Gamete cells are produced to transmit genetic information from parents to their progeny. The cells are formed by a special process of cell division, called meiosis, which results in the halving of the chromosome number in each parental gamete so that the full complement can be restored when sperm and ovum unite. First , the chromosomes appear in the nucleus of the cell and then duplicate. Like chromosomes link together and exchange different section of their length before separating and lining up across the center. They are pulled to opposite poles and eventually two cells are formed, each one containing one member of each pair of chromosomes from the original cell. Then a second division begins and, in the same way, the chromosomes arrange themselves across the center of the nucleus. This time one-half of each chromosome, a chromatid, moves to the poles of the nucleus. Within the four cells that are formed each chromatid will eventually replicate to form a chromosome and each gamete cell will contain half the original chromosome number. Keyword: courses Related Keywords  just at www.fysisoft.com correspondence courses  just at www.fysisoft.com courses  just at www.fysisoft.com digital photography courses  just at www.fysisoft.com free online courses  just at www.fysisoft.com golf courses  just at www.fysisoft.com italian cooking courses  just at www.fysisoft.com italian cultural courses  just at www.fysisoft.com italian language courses  just at www.fysisoft.com online college courses  just at www.fysisoft.com online courses  just at www.fysisoft.com online photography courses  just at www.fysisoft.com photography courses  just at www.fysisoft.com spanish courses spain  just at www.fysisoft.com speed awareness courses  just at www.fysisoft.com training courses  just at www.fysisoft.com Keyword: education Related Keywords  just at www.fysisoft.com brown vs. board of education  just at www.fysisoft.com chronicle of higher education  just at www.fysisoft.com college education  just at www.fysisoft.com department of education  just at www.fysisoft.com education  just at www.fysisoft.com education 902b grants  just at www.fysisoft.com education grants just at www.fysisoft.com  education loan for nris  just at www.fysisoft.com executive education  just at www.fysisoft.com florida department of education  just at www.fysisoft.com ohio department of education  just at www.fysisoft.com physical education  just at www.fysisoft.com sex education  just at www.fysisoft.com texas education agency just at www.fysisoft.com us department of educationhildrens educational toys just at www.fysisoft.com  educational just at www.fysisoft.com educational articles just at www.fysisoft.com educational games just at www.fysisoft.com educational leadership just at www.fysisoft.com educational philosophy just at www.fysisoft.com educational psychology just at www.fysisoft.com educational quotes just at www.fysisoft.com educational software just at www.fysisoft.com educational toys just at www.fysisoft.com educational videos just at www.fysisoft.com educational websites just at www.fysisoft.com kelly educational staffing just at www.fysisoft.com state educational rankings just at www.fysisoft.com toddler educational toys just at www.fysisoft.com

Gamete Cells Gamete cells are produced to transmit genetic information from parents to their progeny. The cells are formed by a special process of cell division, called meiosis, which results in the halving of the chromosome number in each parental gamete so that the full complement can be restored when sperm and ovum unite. First , the chromosomes appear in the nucleus of the cell and then duplicate. Like chromosomes link together and exchange different section of their length before separating and lining up across the center. They are pulled to opposite poles and eventually two cells are formed, each one containing one member of each pair of chromosomes from the original cell. Then a second division begins and, in the same way, the chromosomes arrange themselves across the center of the nucleus. This time one-half of each chromosome, a chromatid, moves to the poles of the nucleus. Within the four cells that are formed each chromatid will eventually replicate to form a chromosome and each gamete cell will contain half the original chromosome number.

Gamete Formation

Determined sperm compete in the cutthroat (cutflagellum?) race to be the first to fertilize the egg.

Bocas Del Toro, Sept-12, 2006, 7:30pm, Montastrea complex releases packs of gametes which float to the surface, break apart, and the sperm and eggs disperse, while I swim through it all.

Le groupe de danse folklorique GAMETE ET SARO d'Oupeye en démo au château d'Oupeye le 14 septembre 2008

A meiosis movie

Le groupe de danse folklorique GAMETE ET SARO d'Oupeye en démo au château d'Oupeye le 14 septembre 2008

Le groupe de danse folklorique GAMETE ET SARO d'Oupeye en démo au château d'Oupeye le 14 septembre 2008

Le groupe de danse folklorique GAMETE ET SARO d'Oupeye en démo au château d'Oupeye le 14 septembre 2008

Dropkicking.

