.

Effects of ultrasound-guided follicular aspiration on ovarian activity and estrous cycle duration in cows with reproductive disorders
pp. 156-156(1)
Authors: Fujitani Y.; Ohtani S.; Utsumi K.

Effects of superovulation on repeated ultrasound guided oocyte collection and in vitro embryo production in pregnant heifers
pp. 157-157(1)
Authors: Guyader Joly C.; Ponchon S.; Thuard J.M.; Durand M.; Nibart M.; Marquant - Le Guienne B.; Humblot P.

Comparison of 3, 4, or 7 day interval between oocyte collections for in vitro embryo production results
pp. 158-158(1)
Authors: Hanenberg E.H.A.T.; van Wagtendonk-de Leeuw A.M.

Effect of bST co-treatment with FSH or PMSG on transvaginal ultrasound-guided oocyte retrieval in calves
pp. 159-159(1)
Authors: Hwang W.S.; Lee K.N.; Lee B.C.

Estrus cyclicity and pregnancy establishment during ultrasound-guided follicular aspiration in dairy cows
pp. 160-160(1)
Authors: Klossok G.; Hadeler K.G.; Lemme E.; Rath D.; Schindler L.; Niemann H.

Centralized in vitro embryo production after ultrasound guided bovine oocyte collection : effects of parity and superovulation treatment.
pp. 161-161(1)
Authors: Lacaze S.; Marquant - Le Guienne B.; Delalleau N.; Richet L.; Maunas S.; Nibart M.; Humblot P.

Use of exogenous FSH to increase the yield of oocytes collected from aged beef cows: case reports
pp. 162-162(1)
Authors: Riddell M.; Carson R.; Riddell K.; Galik P.K.; Stringfellow D.

Pregnancies and calves derived from pre-puberal calf oocytes
pp. 163-163(1)
Authors: Yang X.; Presicce G.A.; Du F.; Jiang S.

Endocrine profiles and ovulation rate of cows superovulated with FSH following passive immunization against steroid free-bovine follicular fluid.
pp. 164-164(1)
Authors: Alvarez R.H.; Carvalho J.B.P.; Rosa e Silva A.A.; Perone C.N.; Ribela M.T.C.P.; Oliveira Filho E.B.

Influence of the dominant follicle on the superovulatory response in nelore heifers
pp. 165-165(1)
Authors: Assumpcao M.E.O.A.; Madureira E.H.; Arruda R.P.; Celeghini E.C.C.; Gusmoes P.P.G.; Candini P.H.; Visintin J.A.

Superstimulatory response and oocyte collection in calves
pp. 166-166(1)
Authors: Brogliatti G.M.; Salamone D.F.; Mapletoft R.J.; Adams G.P.

Superovulation in dairy cows: effect of GnRH treatment
pp. 167-167(1)
Authors: Chandra R.; Sanwal P.C.; Majumdar A.C.; Ansari M.R.

Use of a GNRH agonist to prevent the endogenous LH surge and injection of exogenous LH to induce ovulation in heifers superstimulated with FSH: a new model for superovulation
pp. 168-168(1)
Authors: D'Occhio M.J.; Sudha G.; Jillella D.; Whyte T.; Trigg T.E.; Miller D.

Factors influencing the variability in superovulation results in German holstein cattle
pp. 169-169(1)
Authors: Detterer J.; Schmidt T.; Harlizius B.

Effect of GNRH agonist on follicular dynamics and response to FSH stimulation in prepubertal calves
pp. 170-170(1)
Authors: Dufour J.J.; Mermillod P.; Mariana J.-C.; Touze J.-L.; Guenette C.; Thomas A.; Dervin C.

Evaluation of the neuroleptic ''Haloperidol'' for non stressful FSH superovulation of domestic goats
pp. 171-171(1)
Authors: Fernandez-Arias A.; Folch J.; Alabart J.L.; Ramon J.; Villalta M.

Relationships between repeated ovarian stimulation and follicle growth in 5 month old calves.
pp. 172-172(1)
Authors: Fry R.C.; Squires T.J.; Harris S.G.; Findlay J.K.

Binding of native, Asialo and Agalacto pregnant mare serum gonadotropin by the asialoglycoprotein receptor in Bovine liver
pp. 173-173(1)
Authors: Hirako M.; Takahashi T.; Hashizume K.

Response of juvenile Zebu (Bos Indicus) heifers to superstimulation with FSH, oocyte recovery and in vitro development
pp. 174-174(1)
Authors: Maclellan L.J.; Whyte T.R.; Earl C.R.; Kinder J.E.; Grotjan H.E.; D'Occhio M.J.

Effects of injecting GnRH seven days before using FSH to superovulate cows
pp. 175-175(1)
Authors: Macmillan K.L.; Taufa V.K.; Hayman D.L.

Effect of pretreatment with hCG and estradiol-17 on superovulation and embryo recovery in goats
pp. 176-176(1)
Authors: Majumdar A.C.; Kharche S.D.; Tyagi S.; Taru Sharma G.

Superovulatory response to FSH treatments initiated at wave 1 emergence or 4 days after CIDR insertion in ewes
pp. 177-177(1)
Authors: Rubianes E.; Kmaid S.; de Castro T.; Carbajal C.; Benquet N.; Pinczak A.

Embryo collection from sows of the Goettingen miniature pig breed after synchronization with an oral progestin followed by gonadotropins
pp. 178-178(1)
Authors: Schlieper B.; Holtz W.

Effect of inhibin vaccination on induction of superovulation by exogenous FSH in cattle
pp. 179-179(1)
Authors: Takedomi T.; Aoyagi Y.; Konishi M.; Itoh T.; Yazawa S.; Kishi; Watanabe G.; Taya K.

The effect of season on superovulatory response, embryo yield and quality in Boran and Boran x Friesian crossbred cows
pp. 180-180(1)
Authors: Tegegne A.; Lahlou-Kassi A.; Mukasa-Mugerwa E.

Effect of passive immunization on growth of follicles and subsequent superovulatory response in Japanese black cattle
pp. 181-181(1)
Authors: Utsumi K.; Kobayashi S.; Yamada M.

Effect of dietary intake on follicle numbers and oocyte morphology in unsuperovulated and superovulated ewes
pp. 182-182(1)
Authors: Yaakub H.; O'Callaghan D.; O'Doherty J.V.; Hyttel P.

The meiotic stage affects subsequent development of cooled bovine oocytes
pp. 183-183(1)
Authors: Barnes F.L.; Damiani P.; Looney C.R.; Duby R.T.

The time interval between FSH-P administration and slaughter can influence the developmental competence of beef cattle oocytes
pp. 184-184(1)
Authors: Blondin P.; Sirard M.-A.

Effect of cumulus cells during IVM on bovine early embryonic development
pp. 185-185(1)
Authors: Bruynzeel A.W.; Merton J.S.; vd Wijst J.; Hazeleger W.; Kemp B.

Lactate dehydrogenase activity and utilization of pyruvate and lactate during bovine oocyte maturation in vitro
pp. 186-186(1)
Authors: Cetica P.D.; Pintos L.N.; Dalvit G.C.; Beconi M.T.

