'Meiosis i meiosis ii' presentation slideshows

CHAPTER 39 THE ENDOCRINE AND REPRODUCTIVE SYSTEMS

CHAPTER 39 THE ENDOCRINE AND REPRODUCTIVE SYSTEMS. Section 1. The Endocrine System. Key Concept Questions. What is the function of the endocrine system? How does the endocrine system maintain homeostasis?. The endocrine system does the following: regulates metabolism

1.2k views • 88 slides

Enabling Part-Whole Reasoning in Biomedical Terminologies

Enabling Part-Whole Reasoning in Biomedical Terminologies. Stefan Schulz MD Department of Medical Informatics University Hospital Freiburg, Germany. Objectives.

603 views • 52 slides

NAT REVIEW 2011

NAT REVIEW 2011. Parts of the Cell. What are the main parts?. Cell Membrane Cytoplasm Nucleus. CELL MEMBRANE holds the cell together CYTOPLASM fill most of the cell NUCLEUS governing body. What are the parts unique to each cell?. ANIMAL CELL Centrioles for cell division

587 views • 44 slides

Reproductive system

Reproductive system. Hormonal Regulation of Reproduction. Hypothalamus : pulse generator Gonadotropin releasing hormone ( GnRH ) Anterior pituitary Luteinizing hormone (LH) Follicle stimulating hormone (FSH) Gonads produce steroid and peptide hormones

517 views • 34 slides

524 views • 26 slides

Cell Division Notes part 3:

Cell Division Notes part 3:. Meiosis. Meiosis. Meiosis is a type of cell division that is used to produce genetically unique gametes , or sex cells Male gametes are sperm cells; female gametes are eggs

283 views • 17 slides

8.4 Meiosis and Genetic Variation

8.4 Meiosis and Genetic Variation. Learning Objectives. To learn why meiosis is necessary. To understand what happens during meiosis. To realise how meiosis creates genetic variation. Passing Information to the Next Generation. Humans are similar because we all have the same genes .

375 views • 13 slides

Meiosis: The reason why we are all unique

Meiosis: The reason why we are all unique. Meiosis occurs in two main phases Meiosis I Meiosis II. Meiosis: The reason why we are all unique. Big Ideas: The number of chromosomes per cell is cut in half from diploid to haploid Crossing over creates new combinations of alleles

299 views • 10 slides