Lecture 4 Development. Introductory Terminology Sexual reproduction - the process by which...

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4.1 Living Things Inherit Traits in Patterns We know the offspring produced by sexual reproduction have genetic material from two parents Offspring get.

4.1 Living Things Inherit Traits in Patterns We know the offspring produced by sexual reproduction have genetic material from two parents Offspring get.

Genetics Chapter 20. Genetics Study of HEREDITY Traits that are passed from parent offspring Sexual Repro. 2 parents, offspring is a combo.

Genetics Chapter 20. Genetics Study of HEREDITY Traits that are passed from parent offspring Sexual Repro. 2 parents, offspring is a combo.

Sexual maturity, breeding season and development of gametes.

Sexual maturity, breeding season and development of gametes.

10.2 – Meiosis Sexual Reproduction Function: creates gametes (sperm, egg, pollen) for sexual reproduction.

10.2 – Meiosis Sexual Reproduction Function: creates gametes (sperm, egg, pollen) for sexual reproduction.

Gametes – sex cells Gametes fuse fertilization zygote Gametes are formed by meiosis Somatic cells – all other cells but sexual cells Every.

Gametes – sex cells Gametes fuse fertilization zygote Gametes are formed by meiosis Somatic cells – all other cells but sexual cells Every.

SEXUAL REPRODUCTION Sex cells formed by meiosis Requires 2 parents Offspring not identical The process that results in the formation of gametes Sex cells,

SEXUAL REPRODUCTION Sex cells formed by meiosis Requires 2 parents Offspring not identical The process that results in the formation of gametes Sex cells,

Sexual vs Asexual Asexual Reproduction –involves only 1 parent –offspring genetically identical to parent –involves regular body cells –its quick Sexual.

Sexual vs Asexual Asexual Reproduction –involves only 1 parent –offspring genetically identical to parent –involves regular body cells –its quick Sexual.

SEXUAL REPRODUCTION Quiz 6B. sexual reproduction the joining of haploid gametes to form a diploid zygote, which develops into a new individual each offspring.

SEXUAL REPRODUCTION Quiz 6B. sexual reproduction the joining of haploid gametes to form a diploid zygote, which develops into a new individual each offspring.

Meiosis and Sexual Reproduction. Sexual Reproduction “Germ cells” undergo meiosis and cytokinesis Daughter cells become gametes (sex cells) Gametes meet.

Meiosis and Sexual Reproduction. Sexual Reproduction “Germ cells” undergo meiosis and cytokinesis Daughter cells become gametes (sex cells) Gametes meet.

Meiosis and Sexual Reproduction Chapter 7. 7.1 Meiosis In some organisms haploid gametes join to form a diploid zygote In some organisms haploid gametes.

Meiosis and Sexual Reproduction Chapter 7. 7.1 Meiosis In some organisms haploid gametes join to form a diploid zygote In some organisms haploid gametes.

Reproduction By Aimee Chavez. Sexual Vs. Asexual Sexual reproduction: ( Meiosis) 2 parents and one or many offspring with genetic diversity Examples:

Reproduction By Aimee Chavez. Sexual Vs. Asexual Sexual reproduction: ( Meiosis) 2 parents and one or many offspring with genetic diversity Examples:

Sexual versus Asexual Reproduction Type of ReproductionMethodsAdvantagesDisadvantages Sexual Internal fertilizationDiversity in offspring Offspring less.

Sexual versus Asexual Reproduction Type of ReproductionMethodsAdvantagesDisadvantages Sexual Internal fertilizationDiversity in offspring Offspring less.

Sexual Reproduction Sexual reproduction involves the production of specialized cells (gametes) and the fusion of their nuclei (fertilization ) producing.

Sexual Reproduction Sexual reproduction involves the production of specialized cells (gametes) and the fusion of their nuclei (fertilization ) producing.

Inheritance of Traits Sexual reproduction In organisms that reproduce sexually, traits are inherited through gametes. Gametes (sperm and eggs) are produced.

Inheritance of Traits Sexual reproduction In organisms that reproduce sexually, traits are inherited through gametes. Gametes (sperm and eggs) are produced.

Sexual Reproduction. Key Point #1 Sexual reproduction is the process in which organisms produce gametes that combine during fertilization to create a.

Sexual Reproduction. Key Point #1 Sexual reproduction is the process in which organisms produce gametes that combine during fertilization to create a.

Meiosis and Sexual Reproduction Chapter 9. Asexual Reproduction Single parent produces offspring All offspring are genetically identical to one another.

Meiosis and Sexual Reproduction Chapter 9. Asexual Reproduction Single parent produces offspring All offspring are genetically identical to one another.

At sexual maturity, the ovaries and testes produce haploid gametes Gametes are the only types of human cells produced by meiosis, rather than mitosis Meiosis.

At sexual maturity, the ovaries and testes produce haploid gametes Gametes are the only types of human cells produced by meiosis, rather than mitosis Meiosis.

4.2 Sexual Reproduction. Agenda Asexual vs Sexual reproduction Haploid and Diploid cells Meiosis: outcomes & differences from mitosis How gametes are.

4.2 Sexual Reproduction. Agenda Asexual vs Sexual reproduction Haploid and Diploid cells Meiosis: outcomes & differences from mitosis How gametes are.

Sexual reproduction _____. A. requires haploid gametes B. results in a diploid zygote C. creates offspring that ae genetically different from the parents.

Sexual reproduction _____. A. requires haploid gametes B. results in a diploid zygote C. creates offspring that ae genetically different from the parents.

Sexual Reproduction in Plants Involves production of haploid gametes.

Sexual Reproduction in Plants Involves production of haploid gametes.