Effects of serum on in vitro maturation of Korean native cattle oocytes
pp. 187-187(1)
Authors: Choi S.H.; Yang B.C.; Kim I.H.; Son D.S.; Lee H.J.; Lee K.W.; Park M.K.; Kim K.N.; Chung Y.C.

Glutathione synthesis during in vitro maturation of bovine oocytes: role of cumulus cells
pp. 188-188(1)
Authors: de Matos D.G.; Furnus C.C.; Moses D.F.

Comparison of the effect of a commercial serum substitute and goat follicular fluid on nuclear maturation of goat oocytes
pp. 189-189(1)
Authors: Devaraju B.; Subramanyamnaidu K.; Amarnath D.; Rao K.V.; Rao V.H.

Optimal glutamine concentration for bovine cumulus expansion during IVM measured by a novel method
pp. 190-190(1)
Authors: Furnus C.C.; de Matos D.G.; Lamas F.G.

Growth hormone enhances fertilizability of in vitro matured bovine oocytes
pp. 191-191(1)
Authors: Izadyar F.; Colenbrander B.; Bevers M.M.

Determination by EIA of progesterone and 17-estradiol in culture medium from rabbit oocytes matured in vitro with epidermal growth factor
pp. 192-192(1)
Authors: Lorenzo P.L.; Illera J.C.; Silvan G.; Illera M.J.; Munro C.J.; Illera M.

Effect of maturation medium supplements on bovine oocyte fertilization and embryo development
pp. 193-193(1)
Authors: MacCallum C.; Salamone D.; Palasz A.T.

Neomycin distrubs bovine oocyte maturation and delays embryo development in vitro.
pp. 194-194(1)
Authors: Marques C.C.; Pereira R.M.; Baptista M.C.; Vasques M.I.; Horta A.E.M.

Quantitative measurements of pronuclei within human zygotes
pp. 195-195(1)
Authors: McKinney S.L.; Youngs C.R.; Prough S.G.; Blackwell J.; Gehring P.J.; Thibodeaux J.K.

Effects of cysteamine and cumulus cells on maturation and male pronucleus formation in porcine oocytes
pp. 196-196(1)
Authors: Nagai T.; Geshi M.; Yonai M.; Yamauchi N.

Porcine oocytes produce CEEF only during their growth period and transition to metaphase I.
pp. 197-197(1)
Authors: Nagyova E.; Prochazka R.; Motlik J.

Influence of luteinizing hormone on nuclear maturation of bovine oocytes in vitro
pp. 198-198(1)
Authors: Nakagawa A.; Leibo S.P.

EGF stimulated expansion of porcine oocyte-cumulus complexes is affected by the size of the donor follicle
pp. 199-199(1)
Authors: Prochazka R.; Kalab P.; Miyano T.

Effects of a combination of EGF and IGF-I on polar body extrusion and developmental competence of bovine oocytes
pp. 200-200(1)
Authors: Sakaguchi M.; Dominko T.; Leibfried-Rutledge M.L.; Nagai T.; First N.L.

Meiotic resumption is prevented by olomoucine in bovine immature oocytes
pp. 201-201(1)
Authors: Sirard M.-A.; Coenen K.

The effect of oocyte preparation on the embryo cleavage rate after in vitro fertilization in the pig
pp. 202-202(1)
Authors: Techakumphu M.; Srianan W.

Meiotic competence of goat oocytes matured on granulosa cell monolayers
pp. 203-203(1)
Authors: Tyagi S.; Taru Sharma G.; Majumdar A.C.

Do insulin-like growth factors play a role in final follicular maturation: superovulation as a test model
pp. 204-204(1)
Authors: van de Leemput E.E.; van der Hem A.; Sprang E.P.M.; Vos P.L.A.M.; Dieleman S.J.

Effect of oocyte diameter on in vitro nuclear maturation of korean native cattle oocyte
pp. 205-205(1)
Authors: Yong H.Y.; Lee B.C.; Hwang W.S.

Protein phosphorylation in bovine oocytes following fertilization and parthenogenetic activation in vitro
pp. 206-206(1)
Authors: Chung H.M.; Chian R.C.; Ko J.J.; Yoon T.K.; Cha K.Y.

Involvement of adrenergic system on the cortical granule exocytosis and polyspermic penetration during in vitro fertilization of porcine oocytes
pp. 207-207(1)
Authors: Kim N.-H.; Song H.; Song S.J.; Koo D.B.; Lee H.T.; Chung K.S.

Parthenogenetic activation of mouse oocytes by 6-dimethylaminopurine
pp. 208-208(1)
Authors: Honglin Liu B.; Hehai Wang F.

Intracellular calcium images in porcine oocytes following electrical stimulation in different electroporation media
pp. 209-209(1)
Authors: Liu L.; Bobanovic F.; Moor R.M.

Effect of Ca²⁺ concentration on electric activation of in vitro maturated oocytes of Korean Native Cattle
pp. 210-210(1)
Authors: Song K.Y.; Lee W.Y.; Lee B.C.; Hwang W.S.

Effect of protein kinase C stimulators on activation of bovine oocytes
pp. 211-211(1)
Authors: Srsen V.; Prochazka R.; Schellander K.

Parthenogenetic development of bovine oocytes activated by different methods
pp. 212-212(1)
Authors: Stojkovic M.; Zakhartchenko V.; Brem G.; Wolf E.

Expression of Oct-4 transcription factor in bovine oocytes and embryos
pp. 213-213(1)
Authors: Gandolfi F.; Van Eijk M.J.T.; Modina S.; Scesi L.; Lewin H.A.; Mummery C.L.

Expression of the antibody hBR96-2 in the milk of transgenic mice and production of hBR96-2 transgenic goats.
pp. 214-214(1)
Authors: Gavin W.G.; Pollock D.; Fell P.; Yelton D.; Cammuso C.; Harrington M.; Lewis-Williams J.; Midura P.; Oliver A.; Smith T.E.; Wilburn B.; Echelard Y.; Meade H.

Transcription in in vivo produced bovine zygotes and embryos
pp. 215-215(1)
Authors: Hay-Schmidt A.; Viuff D.; Hyttel P.

Recombinant human GM-CSF in the milk of transgenic rats
pp. 216-216(1)
Authors: Kodaira K.; Takahashi R.; Hirabayashi M.; Suzuki T.; Ueda M.

Competitive RT-PCR for quantitation of bovine IGF-I mRNA in cumulus oocyte complexes and fetal liver
pp. 217-217(1)
Authors: Mungal S.A.; Farin C.E.; Farin P.W.

Localization of the rRNA genes in in vitro produced bovine embryos
pp. 218-218(1)
Authors: Viuff D.; Avery B.; Hoyheim B.; Hyttel P.; Thomsen P.D.; Greve T.

High-level expression of recombinant human prolactin in the milk of transgenic mice.
pp. 219-219(1)
Authors: Wilburn B.; Woodworth L.; Gronbeck A.; Lewis-Williams J.; Harrington M.; Pollock D.; Richards S.M.; Meade H.; Echelard Y.

