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Chapters 1-12 Connection Map: Jenny, Chie, Deep - Coggle Diagram
Chapters 1-12 Connection Map: Jenny, Chie, Deep
Chapter 1: Biology exploring life
Big Idea 2: The Process of Science
Observations
Hypothesis
Has to be testable.
Hypothesis differs from theories. Theories are more broad and are supported by a vast amount of evidence and can be change in the future.
Experiments
Independent variable (Controlled and manipulated)
Dependent Variable
Data
Qualitative Data
Quantitative data
Analysis
Is the hypothesis supported? If not revise it. If it is wait for peer review from professionals to publish it
Science, technology and society are connected with each other
Connection: science, tech, and society connected to each other. From science we learn that we require trace elements to properly function, technology manufactures product that puts trace elements in our food and society benefits by being healthier.
Connection: Science, technology and society are connected. Science learned that sugar is bad for us, as a result technology require food to have sugar labels on their food and society became more health conscious with sugar.
Connection: Science, technology, and society are connected. Science discovered how to create synthetic steroids and that it can treat anemia and muscle degenerating diseases. Technology turns it into a form that humans can absorb and society uses it to treat themselves or abuse it for their muscles.
Connection: Science, tech, and society are connected to each other. Science discovered radioactive isotope and that they can be detected by medical instruments (tech) we've further advanced that and made technology that can detect diseases such as pet scans and used to treat diseases use killing cancer cells.
Connection: Science, technology, and society are connected to each other. Science learning what type of fats were better cause technology to produces foods with more of those fats and society consuming more of that specific fat.
Science formed by 3 things
Exploration and discovery
Analysis and feedback
Societal benefits and outcome
Big Idea 3: 5 Unifying themes of Biology
Theme 1: Evolution
Artificial selection
Natural Selection
Darwin's theory of evolution
Human's interactions to the environment (especially destructive ones) they a role in the evolution of animals
Connection: Evolution. Since we learned that the existence of water is the reason for life we've evolved to now look for it when we look for signs of life on other planets.
Connection: Evolution. Due to their environment and lack of food it was benefit to develop a mutation that allow them to digest milk.
Theme 2: Information Flow
DNA
Gene expression
Connection: DNA gets copied in one direction. It goes from DNA to RNA and then turns into a protein.
Theme 3: Structure and Function
Human hand example
Connection: Structure and Function. The arrangement of these macromolecules are what determines the function. The monomers are arranged together to make a polymer.
Each part is arranged in a specific way so that they could pair up properly with the base pairs and create a copy of dna to form a protein.
From a set of 20 amino acids certain ones are arranged in different groups to form thousands of different proteins. The way they are arrange what amino acid is chosen determine the type of protein and what it does.
Connection. Structure and Function + emergent properties. The arrangement of chemicals in the substance and the type of substance gives it new chemical properties.
Connection: Structure and Function. Because the atoms are structure in a non polar covalent bond, it makes the lipids hydrophobic.
Connection: Structure and Function. Whether a fat has a double bond or single bond determines if they have kinks that pack the molecules close together which will decide if its liquid or solid at room temp.
Connection: Structure and function. The function of a protein depends on its shape so when the shape unravels it loses its function.
Theme 4:energy and matter
The flow of energy and cycle of matter goes in one direction
Connection: energy and matter. In a chemical equation for the bond, energy and matter goes in one way, the direction of the arrow. Unless there is a 2 arrow symbol.
Connection: Energy and matter. Plants, animals or humans take in the energy of sugar, often glucose and turn that into usable energy.
Theme 5: interactions
Hierarchy of life
Biosphere
Ecosystem
Community
Population
Organism
Organ
Organelle
Tissue
Cell
Molecules
Systems biology
Connection: Interactions. Because of our choices of fuels we let out a lot of CO2 in the environment, the ocean absorbs it, lowers the pH and causes ocean acidification which endangers sea life.
Connection: Interactions on the molecular level. Phospholipids and water interacting to provide the structure of the membrane.
