John Evan Gadsby

Plasma metabolomic profiling of healthy pregnant mares and mares with experimentally induced placentitis

Equine Veterinary Journal, 53(1), 85–93.

Metabolomic Profile of Allantoic and Amniotic Fluid in Late-term Gestational Mares Characterized by H-1-nuclear Magnetic Resonance Spectroscopy

JOURNAL OF EQUINE VETERINARY SCIENCE, 94.

Allantoic Metabolites, Progesterone, and Estradiol-17 beta Remain Unchanged After Infection in an Experimental Model of Equine Ascending Placentitis

JOURNAL OF EQUINE VETERINARY SCIENCE, 73, 95–105.

Progesterone inhibits cytokine/TNF-α production by porcine CL macrophages via the genomic progesterone receptor

Domestic Animal Endocrinology, 12, 106426.

Hormones Affecting Reproduction

In J. Riviere & M. Papich (Eds.), Veterinary Pharmacology and Therapeutics (10th ed., pp. 674–690). New Jersey, USA: Wiley.

Prostaglandin (PTG) E and F receptors in the porcine corpus luteum; effect of tumor necrosis factor-α

Animal Reproduction Science, 195, 139–148.

Prostaglandin synthesis by the porcine corpus luteum: effect of tumor necrosis factor-alpha

DOMESTIC ANIMAL ENDOCRINOLOGY, 58, 53–62.

Toll-like receptor and related cytokine mRNA expression in bovine corpora lutea during the oestrous cycle and pregnancy

REPRODUCTION IN DOMESTIC ANIMALS, 52(3), 495–504.

Expression of Genes Associated with Apoptosis in the Porcine Corpus Luteum During the Oestrous Cycle

REPRODUCTION IN DOMESTIC ANIMALS, 48(5), 755–761.

Endothelin-1, endothelin converting enzyme-1 and endothelin receptors in the porcine corpus luteum

DOMESTIC ANIMAL ENDOCRINOLOGY, 38(2), 75–85.

Transforming growth factor-beta (TGF beta) and its signaling components in peni-ovulatory pig follicles

ANIMAL REPRODUCTION SCIENCE, 120(1-4), 84–94.

Hormones Affecting Reproduction

In J. Riviere & M. Papich (Eds.), Veterinary Pharmacology and Therapeutics (9th Edition, pp. 717–733). New York, USA: Blackwell.

Mechanisms of Infertility Associated with Clinical and Subclinical Endometritis in High Producing Dairy Cattle

Sheldon, I. M., Price, S. B., Cronin, J., Gilbert, R. O., & Gadsby, J. E. (2009, September). REPRODUCTION IN DOMESTIC ANIMALS, Vol. 44, pp. 1–9.

Protein kinase C isoforms in the porcine corpus luteum: Temporal and spatial expression patterns

DOMESTIC ANIMAL ENDOCRINOLOGY, 36(4), 173–185.

NMR studies of the inclusion complex of cloprostenol sodium salt with beta-cyclodextrin in aqueous solution

PHARMACEUTICAL RESEARCH, 25(5), 1142–1149.

The role of intra-luteal factors in the control of the porcine corpus luteum

In E. C. J. Ashworth & R. R. Kraeling (Eds.), Control of Pig Reproduction VII, Reproduction Supplement 62 (pp. 69–83). Nottingham, U.K: Nottingham University Press.

Expression and localization of hypoxia inducible factor-1 alpha mRNA in the porcine ovary

Canadian Journal of Veterinary Research, 69(3), 215–222.

Cloning of pig prostaglandin F-2 alpha(FP) receptor cDNA and expression of its mRNA in the corpora lutea

Reproduction (Cambridge, England), 125(1), 53–64.

Expression and localization of vascular endothelial growth factor and its receptors in pig corpora lutea during the oestrous cycle

Reproduction (Cambridge, England), 126(3), 393–405.

Insulin-like growth factor (IGF)-I and IGF binding proteins-2,-3,-4,-5 in porcine corpora lutea during the estrous cycle; evidence for inhibitory actions of IGFBP-3

DOMESTIC ANIMAL ENDOCRINOLOGY, 25(2), 183–197.

Steroidogenic responses of pig corpora lutea to insulin-like growth factor I (IGF-I) throughout the oestrous cycle

REPRODUCTION, 125(2), 241–249.