Expression of developmentally important genes in preimplantation bovine embryos generated in vitro
pp. 220-220(1)
Authors: Wrenzycki C.; Herrmann D.; Lemme E.; Eckert J.; Carnwath J.W.; Niemann H.

Gene expression of activin subunits, activin receptors and follistatin in preimplantation bovine embryos
pp. 221-221(1)
Authors: Yoshioka K.; Takata M.; Taniguchi T.; Yamanaka H.; Sekikawa K.

Expression of green fluorescence protein in mammalian embryos: a novel reporter gene for the study of transgenesis and embryo development
pp. 222-222(1)
Authors: Chan A.W.S.; Kukolj G.; Skalka A.M.; Bremel R.D.

Improved developmental rate of DNA-injected bovine embryos co-cultured with mouse embryonic fibroblasts
pp. 223-223(1)
Authors: Han Y.M.; Park J.S.; Ryoo Z.Y.; Kim Y.H.; Lee K.S.; Yang C.S.; Lee K.K.

Transgenic pigs as animal models for xenogenic transplantation
pp. 224-224(1)
Authors: Hoagland T.A.; Julian M.; Riesen J.W.; Schrieber D.; Fodor W.L.

Temporal- and spatial-specific expression of bovine -casein/bovine growth hormone fusion gene in transgenic mice
pp. 225-225(1)
Authors: Lee C.S.; Choi Y.H.; Oh K.B.; Kang Y.K.; Lee K.K.

Birth of successfully identified transgenic goats using preimplantation stage embryos biopsied for fish
pp. 226-226(1)
Authors: Lewis-Williams J.; Sun Y.; Han Y.; Ziomek C.; Denniston R.S.; Echelard Y.; Godke R.A.

In vivo luminescent selection of putative transgenic bovine blastocysts
pp. 227-227(1)
Authors: Menck M.C.; Mercier Y.; Lobo R.B.; Heyman Y.; Renard J.P.; Thompson E.M.

Cre-mediated recombination at the murine whey acidic protein (mWAP) locus
pp. 228-228(1)
Authors: Rucker E.B.; Piedrahita J.A.

The timing of pronuclear formation of IVM/IVF-produced bovine zygotes and their development following DNA microinjection
pp. 229-229(1)
Authors: Suraeva N.; Christjkov D.; Prokofiev M.

Comparison of the survival rate of bovine nuclear transfer and frozen-thawed in vivo derived embryos after transfer to uterine horns bilaterally
pp. 230-230(1)
Authors: Kimura K.; Suzuki O.; Aoki M.; Takahashi S.; Imai H.

Post-transfer viability of bovine nuclear transfer embryos cultured as aggregates or as individual clones
pp. 231-231(1)
Authors: Lewis I.M.; Peura T.T.; Trounson A.O.

Nuclear dynamics and developmental potential of sheep nuclear transfer embryos treated with protein kinase inhibitor 6-dimethylaminopurine
pp. 232-232(1)
Authors: Loi P.; Ledda S.; Cappai P.

Heterogeneous mitochondria DNA introduced by nuclear transfer influences the developmental ability of mouse embryos in vitro
pp. 233-233(1)
Authors: Nagao Y.; Totsuka Y.; Atomi Y.; Kaneda H.; Yonekawa H.; Takahashi S.; Imai H.

Nucleus transfer of porcine embryos using cryopreserved delipated blastomeres as donor nuclei
pp. 234-234(1)
Authors: Nagashima H.; Ashman R.J.; Nottle M.B.

The effect of cytoplasmic volume on development of bovine nuclear transfer embryos derived from in vivo donor embryos
pp. 235-235(1)
Authors: Peura T.T.; Wild S.P.; Trounson A.O.

Pregnancy attrition from frozen bovine embryos cloned by nuclear transplantation
pp. 236-236(1)
Authors: Seidel G.E.; Brink Z.; Holland M.D.; Wilson J.M.

Embryo cloning by nuclear transplantation in rabbits
pp. 237-237(1)
Authors: Tan J.-h.; Zhou Q.; Li Z.-y.; Sun X.-s.; Liu Z.-h.; He G.-x.

Enucleation of bovine oocytes with minimal cytoplasmic volume: effect on development of nuclear transfer embryos
pp. 238-238(1)
Authors: Zakhartchenko V.; Stojkovic M.; Palma G.; Wolf E.; Brem G.

Nuclear transplantation by microinjection in rabbits
pp. 239-239(1)
Authors: Zhou Q.; Li Z.-y.; Liu Z.-h.; Sun X.; He G.-x.; Tan J.-h.

TEC-1 characterisation of porcine embryonic cells from day 11 embryonic discs cultured in serum-free medium
pp. 240-240(1)
Authors: Booth P.J.; Perreau C.; Hochereau-de Reviers M.T.

Production of germline chimeric bovine fetuses from transgenic embryonic stem cells
pp. 241-241(1)
Authors: Cibelli J.B.; Stice S.L.; Kane J.J.; Golueke P.G.; Jerry J.; Dickinson E.S.; Gao X.Y.; de Leon A.P.; Robl J.M.

Immunomagnetic isolation of mouse embryonic stem cells from heterogeneous cell population
pp. 242-242(1)
Authors: Durcova G.; Tokunaga T.; Takahasi S.; Takahagi Y.; Imai H.

Trophoblastic vesicles produce factors capable of stimulating proliferation of undifferentiated bovine blastocyst derived cells in culture
pp. 243-243(1)
Authors: Parrow V.; Larsson B.; Jansson A.; Rodriguez-Martinez H.

Effect of different thiol compounds on the ultrastructure of inner cell mass cells of bovine embryos
pp. 244-244(1)
Authors: Prelle K.; Sinowatz F.; Wolf E.

Isolation of pluripotent stem cells from cultured porcine primordial germ cells
pp. 245-245(1)
Authors: Shim H.; Gutierrez-Adan A.; Chen L.R.; BonDurant R.H.; Anderson G.B.

Identification of pig primordial germ cells by immunocytochemistry and lectin binding
pp. 246-246(1)
Authors: Takagi Y.; Talbot N.C.; Rexroad C.E.; Pursel V.G.

A study of cyclin Ds expression during development in the mouse and pig: implication for embryonic stem cells derivation in the pig
pp. 247-247(1)
Authors: Wianny F.; Savatier P.; de Reviers M.T.H.; Samarut J.

Bovine oocyte activation after intracytoplasmic sperm injection
pp. 248-248(1)
Authors: Chen S.H.; Seidel G.E.

Caprine blastocyst development after intracytoplasmic sperm injection (ICSI)
pp. 249-249(1)
Authors: Keskintepe L.; Morton P.C.; Smith S.E.; Tucker M.J.; Simplicio A.A.; Brackett B.G.

Microinjection of mouse spermatozoa into rabbit oocytes
pp. 250-250(1)
Authors: Li Z.-y.; Zhou Q.; Wen X.-h.; Liu Z.-h.; Sun X.-s.; He G.-x.; Tan J.-h.

Pregnancy after cryopreservation of cocultured human blastocysts fertilized by intracytoplasmic sperm injection
pp. 251-251(1)
Authors: Liu Z.; Menezo Y.R.; Kaufmann R.A.; Gilchrist F.H.; Servy E.J.