This episode explores the label of the word Whore and its placement on both men & women if engaging in sex on the first night or living a sexually promiscuous lifestyle. Sex refers to the male and female duality of biology and reproduction. Often, individuals of the two sexes attract one another and communicate their readiness to procreate through biological changes, or, in social species, through courtship behaviours. An organism's sex is defined by its biological role in reproduction, not according to its sexual or other behavior. The female sex is defined as the one which produces the larger gamete and which typically bears the offspring. In contrast, the male sex has a smaller gamete and rarely bears offspring. Prostitution is when money is the critical motivation for some activity. On the other hand, selling sex for money, or "whoring" can be done in truth and appropriateness, through very selective choice of customers. There are quite a few who whore who are not prostitutes, for they actually love what they do, and would continue to engage in promiscuous sex even without the monetary reward. One who whores,is one who allows themself to be monetarily rewarded in addition to a fundamentaly appropriate choice of having sex with someone she would have sex with even without monetary reward. Yes, it is true that much whoring is prostitution, but it is essential to understand, that while most people and most law fails to make this distinction, that there truly is a distinction, and only the one whoring can know in the moment, whether she is for a given session, "whoring" or "prostituting". In many cases a fancy name for a legal whore is "wife". Many women, disempowed by the patriarchal system, seek to have their survival needs (money) met by one consistent trick (named "husband"). Sacred Sex is a concept much suppressed in what passes for current "culture".

http://es.video.yahoo.com/watch/2393413/7155876 MADAME SARKOZY This article is about biological sex. For alternate uses, such as sexual intercourse and the social concept of gender, see Sex (disambiguation). Sex in animals involves the fusion of a sperm and an egg cell.In biology, sex is a process of combining and mixing genetic traits, often resulting in the specialization of organisms into male and female reproductive roles. Sexual reproduction involves combining specialized cells (called gametes) to form offspring that inherit traits from both parents. Gametes can be identical in form and function, but in many cases an asymmetry has evolved such that two types of gametes exist: male gametes are small and are optimized to transport their genetic information, while female gametes are large and carry the nutrients necessary for the development of the child organism. An organism's sex is defined by the gametes it produces: males produce male gametes (sperm) while females produce female gametes (egg cells); organisms which produce both male and female gametes are hermaphrodites. Frequently physical differences are associated with the different sexes of an organism; these sexual dimorphisms can reflect the different reproductive pressures the sexes experience. In some cases female organisms also have the role of carrying offspring through the first part of development, a process called gestation. Sexual reproduction is a process where organisms form offspring that combine genetic traits from both parents.[1] Genetic traits are contained within the DNA of chromosomes — by combining a set of chromosomes from each parent, an organism is formed containing a doubled set of chromosomes. This double-chromosome stage is called "diploid", while the single chromosome stage is "haploid". Diploid organisms can, in turn, form haploid cells that randomly inherit one of the two different chromosomes, a process called meiosis.[2] Meiosis also involves a stage of chromosomal crossover, in which regions of DNA are exchanged between the two chromosomes to form a new pair of mixed chromosomes. These processes result in the recombining of different genetic traits. In many organisms the haploid stage has been reduced to specialized cells called gametes specialized to recombine and form a new diploid organism. Sometimes gametes are externally similar, particularly in size (isogamy); often, however, an asymmetry has evolved such that the gametes are different in size and other aspects (anisogamy).[3] By convention, the larger gamete (called an egg cell or ovum) is considered female, while the smaller gamete (called a sperm) is considered male. An individual that produces exclusively large gametes is female, and one that produces exclusively small gametes is male. An individual that produces both types of gametes is a hermaphrodite; in many cases hermaphrodites are able to self-fertilize and produce offspring on their own, without a second organism.[4] Sexually reproducing animals spend their lives as diploid organisms, with the haploid stage reduced to single cell gametes.[5] The gametes of animals have male and female forms—spermatozoa and egg cells. These gametes combine to form embryos which develop into a new organism. The male gamete, a spermatozoan (produced within a testicle), is a small cell containing a single long flagellum which propels it.[6] Spermatozoa are extremely reduced cells, lacking many cellular components that would be necessary for embryonic development. They are specialized for motility, seeking out an egg cell and fusing with it in a process called fertilization. Female gametes are egg cells (produced within ovaries), large immobile cells that contain the nutrients and cellular components necessary for a developing embryo.[7] Egg cells are often associated with other cells which support the development of the embryo, forming an egg. In mammals, the fertilized embryo instead develops within the female, receiving nutrition directly from its mother.

