By Mufti Allie Haroun Shei The techniques of artificial insemination have been used in domestic animal breeding as early as the fourteenth century among Arabs to inseminate horses. In the early 1890s researchers in Moscow developed A1 for sheep, cattle and horses, and the technique is now a major part of the sheep and cattle industry worldwide. At the end of the 18th century, an English clinician, one John Hunter, claimed to have successfully applied the technique to humans. Successful experiments in France were followed by the report of an American doctor in 1866 that he had performed fifty-five inseminations on six women and had obtained the first A1 baby in this country. Artificial human insemination is the introduction of semen in the woman's vagina, cervical canal or uterus mechanically. It's purpose is to produce pregnancy when the wish to have a child apparently cannot be satisfied through normal sexual intercourse. This breakthrough in technology is probably well known to most people. The extended press coverage of Louise Brown, the first child born as a result of artificial reproduction on 25 July 1978 created great interest in the field of human reproduction. Artificial reproduction is a term used to illustrate the various means of having children. These include techniques ranging from the relatively simple artificial insemination using semen of the husband (AIH), to artificial insemination using semen of an anonymous donor (AID) and sometimes the husband's semen is mixed with that of the donor (AIM), to the high tech of IVF which involves the fertilization of a sex cell followed by the transfer or replacement of the resulting embryo into the woman, sometimes of a surrogate mother. TYPES OF ARTIFICIAL INSEMINATION Artificial insemination using the husband's semen: This is not frequently resorted to because the husband's semen is rarely of any value. However, it is appropriate in the following situations, viz:
|
Wednesday, 24 August 2011
Artificial Insemination
Labels:
FAMILY
Subscribe to:
Post Comments (Atom)
No comments:
Post a Comment