BRL cell coculture and assisted hatching of ICSI-derived human zygotes
pp. 252-252(1)
Authors: Schiewe M.; Massacesi A.; Ierardi K.; Amodei M.; Barbieri C.; Giovenco P.; Santuari E.; Santuari P.; Marrs R.

The use of in vitro fertilization and sperm assay to evaluate field fertility of bulls
pp. 253-253(1)
Authors: Bredbacka K.; Andersson M.; Bredbacka P.

Sperm migration in cervical mucus in goats. II relationship with colonization of the oviduct and fertilization efficiency
pp. 254-254(1)
Authors: Cox J.F.; Martinez C.; Lagos S.; Saravia F.; Sasmay R.

Glutathione treatment of bovine sperm enhances in vitro blastocyst production rates
pp. 255-255(1)
Authors: Earl C.R.; Kelly J.; Rowe J.; Armstrong D.T.

Localization of intracellular calcium and its possible role during spermatogenesis and sperm capacitation in the hamster
pp. 256-256(1)
Authors: Feng H.L.; Sandlow J.I.; Sandra A.

In vitro culture of bovine spermatocytes on murine testicular somatic cells
pp. 257-257(1)
Authors: Goto K.; Okajima K.; Ookutsu S.; Nakani shi Y.

Cryopreservation and in vitro fertilization of pig sperm collected from refrigerated epididymides
pp. 258-258(1)
Authors: Kikuchi K.; Nagai T.; Kashiwazaki N.; Noguchi J.; Shimada A.; Soloy E.; Kaneko H.

Predictive value of in vitro embryo production characteristics for in vivo fertility of bulls
pp. 259-259(1)
Authors: Lansbergen L.M.T.E.; Hanenberg E.H.A.T.; van Wagtendonk-de Leeuw A.M.

Sperm migration in cervical mucus in goats. I. effect of procedural factors on the outcome of the assay.
pp. 260-260(1)
Authors: Martinez C.; Zamora P.; Santa Maria A.; Cox J.F.

The effect of sperm preparation on in vitro fertilization in the pig
pp. 261-261(1)
Authors: Tantasuparak W.; Techakumphu M.; Srianan W.

The effect of bovine spermatozoa with multiple nuclear vacuoles on in vitro fertilization and embryo development
pp. 262-262(1)
Authors: Thundathil J.; Palasz A.T.; Barth A.D.; Mapletoft R.J.

Effect of progesterone on unwashed and nonpreincubated boar spermatozoa in homologous in vitro fertilization
pp. 263-263(1)
Authors: Vazquez J.M.; Martinez E.A.; Matas C.; Roca J.

Effect of heparin on sperm binding ability in cattle
pp. 264-264(1)
Authors: Watanabe S.; Minezawa M.; Kariya T.

Inadvertent sex selection in a protocol of in vitro bovine embryo production
pp. 265-265(1)
Authors: Behboodi E.; Gutierrez-Adan A.; Anderson G.B.

Viability of bovine IVF embryos biopsied with microsection or microaspiration technique for sexing.
pp. 266-266(1)
Authors: Carbonneau G.; Morin N.; Durocher J.; Bousquet D.

Production of lambs by low dose intrauterine insemination with flow cytometrically sorted and unsorted semen
pp. 267-267(1)
Authors: Cran D.G.; McKelvey W.A.C.; King M.E.; Dolman D.F.; McEvoy T.G.; Broadbent P.J.; Robinson J.J.

Pregnancy rates of blastomere biopsied bovine embryos frozen in ethylene glycol
pp. 268-268(1)
Authors: Garcia J.F.; Nogueira M.F.G.; Pupim F.; Pantano T.; Visintin J.A.

Comparative flow cytometric sorting efficiency of X- and Y-chromosome bearing sperm from 40 bulls
pp. 269-269(1)
Authors: Johnson L.A.; Allen C.H.; Welch G.R.; Rens W.

Intracytoplasmic sperm injection (ICSI) with flow cytometrically sorted Y-chromosome bearing bovine sperm
pp. 270-270(1)
Authors: Medvedev S.; Bossak N.; Eckert J.; Lucas-Hahn A.; Niemann H.; Johnson L.A.

The rapid diagnosis of freemartin by polymerase chain reaction
pp. 271-271(1)
Authors: Oh S.J.; Yang B.S.; Jeon I.S.; Seong H.H.; Im K.S.; Lee J.H.; Yoon D.H.; Kim T.H.; Park Y.Y.

Fast sample preparation with dithiothreitol for bovine embryo sex determination by the polymerase chain reaction
pp. 272-272(1)
Authors: Peippo J.; Bredbacka P.

Over 5 years experience in sexing of bovine morulae and blastocysts during routine embryo transfer
pp. 273-273(1)
Authors: Roschlau K.; Roschlau D.; Roselius R.; Dexne U.; Michaelis U.; Strehl R.; Unicki P.; Rink N.

Influences of culture components on the development of bovine blastocysts in defined conditions
pp. 274-274(1)
Authors: Brackett B.G.; Keskintepe L.; Simplicio A.A.; Luvoni G.C.

Follicular fluid used in culture media to produce sheep embryos.
pp. 275-275(1)
Authors: Brown B.W.; Radziewic T.

Effect of replacing glucose with fructose during in vitro fertilization and culture of bovine embryos
pp. 276-276(1)
Authors: Chung Y.G.; Kato H.

Effect of tissue inhibitor of metalloproteinase (TIMP-1) on early development of swine oocytes matured and fertilized in vitro
pp. 277-277(1)
Authors: Funahashi H.; McIntush E.W.; Smith M.F.; Day B.N.

Bovine blastocyst cell number is increased by culture with EDTA for the first 72 hours of development from the zygote
pp. 278-278(1)
Authors: Gardner D.K.; Lane M.W.; Lane M.

Bovine blastocyst culture on extracellular protein matrices
pp. 279-279(1)
Authors: Giliam K.J.; Dowsing A.T.; Trounson A.O.

Sensitivity of pig embryos to antibiotic G418 during in vitro culture
pp. 280-280(1)
Authors: Kong I.-K.; Pursel V.G.; Bondioli K.R.

Effects of taurine and granulosa cells in modified CR2 on bovine embryonic development in vitro
pp. 281-281(1)
Authors: Lu S.S.; Wade M.G.; Boland M.P.

Effect of granulosa cell co-culture in different embryonic stages on the development of in vitro-produced bovine embryos
pp. 282-282(1)
Authors: Palma G.A.; Zakhartchenko V.; Brem G.

Effect of superoxide dismutase(SOD) on pronucleus formation of porcine oocytes fertilized in vitro
pp. 283-283(1)
Authors: Park C.K.; Shin K.; Lee J.H.; Cheong H.T.; Yang B.K.; Kim C.I.

The effect of progesterone on the development of IVF-derived bovine embryos cultured in a semi-defined culture medium
pp. 284-284(1)
Authors: Reggio B.C.; Lynn J.W.; Godke R.A.

Development of a simple, portable carbon dioxide incubator for production of bovine IVF embryos
pp. 285-285(1)
Authors: Suzuki T.; Sumantri C.; Khan N.H.A.; Murakami M.; Saha S.

