A brief review on advanced renewable materials for supporting artificial insemination technology

Future Developments in Artificial Insemination Technology

Artificial insemination technology for the emu--improving sperm survival.

For the emu, where monogamous mating is normal, artificial insemination (AI) promises much faster genetic improvement and a considerable reduction in production costs by reducing the number of male birds needed for mating. Semen collection is now a routine procedure so the next step is to develop successful protocols for sperm storage. In this paper, we briefly overview our recent progress on t...

A legal perspective on artificial insemination.

Medical science is continually discovering new methods and techniques. Legal rules do not generally anticipate scientific developments. Courts of law are thus often confronted with factual situations for which no definite legal rules apply. The problem is based primarily in a legal system which draws from rule& and regulations formulated at a time when future developments in science were not an...

Artificial Insemination

A GROUP of dairymen in New Jersey organized in 1938 the first cooperative in the United States for the artificial insemination of their cows. This method of serving females without natural mating has since become one of the most significant programs for livestock improvement in the history of American agriculture. A great deal of research has been done on all phases. A basic contribution was th...

Artificial Insemination

[2] Artificial insemination is a relatively simple medical procedure by which semen obtained by masturbation is deposited by means of a syringe in or near the cervix of the woman's uterus. Artificial insemination is of two basic types: homologous insemination, when the semen is obtained from the husband (AIH); and heterologous insemination, when the semen is obtained from a donor (AID). AIH is ...