Big Idea 1: The scientific study of life
Domains
Domain Bacteria
Bacteria
Prokaryote
Domain Archae
Arachea
Prokaryote
Domain Eukarya
Protist
Kingdom plantae
Kingdom fungi
Kingdom animalia
Eukaryokte
7 aspects of life
Evolutionary adaptation
Response to the environment
Regulation
Energy Use
Growth and development
Reproduction
Order
Chapter 2: The chemical basis of life
Big Idea 3: Water's life supporting properties
4 properties of water
Cohesion
Adhesion
Surface tension
Ice floats
Moderates temperature
Evaporative cooling
Versatile solvent
Solute
Solvent
Aquaeous Solution
Acidity
Ph scale
Acid vs base
Hydrogen ion
Hydroxide ions
Buffers
Ocean acidification
Hydrogen bonds and the properties of water make life possible
Big idea 2: Chemical Bonds
Chemical bonds
Compounds
Hydrogen bonds
Ionic Bonds
Ions
Electron transfer
Salt
Polar
Covalent bond
Nonpolar
Polar
Big idea 1: Elements, atoms and compounds
Elements
6 Essential elements
Calcium
Hydrogen
Carbon
Oxygen
Nitrogen
Phosphorus
Trace elements
Iodine
Aids in regulation of thyroid hormone so that you don't have goiters.
Iodized Salt
Iron
Aids anemia
Found in processed foods and red meat.
Fluorie
Aids in strengthening of bones and teeth.
Toothpaste
Atoms
Subatomic particles
Protons
Neutrons
Electrons
Nucleus
Atomic number
Mass number
Isotope
Stable Isotope
Radioactive isotope
Can be used in medical technology like pet scans and a tracer
Matter
Chapter 3: The molecules of cells
Big Idea 1: Introduction to organic compounds
Carbon skeleton
Hydrocarbons
6 chemical groups
Methyl Group
5 function groups
Hydroxyl group
Carbonyl group
Carboxyl group
Amino
Phosphate group
Macromolecules
Polymer
To reverse use hydrolysis reaction
Monomer
To turn to polymer use dehydration reaction
Big Idea 2: Carbohydrates
Polymers
Polysaccharide
Starch
function: energy storage in plants
Glycogen
Energy storage in humans
Cellulose
Structure in plants
Chitin
Monomer
Monosaccharide
Glucose
Function: energy
Aqueous solution can be injected into sick patients for quick cell repair
Frutose
Function: energy
An isomer of glucose
2 monosaccharides make a disacharide
Maltose formed from 2 sucrose monomers
Sucrose
Humans consume too much sugar.
Big Idea 3: Lipids
monomer
Fatty acids
Polymer
Trigliceride
Types of lipids
Fats
Unsaturated fat
Saturate fat
Trans fats
Society trying to get rid and lower the percentage of trans fats within the American diet
Partially hydrogenated fats
Steroid
Hormone function
Types/ examples
Cholesterol
Common in animal cells, membrane, sex hormones, etc
Anabolic steroid
treat anemia and muscle degenerative diseases
Cons: shrinks testicles, mood swings, cancer
Athletes use it to enhance muscle
Phospholipids
Makes cell make
Regulates permeability of membranes
Hydrophobic
Big Idea 4: Proteins
Monomers
20 different type of Amino acids to choose from
Polymer: Polypeptide/Protein
Held together by peptide bond
Protein structure
Primary structure
Secondary structure
Tertiary structure
Quaternary Structure
Protein functions
Transport
Enzyme
Structural
Contractile
Antibody
Messenger
Dependent on shape
Fibrous
Globular
Denaturation
Big Idea 5: Nucleic Acids
Monomers
Nucleotides
Polymers
Polynucleotide
DNA
Double strand
Forms double helix
Deoxyribose
A, C, G, T
RNA
Single strand
Ribose
A, U, C, G
Gene expression: DNA --> RNA --> protein production
Function: blueprint for protein, cellular structures and activities
Lactose intolerance and historical mutation for tolerance