http://es.video.yahoo.com/watch/2393413/7155876 MADAME SARKOZY This article is about biological sex. For alternate uses, such as sexual intercourse and the social concept of gender, see Sex (disambiguation). Sex in animals involves the fusion of a sperm and an egg cell.In biology, sex is a process of combining and mixing genetic traits, often resulting in the specialization of organisms into male and female reproductive roles. Sexual reproduction involves combining specialized cells (called gametes) to form offspring that inherit traits from both parents. Gametes can be identical in form and function, but in many cases an asymmetry has evolved such that two types of gametes exist: male gametes are small and are optimized to transport their genetic information, while female gametes are large and carry the nutrients necessary for the development of the child organism. An organism's sex is defined by the gametes it produces: males produce male gametes (sperm) while females produce female gametes (egg cells); organisms which produce both male and female gametes are hermaphrodites. Frequently physical differences are associated with the different sexes of an organism; these sexual dimorphisms can reflect the different reproductive pressures the sexes experience. In some cases female organisms also have the role of carrying offspring through the first part of development, a process called gestation. Sexual reproduction is a process where organisms form offspring that combine genetic traits from both parents.[1] Genetic traits are contained within the DNA of chromosomes — by combining a set of chromosomes from each parent, an organism is formed containing a doubled set of chromosomes. This double-chromosome stage is called "diploid", while the single chromosome stage is "haploid". Diploid organisms can, in turn, form haploid cells that randomly inherit one of the two different chromosomes, a process called meiosis.[2] Meiosis also involves a stage of chromosomal crossover, in which regions of DNA are exchanged between the two chromosomes to form a new pair of mixed chromosomes. These processes result in the recombining of different genetic traits. In many organisms the haploid stage has been reduced to specialized cells called gametes specialized to recombine and form a new diploid organism. Sometimes gametes are externally similar, particularly in size (isogamy); often, however, an asymmetry has evolved such that the gametes are different in size and other aspects (anisogamy).[3] By convention, the larger gamete (called an egg cell or ovum) is considered female, while the smaller gamete (called a sperm) is considered male. An individual that produces exclusively large gametes is female, and one that produces exclusively small gametes is male. An individual that produces both types of gametes is a hermaphrodite; in many cases hermaphrodites are able to self-fertilize and produce offspring on their own, without a second organism.[4] Sexually reproducing animals spend their lives as diploid organisms, with the haploid stage reduced to single cell gametes.[5] The gametes of animals have male and female forms—spermatozoa and egg cells. These gametes combine to form embryos which develop into a new organism. The male gamete, a spermatozoan (produced within a testicle), is a small cell containing a single long flagellum which propels it.[6] Spermatozoa are extremely reduced cells, lacking many cellular components that would be necessary for embryonic development. They are specialized for motility, seeking out an egg cell and fusing with it in a process called fertilization. Female gametes are egg cells (produced within ovaries), large immobile cells that contain the nutrients and cellular components necessary for a developing embryo.[7] Egg cells are often associated with other cells which support the development of the embryo, forming an egg. In mammals, the fertilized embryo instead develops within the female, receiving nutrition directly from its mother. 1 2 3 4 5 6 7 8 9 0 a b c d e f g h i j k l m n o p q r s t u v w x y z

The free iphone that I had won from http://iphonetricks.awardspace.com/ This article is about biological sex. For alternate uses, such as sexual intercourse and the social concept of gender, see Sex (disambiguation). Sex in animals involves the fusion of a sperm and an egg cell.In biology, sex is a process of combining and mixing genetic traits, often resulting in the specialization of organisms into male and female reproductive roles. Sexual reproduction involves combining specialized cells (called gametes) to form offspring that inherit traits from both parents. Gametes can be identical in form and function, but in many cases an asymmetry has evolved such that two types of gametes exist: male gametes are small and are optimized to transport their genetic information, while female gametes are large and carry the nutrients necessary for the development of the child organism. An organism's sex is defined by the gametes it produces: males produce male gametes (sperm) while females produce female gametes (egg cells); organisms which produce both male and female gametes are hermaphrodites. Frequently physical differences are associated with the different sexes of an organism; these sexual dimorphisms can reflect the different reproductive pressures the sexes experience. In some cases female organisms also have the role of carrying offspring through the first part of development, a process called gestation. Sexual reproduction is a process where organisms form offspring that combine genetic traits from both parents.[1] Genetic traits are contained within the DNA of chromosomes — by combining a set of chromosomes from each parent, an organism is formed containing a doubled set of chromosomes. This double-chromosome stage is called "diploid", while the single chromosome stage is "haploid". Diploid organisms can, in turn, form haploid cells that randomly inherit one of the two different chromosomes, a process called meiosis.[2] Meiosis also involves a stage of chromosomal crossover, in which regions of DNA are exchanged between the two chromosomes to form a new pair of mixed chromosomes. These processes result in the recombining of different genetic traits. In many organisms the haploid stage has been reduced to specialized cells called gametes specialized to recombine and form a new diploid organism. Sometimes gametes are externally similar, particularly in size (isogamy); often, however, an asymmetry has evolved such that the gametes are different in size and other aspects (anisogamy).[3] By convention, the larger gamete (called an egg cell or ovum) is considered female, while the smaller gamete (called a sperm) is considered male. An individual that produces exclusively large gametes is female, and one that produces exclusively small gametes is male. An individual that produces both types of gametes is a hermaphrodite; in many cases hermaphrodites are able to self-fertilize and produce offspring on their own, without a second organism.[4] Sexually reproducing animals spend their lives as diploid organisms, with the haploid stage reduced to single cell gametes.[5] The gametes of animals have male and female forms—spermatozoa and egg cells. These gametes combine to form embryos which develop into a new organism. The male gamete, a spermatozoan (produced within a testicle), is a small cell containing a single long flagellum which propels it.[6] Spermatozoa are extremely reduced cells, lacking many cellular components that would be necessary for embryonic development. They are specialized for motility, seeking out an egg cell and fusing with it in a process called fertilization. Female gametes are egg cells (produced within ovaries), large immobile cells that contain the nutrients and cellular components necessary for a developing embryo.[7] Egg cells are often associated with other cells which support the development of the embryo, forming an egg. In mammals, the fertilized embryo instead develops within the female, receiving nutrition directly from its mother.