Insulin-like growth factor I receptor Mrna and protein expression in pig corpora lutea

Journal of Reproduction & Fertility, 120(1), 109–114.

Messenger ribonucleic acids for MAC25 and connective tissue growth factor (CTGF) are inversely regulated during folliculogenesis and early luteogenesis

ENDOCRINOLOGY, 141(7), 2648–2657.

Porcine ovarian cells express messenger ribonucleic acids for the acid-labile subunit and insulin-like growth factor binding protein-3 during follicular and luteal phases of the estrous cycle

ENDOCRINOLOGY, 141(7), 2638–2647.

Insulin-like growth factor (IGF)-I, ICF-I receptor, and IGF binding protein-3 messenger ribonucleic acids and protein in corpora lutea from prostaglandin F-2 alpha-treated gilts

BIOLOGY OF REPRODUCTION, 61(6), 1527–1534.

Ovarian expression of Mac25/IGFBP-7 and connective tissue growth factor/IGFBP-8 during porcine follicular phase.

Biology of Reproduction, 60(1999), 173.

Expression of the Messenger Ribonucleic Acids for Insulin-Like Growth Factor-I and Insulin-Like Growth Factor Binding Proteins in Porcine Corpora Lutea

Biology of Reproduction, 54(2), 339–346.

Short-cycling of gilts with prostaglandin analogs

In P. G. Monetti & G. Vignola (Eds.), Proceedings of the 14th International Pig Veterinary Society Congress (p. 564). Bologna, Italy: Scientific Committee of the 14th IPVS Congress.

Does increased PGF2α receptor concentration mediate PGF2α-induced luteolysis during early diestrus in the pig?

Prostaglandins, 49(5), 255–267.

Differential effects of LH and PGE2 on progesterone secretion by small and large porcine luteal cells

Reproduction, 102(1), 27–34.

Prostaglandin F2a stimulates progesterone secretion by porcine luteal cells in vitro throughout the estrous cycle

Prostaglandins, 48(2), 109–125.

Prostaglandin F2α Receptor Concentrations in Corpora Lutea of Cycling, Pregnant, and Pseudopregnant Pigs

Biology of Reproduction, 49(3), 604–608.

Repeated Administration of Prostaglandin F2α during the Early Luteal Phase Causes Premature Luteolysis in the Pig

Biology of Reproduction, 49(1), 181–185.

The presence of glandular kallikrein in rabbit fetal placental conditioned medium.

Endocrinology, 131(4), 1777–1781.

Acute stimulatory effects of prostaglandin F2α on serum progesterone concentrations in pregnant and pseudopregnant pigs

Prostaglandins, 41(5), 419–432.

Luteal Enzymes of the Luteinizing Hormone and β-Adrenergic Signal Transduction Pathways in Hypophysectomized Rabbits do not Require Pituitary Hormone Support

Biology of Reproduction, 44(4), 609–619.

Prostaglandin F2α Receptors on Enzyme-Dissociated Pig Luteal Cells throughout the Estrous Cycle*

Endocrinology, 126(2), 787–795.

Control of corpus luteum function in the pregnant rabbit

Journal of Reproduction and Fertility Supplement, 37, 45–54.

Rabbit placental-conditioned medium stimulates progesterone accumulation by granulosa-lutein cells in culture: preliminary characterization of a placental luteotropic hormone

Biology of Reproduction, 40(2), 239–249.

Role of Estrogen and the Placenta in the Maintenance of the Rabbit Corpus Luteum

In Advances in Experimental Medicine and Biology (pp. 361–378).

Do Catecholamines Play a Physiologic Role in Regulating Corpus Luteum Function in the Pseudopregnant Rabbit?

Biology of Reproduction, 32(4), 907–915.

Maintenance of rabbit luteal LH and catecholamine responsive adenylyl cyclase and cyclic AMP content does not require pituitary support

In R. J. Ryan & D. O. Toft (Eds.), Proceedings of the Fifth Ovarian Workshop (pp. 89–94). Champaign, Illinois: Ovarian Workshops.

Control of Corpus Luteum Function in the Pregnant Rabbit: Role of the Placenta (“Placental Luteotropin”) in Regulating Responsiveness of Corpora Lutea to Estrogen

Biology of Reproduction, 31(1), 16–24.

