Results 151 to 160 of about 21,039 (206)

Equine Artificial Insemination

Veterinary Clinics of North America: Equine Practice, 1988
Artificial insemination is an effective technique for improving utilization of the stallion while maintaining normal conception rates in the mare. However, procedures for collection, evaluation, and insemination of semen must be followed carefully to achieve good results.
D J, Yates, M D, Whitacre
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Artificial Insemination: Intrauterine Insemination

2010
Artificial insemination has been used to treat infertility since the eighteenth century, and continues to be commonly performed. This chapter explores the medical indications for use of artificial insemination and provides evidence-based recommendations for therapeutic use. © Springer Science+Business Media, LLC 2010. ; Pieternel Steures, Ben W. J. Mol,
Steures, P., Mol, B., van der Veen, F.
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Artificial Insemination in Swine

Veterinary Clinics of North America: Food Animal Practice, 1992
This article analyses the advantages and disadvantages of artificial insemination with semen purchased from a center as well as from the herd boars on the farm. Intensive swine production could benefit greatly by adapting artificial insemination with herd boars, particularly from savings in labor and boar numbers.
B G, Crabo, G D, Dial
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Artificial Insemination: An Overview

Journal of Obstetric, Gynecologic & Neonatal Nursing, 1985
This article presents an overview of the indications for and techniques of artificial insemination, including artificial insemination of husband's/partner's sperm and artificial insemination of donor sperm. Important issues related to psychologic, legal, and ethical concerns are addressed, as well as long-term ramifications and implications for nursing.
E F, Olshansky, L N, Sammons
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Artificial Donor Insemination

Australian and New Zealand Journal of Obstetrics and Gynaecology, 1976
Summary: This paper discusses the indication, need, and methodology for artificial donor insemination in Australia by describing the management of 111 referred couples over a 15‐month period. Insemination was carried out with either deep frozen or fresh semen in 97 women.
J, Leeton, J, Backwell
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Uses of Artificial Insemination

Nature, 1971
Techniques for semen storage and artificial insemination of animals have developed considerably during the past twenty-five years but biological, social and economic factors are still limiting the full development of this technology.
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Artificial Insemination in Botswana

British Veterinary Journal, 1975
SUMMARY The beef industry of Botswana is one of the most important sectors of the country’s economy, on which a large proportion of the population depend for their livelihood. Artificial insemination of beef cattle has only recently been introduced and is still on a very small scale.
N G, Buck, L E, Serema, H G, Staugaard
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Experiences with Artificial Insemination

Australian and New Zealand Journal of Obstetrics and Gynaecology, 1970
SummaryExperiences with 21 patients treated by artificial insemination are presented. The clinical features of the patients– 16 treated by A.I.D. and 5 by A.I.H. are discussed. As a result of insemination, 13 of 16 dedicated patients were delivered of 18 living, healthy children, while those who were casual in approach had no success.
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Artificial Insemination

Physiological Reviews, 1956
C W, EMMENS, A W, BLACKSHAW
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Artificial insemination in rabbits

British Veterinary Journal, 1995
Artificial insemination (AI) in rabbits can be a useful aid to colony management. In this review, simple non-invasive techniques for semen collection and AI are described. Conception rates following AI can be equivalent to, or better than, those achieved by natural mating, with the added advantage that contact between animals is avoided.
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