Cryo-Innovation Ltd. is interested in providing commercial service and promotingresearch and development on the field of gamete and embryo cryopreservation and storage. Cryo-Innovation Ltd. was founded on the 30th of March, 2005. The establishment of the company represents a qualitative change: commercialization of a basic research, which started in 2001 with the aim of improving the efficacy of gamete and embryo-cryopreservation protocols. Now the Company is involved in the production and development of the technology, utilizing promoted and independent research achievements and well established engineering and production backgrounds.

Josh: We recorded this the day after Nancy Pelosi made her controversial statements. I have never become so frustrated during the recording of a show, and it was hours later before my heart rate got back down to normal. I'm uploading this way before the full episode will go live at ProLifePodcast.net because this is happening now, and I don't want to wait a month before we get this out. The entire show was awesome, and I'm looking forward to you having the chance to hear it. This video is from the 32nd episode of Life Report. Listen to past shows at http://ProLifePodcast.net. Be sure to SUBSCRIBE to our channel! EVIDENCE THAT LIFE BEGINS AT FERTILIZATION: - "[The Zygote] results from the union of an oocyte and a sperm. A zygote is the beginning of a new human being. Human development begins at fertilization, the process during which a male gamete or sperm ... unites with a female gamete or oocyte ... to form a single cell called a zygote. This highly specialized, totipotent cell marks the beginning of each of us as a unique individual." (The Developing Human: Clinically Oriented Embryology, 6th ed. Keith L. Moore, Ph.D. & T.V.N. Persaud, Md., (Philadelphia: W.B. Saunders Company, 1998), 2-18.) - • "It is the penetration of the ovum by a spermatozoan and resultant mingling of the nuclear material each brings to the union that constitutes the culmination of the process of fertilization and marks the initiation of the life of a new individual."( Human Embryology, 3rd ed. Bradley M. Patten, (New York: McGraw Hill, 1968), 43.) - • "The zygote thus formed represents the beginning of a new life." (Briological Principles and Modern Practice of Obstetrics. J.P. Greenhill and E.A. Friedman, (Philadelphia: W.B. Sanders, 1974), 17.) - • "Every time a sperm cell and ovum unite a new being is created which is alive and will continue to live unless its death is brought about by some specific condition." (Pathology of the Fetus and the Infant, 3d ed. E.L. Potter and J.M. Craig, (Chicago: Year Book Medical Publishers, 1975), vii.) - Former president of Planned Parenthood Alan Guttmacher said that life begins at conception, and that "this all seems so simple and evident to us that it is difficult to picture a time when it was not part of the common knowledge." (Life in the Making, Viking Press, 1933.) - "Conception confers life..." Rites of Life: The Scientific Evidence for Life Before Birth, by Landrum B Shettles, Zondervan (December 1983) - After eight days of hearing consisting of 57 witnesses, including world-renowned geneticists, biologists, and practicing physicians, the Senate Subcommittee of Separation of Powers concluded in a report published in 1981 the following: "The testimony of these witnesses and the voluminous submissions received by the Subcommittee points to a clear conclusion: the life of a human being begins at conception." (U.S. Senate Subcommittee on Separation of Powers, Report on The Human Life Bill -- S. 158 (Dec. 1981) - Dr. Hymie Gordon (Mayo Clinic): "By all criteria of modern molecular biology, life is present from the moment of conception." - Dr. Micheline Matthews-Roth (Harvard University Medical School): "It is scientifically correct to say that an individual human life begins at conception." - Dr. Alfred Bongioanni (University of Pennsylvania): "I have learned from my earliest medical education that human life begins at the time of conception." - Dr. Jerome LeJeune, "the Father of Modern Genetics" (University of Descartes, Paris): "To accept the fact that after fertilization has taken place a new human has come into being is no longer a matter of taste or opinion . . . it is plain experimental evidence."

biology lab camera at 100x magnification. male fern gametes swimming around a female gamete