Effect of pH of culture medium on in vitro development of bovine embryos
pp. 286-286(1)
Authors: Vajta G.; Holm P.; Greve T.; Callesen H.

In vitro embryo production compared to in vivo production using gamete recovery and follicular transfer (graft)
pp. 287-287(1)
Authors: Davies P.; Singh J.; Thundathil J.; Brogliatti G.; Bergfelt D.; Adams G.

In vitro development of preimplantation bovine embryos in a coculture system supplemented with egg yolk
pp. 288-288(1)
Authors: Elhassan Y.M.; Westhusin M.E.

Production of frozen Bos indicus x Bos taurus embryos from oocytes recovered from slaughtered Bos taurus cows
pp. 289-289(1)
Authors: Hutton S.; Semple E.; Leibo S.P.; Betteridge K.J.

IVM, IVF and IVC of oocytes from prepubertal and adult goats. Effect of oviduct epithelial cells origin on prepubertal embryo development
pp. 290-290(1)
Authors: Izquierdo D.; Villamediana P.; Paramio M.T.

Blastocyst production rates from different grades of oocytes collected from 2 to 3 month old calves
pp. 291-291(1)
Authors: Kelly J.; Earl C.; Rowe J.; Armstrong D.T.

Influence of follicular fluid from different sources on in vitro development of bovine embryos produced in vitro.
pp. 292-292(1)
Authors: Larocca C.; Kmaid S.; Lago I.; Roses G.; Fila D.; Viqueira M.; Berglavaz A.

Bovine blastocyst production in vitro following inhibition of oocyte meiotic resumption for 24 hours
pp. 293-293(1)
Authors: Lonergan P.; Khatir H.; Carolan C.; Mermillod P.

Developmental potential of oocytes collected from 8-15 day old unstimulated or FSH treated calves.
pp. 294-294(1)
Authors: Mermillod P.; Peynot N.; Lonergan P.; Khatir H.; Driancourt M.-A.; Renard J.-P.; Heyman Y.

Effect of flow cytometrically sorted frozen/thawed semen on success rate of in vitro bovine embryo production
pp. 295-295(1)
Authors: Merton J.S.; Haring R.M.; Stap J.; Hoebe R.A.; Aten J.A.

The role of oocyte numbers in culture on development of bovine oocytes in an in vitro system
pp. 296-296(1)
Authors: O'Doherty E.M.; Wade M.G.; Hill J.L.; Boland M.P.

Storing bovine ovaries for 24 hours between 15 and 21^oC does not influence in vitro production of blastocysts
pp. 297-297(1)
Authors: Schernthaner W.; Schmoll F.; Brem G.; Schellander K.

In vitro development of sheep embryos derived of repeated laparoscopic folliculoaspiration.
pp. 298-298(1)
Authors: Sevillano C.; Anel L.; De La Fuente J.; Alvarez M.; Celorrio I.; De Paz P.; Boixo J.C.; Olmedo J.A.

Use of cryopreserved spermatozoa for caprine in vitro fertilization (IVF)
pp. 299-299(1)
Authors: Simplicio A.A.; Brackett B.G.; Keskintepe L.

Effect of juvenile calf age on follicular dynamics and in vitro embryo production
pp. 300-300(1)
Authors: Tervit H.R.; McMillan W.H.; McGowan L.T.; Smith J.F.; Hall D.R.H.; Donnison M.J.

Efficient in vitro production of viable bovine blastocysts in media supplemented with rabbit products
pp. 301-301(1)
Authors: Van Langendonckt A.; Donnay I.; Labrique V.; Massip A.; Dessy F.

Morphology and/or hatching ability of in vitro produced bovine embryos is no reliable indicator of inner cell mass cell number
pp. 302-302(1)
Authors: Van Soom A.; Vanroose G.; Bols P.E.J.; Boerjan M.L.; Ysebaert M.T.; de Kruif A.

Effect of culture in rabbit oviduct and of duration of in vivo culture on development of prepubertal goat embryos.
pp. 303-303(1)
Authors: Villamediana P.; Izquierdo D.; Lopez M.; Paramio M.T.

The influence of M-199 and a modified CR-2 medium on the in vitro production of bovine embryos
pp. 304-304(1)
Authors: Wang S.; Holyoak G.R.; Liu Y.; Bunch T.D.

Trophoblastic interferons produced by the embryo modulate prostaglandin E₂ (PGE₂) production in bovine endometrial cells in vitro through induction of the cyclooxygenase-2 messenger
pp. 305-305(1)
Authors: Asselin E.; Fortier M.A.

Effect of zona pellucida removal on in vitro development of 2- to 4-cell bovine embryos obtained via IVM-IVF
pp. 306-306(1)
Authors: Geshi M.; Nagai T.; Youngs C.R.

The differences of osmotic behaviors of bovine embryos from in vitro and in vivo and their quality evaluation
pp. 307-307(1)
Authors: Jiang G.; Sun Y.; Yang Z.; Tocharus C.; Kitiyanant Y.; Pavasuthipaisit K.

Heat shock protein 70 in vitrified ovine embryo
pp. 308-308(1)
Authors: Leoni G.; Ledda S.; Bogliolo L.; Marogna G.; Naitana S.

Dual labeling of the cytoskeleton and DNA strand breaks in bovine and porcine embryos using confocal microscopy
pp. 309-309(1)
Authors: Long C.R.; Dobrinsky J.R.; Garrett W.M.; Johnson L.A.

DNA damage in early hamster embryos exposed to fluorescent light
pp. 310-310(1)
Authors: Okano A.; Saka N.; Takahashi M.; Kanai Y.

Preliminary observations on the ATP content of bovine oocytes and embryos
pp. 311-311(1)
Authors: Rieger D.; Semple E.; Leibo S.P.

Depletion of glutathione causes DNA damage and increase of hydrogen peroxide levels in bovine embryos
pp. 312-312(1)
Authors: Takahashi M.; Saka N.; Kanai Y.; Okano A.

Presence of epidermal growth factor in pig in vitro maturation and culture medium can modulate blastocyst development after in vitro fertilization
pp. 313-313(1)
Authors: Abeydeera L.R.; Cantley T.C.; Rieke A.; Day B.N.

Development of in vitro fertilized bovine embryos, exposed to 6-dimethylaminopurin prior to in vitro maturation.
pp. 314-314(1)
Authors: Avery B.; Greve T.

Effects of a long term treatment with bovine somatotropin on oocyte and blastocyst yield after OPU/IVF
pp. 315-315(1)
Authors: Bols P.E.J.; Lein A.; Ysebaert M.T.; Van Soom A.; de Kruif A.

Localization of Na/K-ATPase -subunits and comparison of -subunit transcript levels in single cultured and in vivo bovine blastocysts
pp. 316-316(1)
Authors: De Sousa P.A.; Betts D.H.; O'Callaghan D.; Boland M.; Overstrom E.W.; Watson A.J.

Ratio of inner cell mass and trophoblastic cells in blastocysts derived from porcine isolated blastomeres cultured in defined media in the presence or absence of leukemia inhibitory factor (LIF)
pp. 317-317(1)
Authors: Eckert J.; Tao T.; Niemann H.

