Search

• BIOL 456: Ecological Toxicology

  3.00 Credits

  Indiana University of Pennsylvania-Main Campus

  
  Studies the impact of chemical pollutants and other stresses on nonhuman biological systems from the subcellular to ecosystem levels. An ecological risk assessment is conducted in the field and laboratory settings.
  ShareBIOL 456 - Ecological Toxicology

• BIOL 462: Vertebrate Endocrinology

  3.00 Credits

  Indiana University of Pennsylvania-Main Campus

  
  Examines how hormones, or cell signaling molecules, are produced in specific endocrine tissues and alter the physiology of the of respective target tissues.
  ShareBIOL 462 - Vertebrate Endocrinology

• BIOL 463: Freshwater Ecology

  3.00 Credits

  Indiana University of Pennsylvania-Main Campus

  
  An investigation into the physical, chemical, and biological aspects of inland waters and their interrelationships. In the laboratory the student will gain experience in the techniques involved in aquatic sampling and the analysis of data. Saturday or Sunday labs may be required. Prerequisite:    BIOL 362
  ShareBIOL 463 - Freshwater Ecology

• BIOL 466: Principles of Virology

  3.00 Credits

  Indiana University of Pennsylvania-Main Campus

  
  Topics include structure, classification, assay, and transmission of viruses; methods used in the study of viruses; viral replication, gene expression, and gene regulation; host-viral interactions and subviral pathogens.
  ShareBIOL 466 - Principles of Virology

• BIOL 469: Circadian Rhythms and Sleep

  3.00 Credits

  Indiana University of Pennsylvania-Main Campus

  
  Introduces the functions and mechanisms of biological clocks and rhythms in humans and animals, focusing primarily on circadian, or daily, rhythms. Examines how biological clocks keep time and influence behavior and physiology from the molecular level. Explains how circadian rhythms control sleep-wake and other important neurological functions to optimize biological fitness. Explores the consequences of disrupted circadian timing on physical and psychological health and performance.
  ShareBIOL 469 - Circadian Rhythms and Sleep

• BIOL 471: Identification of Trees and Shrubs

  3.00 Credits

  Indiana University of Pennsylvania-Main Campus

  
  Identify trees and shrubs growing throughout the eastern forests of the United States. Emphasis will be placed on: 1. field identification using botanical features, 2. taxonomic classification, and 3. understanding the ecological role and the cultural significance of each plant. Weekend field trips may be required
  ShareBIOL 471 - Identification of Trees and Shrubs

• BIOL 474: Wild Flora of the Northeastern US

  3.00 Credits

  Indiana University of Pennsylvania-Main Campus

  
  Survey seasonal herbaceous flora in the northeastern portion of North America (with emphasis on the herbaceous plants of Pennsylvania). Focuses on field identification of representative individuals by common names and botanical families, use of floral formulas to describe plant parts and reproductive strategies, and current research in the field.
  ShareBIOL 474 - Wild Flora of the Northeastern US

• BIOL 475: Mammalogy

  3.00 Credits

  Indiana University of Pennsylvania-Main Campus

  
  Reviews mammalian biology including systematics, evolution, distribution, anatomical and physiological adaptations, behaviors, habitats, and ecology. Discusses mammalian biology using taxonomic orders from around the world. Focuses on identification, natural history, and methods of study for mammals native to Pennsylvania. Participation in off-campus field activities required.
  ShareBIOL 475 - Mammalogy

• BIOL 476: Parasitology

  3.00 Credits

  Indiana University of Pennsylvania-Main Campus

  
  Studies parasitic protozoa, flatworms and roundworms. Emphasizes species parasitizing humans and includes their classification, structure, biochemistry, physiology, molecular biology, pathogenicity, ecology, and epidemiology.
  ShareBIOL 476 - Parasitology

• BIOL 477: Neurobiology

  3.00 Credits

  Indiana University of Pennsylvania-Main Campus

  
  Presents the underlying mechanisms through which the nervous system mediates behavior, from the molecular to the organismal level. Emphasizes two major themes: (1) the roles of synapses and neuronal excitability in shaping the input/output functions of neurons and neuronal networks and (2) the role of neuronal development and neuronal experience upon resultant neuronal organization.
  ShareBIOL 477 - Neurobiology