Click http://51w.us/me Watch Me Playing With My Self On Cam! http://www.findmadeleine.com/ MADAME SARKOZY This article is about biological sex. For alternate uses, such as sexual intercourse and the social concept of gender, see Sex (disambiguation). Sex in animals involves the fusion of a sperm and an egg cell.In biology, sex is a process of combining and mixing genetic traits, often resulting in the specialization of organisms into male and female reproductive roles. Sexual reproduction involves combining specialized cells (called gametes) to form offspring that inherit traits from both parents. Gametes can be identical in form and function, but in many cases an asymmetry has evolved such that two types of gametes exist: male gametes are small and are optimized to transport their genetic information, while female gametes are large and carry the nutrients necessary for the development of the child organism. An organism's sex is defined by the gametes it produces: males produce male gametes (sperm) while females produce female gametes (egg cells); organisms which produce both male and female gametes are hermaphrodites. Frequently physical differences are associated with the different sexes of an organism; these sexual dimorphisms can reflect the different reproductive pressures the sexes experience. In some cases female organisms also have the role of carrying offspring through the first part of development, a process called gestation. Sexual reproduction is a process where organisms form offspring that combine genetic traits from both parents.[1] Genetic traits are contained within the DNA of chromosomes — by combining a set of chromosomes from each parent, an organism is formed containing a doubled set of chromosomes. This double-chromosome stage is called "diploid", while the single chromosome stage is "haploid". Diploid organisms can, in turn, form haploid cells that randomly inherit one of the two different chromosomes, a process called meiosis.[2] Meiosis also involves a stage of chromosomal crossover, in which regions of DNA are exchanged between the two chromosomes to form a new pair of mixed chromosomes. These processes result in the recombining of different genetic traits. In many organisms the haploid stage has been reduced to specialized cells called gametes specialized to recombine and form a new diploid organism. Sometimes gametes are externally similar, particularly in size (isogamy); often, however, an asymmetry has evolved such that the gametes are different in size and other aspects (anisogamy).[3] By convention, the larger gamete (called an egg cell or ovum) is considered female, while the smaller gamete (called a sperm) is considered male. An individual that produces exclusively large gametes is female, and one that produces exclusively small gametes is male. An individual that produces both types of gametes is a hermaphrodite; in many cases hermaphrodites are able to self-fertilize and produce offspring on their own, without a second organism.[4] Sexually reproducing animals spend their lives as diploid organisms, with the haploid stage reduced to single cell gametes.[5] The gametes of animals have male and female forms—spermatozoa and egg cells. These gametes combine to form embryos which develop into a new organism. The male gamete, a spermatozoan (produced within a testicle), is a small cell containing a single long flagellum which propels it.[6] Spermatozoa are extremely reduced cells, lacking many cellular components that would be necessary for embryonic development. They are specialized for motility, seeking out an egg cell and fusing with it in a process called fertilization. Female gametes are egg cells (produced within ovaries), large immobile cells that contain the nutrients and cellular components necessary for a developing embryo.[7] Egg cells are often associated with other cells which support the development of the embryo, forming an egg. In mammals, the fertilized embryo instead develops within the female, receiving nutrition directly from its mother. 1 2 3 4 5 6 7 8 9 0 a b c d e f g h i j k l m n o p q r s t u v w x y z

http://www.myspace.com/HumanLifeAwareness http://HumanLifeAwareness.org SOMEONE GET HILLARY AN EMBRYOLOGY TEXTBOOK! EMBRYOLOGISTS ARE UNANIMOUS THAT IT IS AN OBSERVABLE SCIENTIFIC FACT THAT HUMAN LIFE BEGINS AT CONCEPTION/FERTILIZATION. HERE ARE JUST A FEW EXAMPLES: The Developing Human: Clinically Oriented Embryology, 6th ed. Keith L. Moore, Ph.D. & T.V.N. Persaud, Md., (Philadelphia: W.B. Saunders Company, 1998), 2-18: "[The Zygote] results from the union of an oocyte and a sperm. A zygote is the beginning of a new human being. Human development begins at fertilization, the process during which a male gamete or sperm ... unites with a female gamete or oocyte ... to form a single cell called a zygote. This highly specialized, totipotent cell marks the beginning of each of us as a unique individual." From Human Embryology & Teratology, Ronan R. O'Rahilly, Fabiola Muller, (New York: Wiley-Liss, 1996), 5-55. "Fertilization is an important landmark because, under ordinary circumstances, a new, genetically distinct human organism is thereby formed... Fertilization is the procession of events that begins when a spermatozoon makes contact with a secondary oocyte or its investments... The zygote ... is a unicellular embryo.." Essentials of Human Embryology, William J. Larsen, (New York: Churchill Livingstone, 1998), 1-17. "In this text, we begin our description of the developing human with the formation and differentiation of the male and female sex cells or gametes, which will unite at fertilization to initiate the embryonic development of a new individual. ... Fertilization takes place in the oviduct ... resulting in the formation of a zygote containing a single diploid nucleus. Embryonic development is considered to begin at this point... This moment of zygote formation may be taken as the beginning or zero time point of embryonic development." Kaluger, G., and Kaluger, M., Human Development: The Span of Life, page 28-29, The C.V. Mosby Co., St. Louis, 1974 "In that fraction of a second when the chromosomes form pairs, the sex of the new child will be determined, hereditary characteristics received from each parent will be set, and a new life will have begun." "Embryo: The developing individual between the union of the germ cells and the completion of the organs which characterize its body when it becomes a separate organism.... At the moment the sperm cell of the human male meets the ovum of the female and the union results in a fertilized ovum (zygote), a new life has begun.... The term embryo covers the several stages of early development from conception to the ninth or tenth week of life." Clark, J. ed., The Nervous System: Circuits of Communication in the Human Body, page 99, Torstar Books Inc., Toronto, 1985 "Each human begins life as a combination of two cells, a female ovum and a much smaller male sperm. This tiny unit, no bigger than a period on this page, contains all the information needed to enable it to grow into the complex structure of the human body. The mother has only to provide nutrition and protection." The Biology of Prenatal Develpment, National Geographic, 2006. (Video) "Biologically speaking, human development begins at fertilization." Dr. Jerome Lejeune, a famous geneticist, testified in Davis v. Davis, Circuit Court, State of Tennessee, 1989: "...each of us has a unique beginning, the moment of conception...As soon as the twenty-three chromosomes carried by the sperm encounter the twenty-three chromosomes carried by the ovum, the whole information necessary and sufficient to spell out all the characteristics of the new being is gathered...(W)hen this information carried by the sperm and by the ovum has encountered each other, then a new human being is defined which has never occurred before and will never occur again...[the zygote, and the cells produced in the succeeding divisions] is not just simply a non-descript cell, or a "population" or loose "collection" of cells, but a very specialized individual, i.e., someone who will build himself according to his own rule." (As quoted in Linacre Quarterly, February, 1993) * "Father of Modern Genetics" Dr. Jerome Lejeune told the lawmakers: "To accept the fact that after fertilization has taken place a new human has come into being is no longer a matter of taste or opinion ... it is plain experimental evidence."

