Http://science.nhmccd.edu/biol/bio1int.htm ANIMATIONS!!! SEE Chapter 1-3 Prequiz on the Fort Bend...
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Transcript of Http://science.nhmccd.edu/biol/bio1int.htm ANIMATIONS!!! SEE Chapter 1-3 Prequiz on the Fort Bend...
http://science.nhmccd.edu/biol/bio1int.htmhttp://science.nhmccd.edu/biol/ap1int.htm
ANIMATIONS!!!
SEE Chapter 1-3 Prequiz on the Fort Bend website under Steinkamp, Resources,
Powerpoints
CHAPTER 1: INTRODUCTION: TEN THEMES IN THE STUDY OF LIFE
Biologists study life on many different scales of size and time.
It’s not what living things are made of it’s the special way they are put together!
Hierarchy of Biological Organization
Atomic Particles Atoms Precursor molecules
(protons electrons) (SPONCH) (CO2, NH3, H2O, N2)
Metabolic Intermediates Building Block Molecules
(pyruvate, citrate, malate) (monosaccharides,
amino acids, fatty acids,
and nucleotides)
Macromolecules Supramolecular Organelles
(DNA, proteins, lipids (ribosomes, (mitochondria, polysaccharides) microtubules, nucleus enzyme complexes) chloroplasts)
Hierarchy of Biological Organization
Hierarchy of Biological Organization
Cells Tissues Organs
(columnar) (epithelial) (small intestine)
Organ Systems Organism(digestive system) (white tailed deer)
Populations Communities
(all deer in Texas) (all organisms in First Colony)
Ecosystems Biomes
Properties of Life: Order
Reproduction
Growth and Development
Energy Utilization
Response to the Environment
Homeostasis
Evolutionary Adaptation
Eukaryotic versusProkaryotic
Leeuwenhoek
Hooke
Hooke
Schleiden & Schwann
Ten Themes of Biology
Hereditary Code of all living things is DNA
Structure-Function
Structure-Function Neurons
Structure-Function
Energy Flow and Energy Transformations
Nutrients cycle
Regulation by Feedback Mechanisms
Diversity
Classifying Life
Domain ArchaeaMost ancient life forms, have a different DNA code and unusual tRNA’s and coenzymes; most live in extreme environments
Domain Bacteriaall prokaryotes that are not Archaea
Prokaryotic --Eukaryotic
Prokaryotic—no membrane enclosed organelles
Eukaryotic—membrane enclosed organelles
Domain Eukarya Kingdom Protista
Domain Eukarya Kingdom Plantae
Domain Eukarya Kingdom Fungi
Domain Eukarya Kingdom Animalia
1. Kingdom Monera-all prokaryotes, includes domains bacteria & archaea
Eukaryotes: 2. Kingdom Protista-mostly unicellular, few simple multicellular
Multicellular, Eukaryotes: 3. Kingdom Plantae- autotrophs carry on photosynthesis
Heterotrophs which are, Multicellular Eukaryotes 4. Kingdom Fungi- digest then absorb 5. Kingdom Animalia- ingest, digest, then
absorb
Eukaryotic Cilia
Charles Darwin
Natural Selection
A product of Natural Selection
A product of Natural Selection
Galapagos Islands
Darwin’s theory of Natural Selection
• Overpopulation and thus competition within the species
• Variations-by chance, luck of the draw• “Good variations”- depends on the environment• Survival and increased reproduction• Adaptation or species trait• Evolution to prevent extinction
Observation and Measurement
Idealized Scientific Method
Hypothetico-deductive reasoning
Controlled experiment
Biotechnology: Producing hepatitis vaccine
“DNA evidence”
Are there any animals in this picture?
Why are Archaea and Bacteria placed in different Domains but in the same Kingdom?
• Why different Domains?– They use a different code for amino acids
• Why in the same Kingdom?– These two groups are the only organisms that
lack internal membranes