Maternal insulin-like growth factor-I (IGF-I) and development of in vivo- and in vitro-derived bovine fetuses
pp. 318-318(1)
Authors: Farin C.E.; Farin P.W.; Mungal S.A.

Measurements of bovine fetuses and placentas at 63 days after transfer of embryos produced in vivo or in vitro
pp. 319-319(1)
Authors: Farin P.W.; Farin C.E.; Mungal S.A.

Bovine oocytes promote rat granulosa cell DNA synthesis
pp. 320-320(1)
Authors: Fischman M.; Lanuza G.; Baranao J.

Effects of ammonia on in vitro development of bovine embryos
pp. 321-321(1)
Authors: Hammon D.S.; Wang S.; Liu G.; Wiedmeier R.D.; Holyoak G.R.

Fetal development in the sheep following manipulation of the embryo or its environment
pp. 322-322(1)
Authors: Hartwich H.M.; Kleemann D.O.; Seamark R.F.; Walker S.K.

Matrixmetalloproteinases and tissue inhibitor of metalloproteinases production in bovine placenta and uterine tissues during early pregnancy
pp. 323-323(1)
Authors: Hashizume K.; Takahashi T.; Hirako M.; Kohsaka T.; Sato T.; Ito A.

Developmental kinetics of the first cell cycles of bovine IVP embryos in relation to their in vitro viability and sex
pp. 324-324(1)
Authors: Holm P.; Vajta G.; Booth P.J.; Callesen H.

Differential thermotolerance of day 3 and day 4 bovine embryos
pp. 325-325(1)
Authors: Ju J.-C.; Parks J.E.; Xiangzhong Y.

Pronucleus development and organization of intranuclear bodies during the first bovine embryonic cell cycle in vitro
pp. 326-326(1)
Authors: Laurincik J.; Hyttel P.; Baran V.; Lucas-Hahn A.; Eckert J.; Pivko J.; Schmoll F.; Schellander K.

Effect of fetal calf serum, non essential amino acids and vitamins on the blastocoel formation, expansion and hatching in porcine embryos developing in vitro
pp. 327-327(1)
Authors: Lee H.T.; Koo D.B.; Ju J.Y.; Kim N.H.; Chung K.S.

Stability of 4 mRNAS in bovine oocytes and preimplantation embryos according to developmental stage and kinetics.
pp. 328-328(1)
Authors: Lequarre A.S.; Schuurbiers N.; Dessy F.

Microinjection of ICM cells in recipient porcine young blastocysts: obtention of chimera.
pp. 329-329(1)
Authors: Perreau C.; Wianny F.; Hochereau-de Reviers M.-T.

Different developmental stages of bovine embryos produced in vitro: their sex ratio and survival rates
pp. 330-330(1)
Authors: Tocharus C.; Sukbunteung J.; Jarauansuwan M.; Chuangsoongneon U.; Kitiyanant Y.; Pavasuthipaisit K.

Effect of oviductal secretions and cells on fertilizing ability of goat spermatozoa in vitro
pp. 331-331(1)
Authors: Barahona P.; Saravia F.; Santa Maria A.; Briones M.; Cox J.F.

Changes induced in the bovine zona pellucida by ovine and bovine oviducts
pp. 332-332(1)
Authors: Duby R.T.; Hill J.L.; O'Callaghan D.; Overstrom E.W.; Boland M.P.

Estradiol and embryo transport in superovulated cattle
pp. 333-333(1)
Authors: Hackett A.J.; Tsang C.P.W.; Marcus G.J.

Enhanced in vitro development of bovine embryos in the presence of a bovine oviductal specific glycoprotein
pp. 334-334(1)
Authors: Martus N.S.; Verhage H.G.; Mavrogianis P.A.; Thibodeaux J.K.

Comparison of the oviductal secretions of prepuberal and adult cows
pp. 335-335(1)
Authors: Modina S.; Milanesi E.; Baraldi-Scesi L.; Brevini T.A.L.; Acocella F.; Lauria A.; Armstrong D.T.; Gandolfi F.

Amino acid contents on sheep oviductal and uterine fluids
pp. 336-336(1)
Authors: Moses D.F.; Matkovic M.; Fisher E.C.; Martinez A.G.

Culture of 1-2 cell bovine embryos in oviducts of heifers
pp. 337-337(1)
Authors: Schmidt M.; Greve T.; Avery B.

Isthmic and ampullary fluid enhance fertilization and cleavage rate of cow oocytes in vitro
pp. 338-338(1)
Authors: Suriyasathaporn W.; Vos P.L.A.M.; Zeinstra E.; Bevers M.M.; Killian G.J.; Dieleman S.J.

Identification of an oviduct derived promoting activity for in vitro development of rat embryos
pp. 339-339(1)
Authors: Yamada M.; Utsumi K.

Cryoprotectant and water permeability of immature and in vitro matured bovine oocytes
pp. 340-340(1)
Authors: Agca Y.; Liu J.; Peter A.T.; Critser E.S.; Critser J.K.

Vitrification of bovine oocytes using modified minimum drop size technique (MDS) is effected by the composition and the concentration of the vitrification solution and by the cooling conditions
pp. 341-341(1)
Authors: Arav A.; Zeron Y.

The effect of quick-freezing in ethylene glycol on morphological survival and in vitro development of mouse embryos frozen at different pre-implantation stages
pp. 342-342(1)
Authors: Cseh S.; Wang G.; Corselli J.; Nehlsen-Cannarella S.L.; Bailey L.L.; Szalay A.A.

Stability of microfilaments during swine embryo cryopreservation
pp. 343-343(1)
Authors: Dobrinsky J.R.; Long C.R.; Johnson L.A.

Effects of epinephrine and lactate/pyruvate during the first 48 hours of culture on the freezability of IVF bovine blastocysts
pp. 344-344(1)
Authors: Gomez E.; Diez C.

Effect of nuclear stages during in vitro maturation on the survival of bovine oocytes following vitrification
pp. 345-345(1)
Authors: Hochi S.; Kimura K.; Ito K.; Hirabayashi M.

Survival of porcine GV and M II-oocytes after exposure to cryoprotectants and cooling to 10 ^oC
pp. 346-346(1)
Authors: Huang W.-T.; Holtz W.

Cryopreservation of bovine embryos obtained by in-vitro culture of IVM-IVF oocytes in the presence of linoleic acid albumin
pp. 347-347(1)
Authors: Imai K.; Kobayashi S.; Goto Y.; Dochi O.; Shimohira I.

In vitro blastocyst formation after vitrification of immature bovine oocytes
pp. 348-348(1)
Authors: Kuchenmeister U.; Kuwayama M.

Survival of mouse morulae vitrified in media containing antifreeze protein type 1
pp. 349-349(1)
Authors: Leboeuf B.; Maxwell W.M.C.; Evans G.

Pregnancy rates after transfer of fresh or frozen bovine blastocysts developed from serum-free or protein-free media
pp. 350-350(1)
Authors: Lee E.S.; Okamoto Y.; Yamashina H.; Fukui Y.