New Perspectives on the Endocrine Regulation of the Rabbit Corpus Luteum

In Hormonal Control of the Hypothalamo-Pituitary-Gonadal Axis (pp. 273–288).

Control of Corpus Luteum Function in the Pregnant Rabbit: Role of Estrogen and Lack of a Direct Luteotropic Role of the Placenta

Endocrinology, 113(6), 2255–2262.

EMBRYONIC STEROID SYNTHESIS AND LUTEAL OXYTOCIN PRODUCTION: CONTROLLING MECHANISMS FOR THE MATERNAL RECOGNITION OF PREGNANCY

In Hormonal Steroids (pp. 973–978).

The Corpus Luteum

In R. Greep (Ed.), Reproductive Physiology IV (pp. 59–97). Baltimore, MD: University Park Press.

Steroid Hormones in Blastocyst Tissue, Uterine Flushings, and Endometrium of Pig, Sheep, and Cow

In Proteins and Steroids in Early Pregnancy (pp. 173–182).

The Synthesis of Steroids and Proteins in the Pig Blastocyst

In Proteins and Steroids in Early Pregnancy (pp. 157–171).

Embryonic signals and maternal recognition

In S. R. Glasser & D. W. Bullock (Eds.), Cellular and Molecular aspects of Implantation (pp. 311–326). New York: Plenum Press.

Oestrogen production in early pregnancy

Journal of Endocrinology Supplement, 89, 77–94.

Blastocyst steroids and implantation

In I. A. Cumming, J. W. Funder, & F. A. O. Mendelsohn (Eds.), Endocrinology 1980: proceedings of the VI International Congress of Endocrinology, Melbourne, Australia, February 10-16, 1980 (pp. 79–82). Melbourne, Australia: Australian Academy of Science.

Oestrogen production by blastocyst and early embryonic tissue of various species

Reproduction, 60(2), 409–417.

Blastocyst oestrogen synthesis and the maternal recognition of pregnancy

In J. Whelan (Ed.), Maternal Recognition of Pregnancy (pp. 209–228). Amsterdam: Excerpta Medica.

Blastocyst steroids: their synthesis and action

In A. Klopper, L. Lerner, H. J. van der Molen, & F. Sciarra (Eds.), Research on steroids (Vol. 8, pp. 3–10). London, U.K: Academic Press.

Hormones, the early embryo and the uterine environment

Reproduction, 55(1), 267–275.

ROLE OF EMBRYONIC SIGNALS IN THE ESTABLISHMENT OF PREGNANCY

British Medical Bulletin, 35(2), 129–135.

Blastocyst steroids: their synthesis and actions.

In F. Du Mesnil du Buisson, A. Psychoyos, & K. Thomas (Eds.), L'implantation de l'oeuf : colloque de la Société nationale pour l'étude de la stérilité et de la fécondité (pp. 177–179). Paris, France: Thomas. Masson.

Steroid hormones and their synthesis in the early embryo

In E. C. H. Spilman & J. W. Wilks (Eds.), Novel Aspects of Reproductive Physiology (pp. 263–285). New York: SP Medical and Scientific Books.

Blastocyst steroidogenesis and embryo-maternal interactions in the establishment of pregnancy

In J. H. Calaby & C. H. Tyndale-Biscoe (Eds.), Reproduction and Evolution : proceedings of the Fourth Symposium on Comparative Biology of Reproduction, held in Canberra, December, 1976 (pp. 341–347). Canberra: Australian Academy of Sciences.

Endocrine Activities and Protein Synthesis in the Early Blastocyst

Biochemical Society Transactions, 5(2), 457–458.

Endocrinology of the blastocyst and its role in the establishment of pregnancy

Journal of Reproduction and Fertility, Suppl. 25, 85–104.

Pregnancy Diagnosis in the Cow from Milk Progesterone Concentration

British Veterinary Journal, 132(5), 445–464.

Endocrine Activities of the Blastocyst and Early Embryonic Tissue in the Pig

Biochemical Society Transactions, 3(6), 1183–1188.

Diagnosis of pregnancy and of the number of foetuses in sheep from plasma progesterone concentrations

Veterinary Record, 90(12), 339–342.