http://es.video.yahoo.com/watch/2393413/7155876 Madame Sarkozy In biology, sex is a process of combining and mixing genetic traits, often resulting in the specialization of organisms into male and female types (or sexes). Sexual reproduction involves combining specialized cells (gametes) to form offspring that inherit traits from both parents. Gametes can be identical in form and function (known as isogametes), but in many cases an asymmetry has evolved such that two sex-specific types of gametes (heterogametes) exist: male gametes are small, motile, and optimized to transport their genetic information over a distance, while female gametes are large, non-motile and contain the nutrients necessary for the early development of the young organism. An organism's sex is defined by the gametes it produces: males produce male gametes (spermatozoa, or sperm) while females produce female gametes (ova, or egg cells); individual organisms which produce both male and female gametes are termed hermaphroditic. Frequently, physical differences are associated with the different sexes of an organism; these sexual dimorphisms can reflect the different reproductive pressures the sexes experience. Sexual reproduction is a process where organisms form offspring that combine genetic traits from both parents.[1] Genetic traits are contained within the dioxyribonucleic acid (DNA) of chromosomes — by combining one of each type of chromosomes from each parent, an organism is formed containing a doubled set of chromosomes. This double-chromosome stage is called "diploid", while the single chromosome stage is "haploid". Diploid organisms can, in turn, form haploid cells (gametes) that randomly contain one of each of the chromosome pairs, via a process called meiosis.[2] Meiosis also involves a stage of chromosomal crossover, in which regions of DNA are exchanged between matched types of chromosomes to form a new pair of mixed chromosomes. Crossing over and fertilization (the recombining of single sets of chromosomes to make a new diploid) result in the new organism containing a different set of genetic traits from either parent. In many organisms the haploid stage has been reduced to just gametes specialized to recombine and form a new diploid organism; in others, the gametes are capable of undergoing cell division to produce multicellular haploid organisms. In either case, gametes may be externally similar, particularly in size (isogamy), or may have evolved an asymmetry such that the gametes are different in size and other aspects (anisogamy).[3] By convention, the larger gamete (called an ovum, or egg cell) is considered female, while the smaller gamete (called a spermatozoon, or sperm cell) is considered male. An individual that produces exclusively large gametes is female, and one that produces exclusively small gametes is male. An individual that produces both types of gametes is a hermaphrodite; in some cases hermaphrodites are able to self-fertilize and produce offspring on their own, without a second organism.[4] Like animals, plants have developed specialized male and female gametes.[10] Within most familiar plants, male gametes are contained within hard coats, forming pollen. The female gametes of plants are contained within ovules; once fertilized by pollen these form seeds which, like eggs, contain the nutrients necessary for the development of the embryonic plant. In July 2008, Gomez was part of an alleged feud with Miley Cyrus. After Gomez and Lovato posting a video on YouTube, Cyrus uploaded a blatant spoof as part of the "Miley & Mandy" show, which caught the interest of entertainment media. Reports included the theory that Gomez and Cyrus were arguing over fellow Disney star Nick Jonas,[9] or that Gomez and Lovato might replace Cyrus after Cyrus' Vanity Fair photo shoot.[10] Gomez and Cyrus extinguished the rumors.[10][11] On the issue of replacing Cyrus, Gomez clarified, "I'm not interested in being anybody but myself, and I'm not here to replace anyone. I think that she's a wonderful performer, and of course it's a compliment. But I would like to take a different route I have the scans from MMM Mag and you can too get the clothes and boots Selena likes to choose when she goes on a shopping spree! She gives out lots of advice which you can read in the scan below. Hey there, I added 9 exclusive stills of Selena from the show Hannah Montana. Some are never before seen and they're totally cute. I especially love the pics with Miley Cyrus. Anyway speaking of that please stop comparing Selena with Miley and post comments about that like Miley is prettier or Selena is more talented. Both are awesome. Both are pretty and Talented otherwise they wouldn't have all those fans not to mention they're good friends. Enjoy the photos :)