Lambing from transfer of in vivo and in vitro produced fresh or vitrified ovine embryos
pp. 351-351(1)
Authors: Martinez A.G.F.; C.C. Matkovic M.; de Matos D.G.

Transfer of fair-quality fresh and frozen ovine embryos
pp. 352-352(1)
Authors: Matkovic M.; Martinez A.G.

Ovine embryos viability after serum replacement with polyvinyl alcohol in vitrification solution
pp. 353-353(1)
Authors: Naitana S.; Ledda S.; Bogliolo L.; Marogna G.; Leoni G.; Cappai P.; Loi L.

Effect of linoleic acid-bovine serum albumin on the survival of in vitro produced bovine blastocysts after cryopreservation
pp. 354-354(1)
Authors: Okazaki T.; Shimizu M.; Takahashi H.; Izaike Y.; Abe S.; Maehara S.; Shiraishi T.

The role of pre-equilibration for vitrification of in vitro produced (IVP) bovine embryos
pp. 355-355(1)
Authors: Saha S.; Ooe M.; Boediono A.; Sumantri C.; Murakami M.; Suzuki T.

Influence of serum in culture system on the production and cryopreservation of in vitro-derived bovine embryos
pp. 356-356(1)
Authors: Twagiramungu H.; Morin N.; Bordignon V.; Smith L.C.; Bousquet D.

Survival of bovine oocytes after exposure to ethylene glycol
pp. 357-357(1)
Authors: Ullah N.; Shimizu M.; Izaike Y.; Anwar M.

In vivo survival rate of rabbit morulae and blastocysts after vitrification in ethylene glycol-dimethyl sulfoxide solution
pp. 358-358(1)
Authors: Vicente J.S.; Viudes-de-Castro M.P.

Cryopreservation of mouse morulae in glycerol solutions containing sucrose and honeybee royal jelly
pp. 359-359(1)
Authors: Visintin J.A.; Garcia J.F.; Pantano T.; Mello M.R.B.; Assumpcao M.E.O.A.

Viability of in vitro-produced bovine blastocysts frozen in ethylene glycol supplemented with sucrose or trehalose
pp. 360-360(1)
Authors: Yang B.S.; Oh S.J.; Jeon I.S.; Park Y.Y.

Effects of EGTA and Cytochalasin-B during freezing and vitrification of immature and mature bovine and rhesus monkey (M. mulatta) oocytes
pp. 361-361(1)
Authors: Younis A.I.; Keskintepe L.; Simplicio A.A.; Gould K.; Brackett B.G.

The effect of butylated hydroxytoluene (BHT) on the lipid phase transition in immature and mature bovine oocytes
pp. 362-362(1)
Authors: Zeron Y.; Arav A.; Crowe J.H.

In vitro development and pregnancy rates of bovine embryos co-cultured with buffalo rat liver cells in serum free medium
pp. 363-363(1)
Authors: Damiani P.; Walstra M.; Kropp B.; Bellow M.S.; Looney C.R.; Duby R.T.

In vivo embryo recovery vs. vivo oocyte recovery and in vitro embryo production: embryo yields and pregnancy rates in cattle
pp. 364-364(1)
Authors: Goodhand K.L.; Watt R.G.; Staines M.E.; Higgins L.C.; Dolman D.F.; Hutchinson J.S.M.; Broadbent P.J.

Effect of number of ovulations of donors on pregnancy rate after non-surgical transfer of porcine blastocysts
pp. 365-365(1)
Authors: Hazeleger W.; Kemp B.

Transfer of cryopreserved pig embryos
pp. 366-366(1)
Authors: Kameyama K.; Kudoh O.; Takedomi T.; Fukawa K.

In vitro derived embryos as a means of improving fertility in low conception rate cattle: A field study
pp. 367-367(1)
Authors: Kuehner L.F.; Hill B.R.; Gwyn C.

Embryo development and integrity in glucose-free culture media is enhanced at the time of embryo transfer
pp. 368-368(1)
Authors: Lipetz K.; Jindal S.

The use of exogenous hormones to facilitate transcervical embryo recovery in sheep and their effect on embryo development
pp. 369-369(1)
Authors: McKelvey W.; McEvoy T.; Dingwall W.; Robinson J.; Lindsay E.; King M.; FitzSimons J.; Mylne M.

Embryo and recipient contributions to embryo loss to day 60 in heifers receiving either one or two in vitro-produced embryos
pp. 370-370(1)
Authors: McMillan W.H.; Peterson A.J.; Hall D.R.H.; Donnison M.J.

Pregnancy rates following direct transfer of glycerol sucrose or ethylene glycol cryopreserved bovine embryos.
pp. 371-371(1)
Authors: Nibart M.; Humblot P.

Pregnancy rates in recipients receiving CIDR-B devices immediately following embryo transfer
pp. 372-372(1)
Authors: Tribulo R.; Nigro M.; Burry E.; Caccia M.; Tribulo H.; Bo G.A.

The gene coding for the C/EBP homologous protein CHOP-10 (gadd153) is expressed in the mouse preimplantation embryo.
pp. 373-373(1)
Authors: Fontanier N.; Harries D.N.; Fleming J.V.; Rees W.D.

Use of a new container, CBS(R) straw, for biosafe cryostorage of mammalian embryos and its application to the preservation of embryos from a scrapie contaminated flock
pp. 374-374(1)
Authors: Joly T.; Lajous D.; Renard J.P.

Identification of bacteria derived from frozen bovine semen that resulted in contamination during in vitro fertilization
pp. 375-375(1)
Authors: Lee K.; Kim I.; Son D.; Lee H.; Lee D.; Seo G.; Choi S.; Yang B.; Kim K.; Jung S.

In vitro culture of sheep embryos increases weight, primary fiber size and secondary to primary fiber ratio in fetal muscle at day 61 of gestation
pp. 376-376(1)
Authors: Maxfield E.K.; Sinclair K.D.; Dolman D.F.; Staines M.E.; Maltin C.A.

Effect of exposure to two different culture systems on the development and metabolism of in vivo derived sheep zygotes
pp. 377-377(1)
Authors: Pereira N.N.; McEvoy T.G.; Staines M.E.; King M.E.; Broadbent P.J.; Mackie K.; Ranilla M.; Robinson J.J.

Birthweights of calves conceived by transfer of japanese black cow embryos produced in vitro
pp. 378-378(1)
Authors: Numabe T.; Oikawa T.; Satoh H.; Takada N.; Horiuchi T.

Use of embryo transfer to prevent the transmission of sheep pulmonary adenomatosis
pp. 379-379(1)
Authors: Parker B.N.J.; Wrathall A.E.; Saunders R.W.; Dawson M.; Done S.H.; Francis P.G.; Dexter I.; Bradley R.

Culture of sheep zygotes can alter fetal growth and development
pp. 380-380(1)
Authors: Sinclair K.D.; Maxfield E.K.; Robinson J.J.; Maltin C.A.; McEvoy T.G.; Dunne L.D.; Young L.E.; Broadbent P.J.

