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23 Cards in this Set

  • Front
  • Back
G1 Phase
Cell grows and prepares for mitosis
S Phase
Duplication of DNA
G2 Phase
More cell growth, synthesis of proteins needed for mitosis, checking of DNA quality
Prophase
Chromatin becomes more condenses and chromosomes become visible
Metaphase
Chromosomes line up on the equator using the centromere
Anaphase
Spindle fibers pull sister chromatids to opposite poles
Telophase
Chromosomes are at opposite piles, and they become chromatin again. Nucleolus and nuclear membrane reappear
Glycocalyx
A glycoprotein area adjacent to the cell that provides a highly specific biological marker for cell recognition
Integral Proteins
Embedded in the phospholipid bilayer
Transmembrane proteins
Span entire thickness of the lipid bilayer
Peripheral Proteins
Located on the inside or outside of the membrane and many act as enzymes and receptors
Epithelial Tissue
Tissue that covers body surfaces, lines body cavities, forms boundaries between different environments, protects, secretes, absorbs, and filters.
Connective Tissue
Tissue that supports, protects, and binds tissues together.
Muscle Tissue
Tissues that contracts to cause movement
3 Types of Muscle Movement
Skeletal, Smooth, and Cardiac
Nervous Tissue
Tissue that deals with internal communication, neurons, and glial cells.
Ectoderm
External body surface of epithelial tissue
Mesoderm
Lining of vascular system, serous membrane and part of the urogenital system.
Endoderm
Lining of the digestive and respiratory system
Lamina lucida
Portion of the basement membrane that is low density and close to epithelial cells
Lamina densa (basalis)
Part of the basement membrane that contains proteoglycans, laminin, fibronectin, and collagen IV
Sub-basal lamina
Located in most basement membranes contans reticular fibers and connects the lamina densa to the connective tissue. Responsible for the stretching and recoil of epithelium for distention
Gland
Consists of one or more cells that make and secrete a particular products