Well I don't know if I'm wrong 'Cause she's only just gone Here's to another relationship Bombed by excellent breed of gamete disease I'm sure when I'm older I'll know what that means Cried when she should and she laughed when she could Here's to the man with his face in the mud And an overcast play just taken away From the lover's in love at the centre of stage yeah Loving is fine if you have plenty of time For walking on stilts at the edge of your mind Loving is good if your dick's made of wood And the dick left inside only half understood her What makes her come and what makes her stay? What make the animal run, run away yeah What makes him stall, what makes him stand And what shakes the elephant now And what makes a man? I don't know, I don't know, I don't know No I don't know you any more No, no, no, no... I don't know if I'm wrong 'Cause shes only just gone Why the fuck is this day taking so long I was a lover of time and once she was mine I was a lover indeed, I was covered in weed Cried when she should and she laughed when she could Well closer to god is the one who's in love And I walk away cause I can Too many options may kill a man Loving is fine if it's not in your mind But I've fucked it up now, too many times Loving is good if it's not understood Yeah, but I'm the professor And feel that I should know What makes her come and what makes her stay? What make the animal run, run away and What makes him tick apart from him prick And the lonelier side of the jealousy stick I don't know, I don't know, I don't know No I don't know, I don't know, I don't know No I don't know, I don't know, I don't know Hell I don't know you any more No, no, no no... Well I don't know if I'm wrong 'Cause she's only just gone Here's to another relationship Bombed by my excellent breed of gamete disease I finished it off with some French wine and cheese La fille danse Quand elle joue avec moi Et je pense que je l'aime des fois Le silence, n'ose pas dis-donc Quand on est ensemble Mettre les mots Sur la petite dodo

Trés beau live de Damien Rice et Lisa Hannigan à RTL2! Savourez..! Merci à toi ma Justine de m'avoir fait découvrir cet excellent chanteur! Well I don't know if I'm wrong Cause she's only just gone Here's to another relationship Bombed by excellent breed of gamete disease I'm sure when I'm older I'll know what that means Cried when she should and she laughed when she could Here's to the man with his face in the mud And an overcast play just taken away From the lover's in love at the centre of stage yeah Loving is fine if you have plenty of time For walking on stilts at the edge of your mind Loving is good if your dick's made of wood And the dick left inside only half understood her What makes her come and what makes her stay? What make the animal run, run away yeah What makes him stall, what makes him stand And what shakes the elephant now And what makes a man? I don't know, I don't know, I don't know No I don't know you any more No, no, no, no... I don't know if I'm wrong 'Cause shes only just gone Why the fuck is this day taking so long I was a lover of time and once she was mine I was a lover indeed, I was covered in weed Cried when she should and she laughed when she could Well closer to god is the one who's in love And I walk away cause I can Too many options may kill a man Loving is fine if it's not in your mind But I've fucked it up now, too many times Loving is good if it's not understood Yeah, but I'm the professor And feel that I should know What makes her come and what makes her stay? What make the animal run, run away and What makes him tick apart from him prick And the lonelier side of the jealousy stick I don't know, I don't know, I don't know No I don't know, I don't know, I don't know No I don't know, I don't know, I don't know Hell I don't know you any more No, no, no no... Well I don't know if I'm wrong 'Cause she's only just gone Here's to another relationship Bombed by my excellent breed of gamete disease I finished it off with some French wine and cheese La fille danse Quand elle joue avec moi Et je pense que je l'aime des fois Le silence, n'ose pas dis-donc Quand on est ensemble Mettre les mots Sur la petite dodo