Field experiences with the transfer of in vitro or in vivo derived piedmontese embryos in holstein recipients
pp. 381-381(1)
Authors: Stacchezzini S.; Fabaro P.; Cremonesi F.

Introduction of stenotrophomonas maltophilia through semen used for in vitro production of bovine embryos
pp. 382-382(1)
Authors: Stringfellow J.; Hathcock T.; Riddell K.; Stringfellow D.; Galik P.; Riddell M.; Carson R.

Washing and trypsin treatment of IVF bovine embryos exposed to bovine viral diarrhea virus
pp. 383-383(1)
Authors: Trachte E.A.; Stringfellow D.A.; Riddell K.P.; Galik P.K.; Riddell M.G.; Wright J.C.

Embryos and uterine flush fluids from cattle with bovine spongiform encephalopathy are not infective for mice
pp. 384-384(1)
Authors: Wrathall A.E.; Brown K.F.D.; Fraser H.; Chree A.; Ferguson C.A.

IGF2 Gene expression in ovine fetal development
pp. 385-385(1)
Authors: Young L.E.; Butterwith S.C.; Sinclair K.D.; Maxfield E.K.; Wilmut I.

Meiotic stage of the preovulatory equine oocyte at collection and competence of immature oocytes for in vitro maturation: effect of interval from induction of ovulation to follicle puncture.
pp. 386-386(1)
Authors: Bezard J.; Mekarska A.; Goudet G.; Duchamp G.; Palmer E.

The inability of DMSO to effectively cryoprotect day 6.5 horse embryos
pp. 387-387(1)
Authors: Bruyas J.F.; Marchand P.; Fieni F.; Tainturier D.

Cryopreservation of equine embryos by two vitrification methods.
pp. 388-388(1)
Authors: Chaves M.G.; Gonzalez E.P.; de Abreu Rosas C.; Aguero A.

The effects of equine somatotropin (met-eGH) on follicular development in cycling mares
pp. 389-389(1)
Authors: Cochran R.A.; Leonardi-Cattolica A.A.; Sullivan M.R.; Thompson D.L.; Godke R.A.

Fertilizability of in vitro matured equine oocytes after intracytoplasmic sperm injection (ICSI) does not correlate to post-culture ooplasmic morphology
pp. 390-390(1)
Authors: Dell'Aquila M.E.; Cho Y.S.; Lacalandra G.M.; Traina V.; Minoia P.

Two-follicle model for study of follicular waves in mares
pp. 391-391(1)
Authors: Gastal E.L.; Gastal M.O.; Ginther O.J.

Effect of oocyte maturation time on embryo development after oocyte transfer in the mare
pp. 392-392(1)
Authors: Hinrichs K.; Matthews G.L.; Freeman D.A.

Folliculogenesis in mares - ultrasonographic aspects
pp. 393-393(1)
Authors: Raun K.; Synnestvedt B.

Ovulation rates in donor mares treated with purified equine FSH
pp. 394-394(1)
Authors: Remy B.; Bruyas J.F.; Beckers J.F.; Leduc F.; Fieni F.; Tainturier D.

Effects of three methods of cryopreservation on survival of large equine blastocysts
pp. 395-395(1)
Authors: Young C.; Squires E.L.; Seidel G.E.

Chilling sensitivity of carp (Cyprinus carpio) embryos in different developmental stages and the protective effect of sucrose
pp. 396-396(1)
Authors: Dinnyes A.; Urbanyi B.; Baranyai B.; Magyary I.

Potential of the porcine zona pellucida (PZP) being an immunocontraceptive agent for elephants
pp. 397-397(1)
Authors: Fayrer-Hosken R.; Brooks P.; Kirkpatrick J.; Bertschinger H.; Raath J.; Soley J.

Physiological characteristics of electro-ejaculated semen from giant pandas
pp. 398-398(1)
Authors: Feng W.H.; Zhao J.; Fujihara N.

In vitro fertilization of minke whale (balaenoptera acutorostrata) follicular oocytes matured in vitro
pp. 399-399(1)
Authors: Fukui Y.; Mogoe T.; Ishikawa H.; Ohsumi S.

MAP kinase activation and Raf-1 synthesis in blue fox oocytes is controlled by cumulus granulosa cells
pp. 400-400(1)
Authors: Kalab P.; Srsen V.; Farstad W.; Krogenaes A.; Motlik J.; Hafne A.-L.

The ultrastructure of llama (Lama glama) blastocysts
pp. 401-401(1)
Authors: Palasz A.T.; Rodriguez-Martinez H.; Brogliatti G.M.

Conceptus development and associated fertility in red deer (cervus elaphus) from days 11 to 25 after mating
pp. 402-402(1)
Authors: Peterson A.J.; Ledgard A.M.; Berg D.K.

Development of embryos produced by intracytoplasmic sperm injection of domestic cat oocytes
pp. 403-403(1)
Authors: Pope C.E.; Johnson C.A.; McRae M.A.; Keller G.L.; Dresser B.L.

Retrieval of parthenote-like embryos from the ovaries of domestic cats.
pp. 404-404(1)
Authors: Pushett D.A.; Gunn I.M.; Trounson A.O.

Propagation of an endangered swine breed by laparoscopic embryo transfer
pp. 405-405(1)
Authors: Ratky J.; Treuer A.; Szabo P.; Dobrentei B.; Soos F.; Seregi J.; Solti L.; Brussow K.-P.

Effect of cryoprotectant and thawing method for cryopreserving epididymal sperm from impala (aepyceros melampus) for in vitro fertilization
pp. 406-406(1)
Authors: Rush E.M.; Jewell M.; Cooper C.; Garcia A.; Tomsett G.; Loskutoff N.M.

A comparison of standard bovine and equine cryodiluents for cryopreserving epididymal sperm from greater kudu (tragelaphus strepsiceros)
pp. 407-407(1)
Authors: Schmid R.; Lanterna J.; Garcia A.; Tomsett G.; Loskutoff N.M.

Toxicity of methanol, DMSO and glycerol on carp (Cyprinus carpio) embryos in different developmental stages
pp. 408-408(1)
Authors: Urbanyi B.; Baranyai B.; Magyary I.; Dinnyes A.

Embryo transfer in Poitou donkeys, preliminary results
pp. 409-409(1)
Authors: Vendramini O.M.; Bruyas J.F.; Fieni F.; Battut I.; Tainturier D.

Taxonomic status and sex identification from single follicle hairs in endangered Pyrenean Ibex (Capra pyrenaica pyrenaica)
pp. 410-410(1)
Authors: Villalta M.; Folch J.; Alabart J.L.; Fernandez-Arias A.

Freezing resistance of epididymal sperm from waterbuck, greater kudu and warthog using glycerol, ethanediol or dimethyl sulfoxide
pp. 411-411(1)
Authors: Watson R.; Lanterna J.; Garcia A.; Cooper C.; Rush E.M.; Tomsett G.; Loskutoff N.M.

The application of standard bovine protocols for the maturation and fertilization of blesbok (damaliscus dorcas phillipsi) oocytes using epididymal sperm cryopreserved in glycerol or dimethyl sulfoxide
pp. 412-412(1)
Authors: Winger Q.; Damiani P.; Loskutoff N.M.