Module Guide For Assessment Hand

Mitosis: This is the process by which a cell duplicates the chromosomes in its cell nucleus in order to generate two identical daughter nuclei.

|Unit 1:The Cell/Genes & Gene-Environmental Interaction/Mechanisms of |This unit will cover Chapters 1-3 & Chapters 6-10 in your McCance & Huether |

Analyze the anatomical structure of ten different organelles in the cell and their respective functions.

Part 1:  Please respond to each question briefly and concisely, but as completely as you can.

After reading the course resources, answer questions 1-10. (10 points each)
Please take time to answer each question completely.

(Please see your Study Reference Guide on pages 619-6-1 and 619-6-2 to answer the following questions.)

82. Oxidation occurs when there is a removal of electrons and/or hydrogen atoms from a

17) The process by which the cytoplasm of a eukaryotic cell divides to produce two cells is called

For Next Recitation (10/16 and 10/19)  Read Lab 8  Quiz covering Lab 8 1 THE HUMAN BODY – LEVELS OF ORGANIZATION 1. MOLECULES (e.g. water, two atoms of hydrogen linked to one atom of oxygen) and macromolecules ( = "large molecules", e.g. DNA) 2. CELLS (e.g. white blood cells, muscle cells, nerve cells), which contain cell organelles (e.g. mitochondria, little powerhouses that produce energy for the cells) 3. TISSUES, made up of cells (e.g. muscle

1. List all authors, the year, article title, journal name, volume number, issue number, and page numbers.

This passion for science was molded and transformed by the University of Michigan. Here, I was not only taught the important cellular functions but I was also taught how these cellular functions were postulated. I was also encouraged to do research. The amalgamation of these 2 experiences helped me to think like a scientist and instill a scientific mentality and approach. This comprehensive scientific approach is

In this assingment I will be answering the questions given to us as a guide one by one as to cover every part of the given assingment.

Cells share many common features but have adapted over billions of years in a wide array of environments, to provide a variety of functional roles.

A bacterium can reproduce by dividing itself into two within 20 minutes; a vine branch cut into ten segments can plant ten grapevine; a strawberry plant can produce hundreds of strains within a year by crawling along its stolon. In nature, some plants and single-celled organisms produce genetically identical posterity through a process called asexual reproduction. In asexual reproduction, a new individual is generated from a copy of a single cell from the parent organism, which can also be called “clone” [1]. At early stage, Theodore Puck stated that “A clone is a population of cells, all of whose members are descendants from the same single organism” [2]. While with the development of time, the term “clone” has been defined more broadly. It can be described as the process used to create an exact copy of a mammal by using the complete genetic material of a regular body cell, or organisms that are exact genetic copies. Cloning technique has