http://tinyurl.com/3wub9s SARKOZY This article is about biological sex. For alternate uses, such as sexual intercourse and the social concept of gender, see Sex (disambiguation). Sex in animals involves the fusion of a sperm and an egg cell.In biology, sex is a process of combining and mixing genetic traits, often resulting in the specialization of organisms into male and female reproductive roles. Sexual reproduction involves combining specialized cells (called gametes) to form offspring that inherit traits from both parents. Gametes can be identical in form and function, but in many cases an asymmetry has evolved such that two types of gametes exist: male gametes are small and are optimized to transport their genetic information, while female gametes are large and carry the nutrients necessary for the development of the child organism. An organism's sex is defined by the gametes it produces: males produce male gametes (sperm) while females produce female gametes (egg cells); organisms which produce both male and female gametes are hermaphrodites. Frequently physical differences are associated with the different sexes of an organism; these sexual dimorphisms can reflect the different reproductive pressures the sexes experience. In some cases female organisms also have the role of carrying offspring through the first part of development, a process called gestation. Sexual reproduction is a process where organisms form offspring that combine genetic traits from both parents.[1] Genetic traits are contained within the DNA of chromosomes ? by combining a set of chromosomes from each parent, an organism is formed containing a doubled set of chromosomes. This double-chromosome stage is called "diploid", while the single chromosome stage is "haploid". Diploid organisms can, in turn, form haploid cells that randomly inherit one of the two different chromosomes, a process called meiosis.[2] Meiosis also involves a stage of chromosomal crossover, in which regions of DNA are exchanged between the two chromosomes to form a new pair of mixed chromosomes. These processes result in the recombining of different genetic traits. In many organisms the haploid stage has been reduced to specialized cells called gametes specialized to recombine and form a new diploid organism. Sometimes gametes are externally similar, particularly in size (isogamy); often, however, an asymmetry has evolved such that the gametes are different in size and other aspects (anisogamy).[3] By convention, the larger gamete (called an egg cell or ovum) is considered female, while the smaller gamete (called a sperm) is considered male. An individual that produces exclusively large gametes is female, and one that produces exclusively small gametes is male. An individual that produces both types of gametes is a hermaphrodite; in many cases hermaphrodites are able to self-fertilize and produce offspring on their own, without a second organism.[4] Sexually reproducing animals spend their lives as diploid organisms, with the haploid stage reduced to single cell gametes.[5] The gametes of animals have male and female forms?spermatozoa and egg cells. These gametes combine to form embryos which develop into a new organism. The male gamete, a spermatozoan (produced within a testicle), is a small cell containing a single long flagellum which propels it.[6] Spermatozoa are extremely reduced cells, lacking many cellular components that would be necessary for embryonic development. They are specialized for motility, seeking out an egg cell and fusing with it in a process called fertilization. Female gametes are egg cells (produced within ovaries), large immobile cells that contain the nutrients and cellular components necessary for a developing embryo.[7] Egg cells are often associated with other cells which support the development of the embryo, forming an egg. In mammals, the fertilized embryo instead develops within the female, receiving nutrition directly from its mother.

Corey Vidal performing the Damien Rice song 'Le Professeur' on acoustic guitar. LINKS: Damien Rice http://www.damienrice.com/ Watch my other videos: http://www.youtube.com/coreyvidal My homepage: http://dance.aexian.com/ Twitter: http://www.twitter.com/CoreyVidal facebook: http://www.facebook.com/pages/Corey-Vidal/8234135357 MySpace: http://www.myspace.com/coreyvidal BlogTV: http://www.blogtv.com/People/CoreyVidal LYRICS: Well I don't know if I'm wrong But she's only just gone Here's to another relationship Bombed by my Excellent breed of gamete disease I'm sure when I'm older I'll know what that means Cried when she should and she laughed when she could Here's to the man with his face in the mud And an overcast play just taken away From the lovers in love at the center of stage Yeah, Loving is fine if you've got plenty of time For walking on stilts at the edge of your mind and Loving is good if your dick's made of wood But the dick left inside only half understood her What makes her come? What makes her stay? What makes the animal run away? What makes him stall? What makes him stand? What shakes the elephant now and What makes a man? I don't know I don't know I don't know No, I don't know You Anymore No, no, no, no Well I don't know if I'm wrong But she's only just gone Why the fuck is this day taking so long? I was a lover of time And once she was mine I was a lover indeed I was covered in weed Cried when she should and she laughed when she could Closer to God is the one who's in love And I walk away 'Cause I can Too many options may kill a man Loving is fine If it's not on your mind But I've fucked it up One too many times Loving is good If it's not understood But I'm the Professor and I feel that I should know What makes her come? What makes her stay? What makes the animal run, run away? What makes him tick Apart from his prick? And the lonelier side of the jealousy stick? I don't know I don't know I don't know No, I don't know You I don't know No, I don't know I don't know I don't know, know, no Hell, I don't know you Anymore No, no, no, no Well I don't know if I'm wrong But she'd only just gone Here's to another relationship Bombed by my Excellent breed of gamete disease I'll finish it off with some French wine and cheese [in french:] La fille danse Quand elle joue avec moi Et je pense que je l'aime des fois Le silence, n'ose pas dis-donc Quand on est ensemble Mettre les mots Sur la petite dodo