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2592991
Molecular Biology
Description
Mind Map on Molecular Biology, created by Elisabeth Morell on 04/26/2015.
Mind Map by
Elisabeth Morell
, updated more than 1 year ago
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Created by
Elisabeth Morell
almost 11 years ago
2
1
0
Resource summary
Molecular Biology
1) Molecules to metabolism
Anabolism
Catabolism
Macromolecules
Monomers
Condensation reactions
Hydrolysis reactions
Vitalism and Molecular Biology
Atoms and Molecules
Synthesis of Urea
Metabolism
2) Water
Water and Life
Cohesive
Adhesive
Thermal
Solvent
Monomer
Polymer
Dimer
Polypeptide
Peptide bond
Monosaccharides
disaccharide
Polysaccharide
Glycerides
Triglyceride
Condensation Reactions
Properties of Water
Hydrolysis Reactions
Polarity
Bipolarity
Hydrogen Bond
Coolant
Hydrophilic
Hydrophobic
Lipoproteins
Polarity
Hydrogen Bonding in Water
Thermal Properties of Methane and Water
Solubility in Water
Transport in Blood
3) Carbohydrates
Ribose
Glucose
Cellulose
Starch
Amylose
Amylosepectin
Glycogen
Monosaccharides
Disaccharides
Polysaccharides
6) Amino Acids and Polypeptides
Hydrogen
Amine
Carboxyl
R Group
Polypeptide
Peptides
Gene
Protein
Proteome
Proteins and Proteomes
Peptide bonds and polypeptides
Amino Acid Diversity
Drawing Amino Acids
4) Lipids
5) Lipids and health
Trans-fats
Coronary Heart Disease
Saturated fatty acids
Evaluation of evidence
Energy Storage
Body Mass Index
Health Risks of Trans-Fats and Saturated Fats
Triglycerides
Phospholipids
Steroids
Saturated
Unsaturated
Monounsaturated
Polyunsaturated
Cis unsaturated
Trans unsaturated
Lipids
Types of Fatty Acids
Drawing Fatty Acids
7) Protein structures and function
Enzymes
Factors of affecting enzyme activity
Independent Variable
Range
Dependent Variable
Quantitate
Accurate
Replicate Results
Reliable
Control Variables
Factors Affecting Enzyme Activity
Effect of Temperature
Effect of pH
Effect of Substrate Concentration
Designing Enzyme Experiments
Substrate
Active Site
Collisions
Binding
Substrate-specific
Products
Immobilized
Productions of lactose-free milk
Immobilized Enzymes
Substrates and Active Sites
Denaturation
Heat
pH
Enzyme
Hormone
Antibodies
Pigment
Retinal
Structural
Functions of Proteins
Protein Conformities
8) Structure of DNA and RNA
DNA replication
Transcription and translation
Genetic code
Transcription
Complementary Base Pairing
Genetic Code
Triplet Code
Codon
Sense Strand
Antisense Strand
RNA Polymerase and Transcription
DNA and RNA sequences
Semi-conservative replication
Conservative Replication
Dispersive Replication
Meselson and Stahl and DNA replication
Stages in DNA Replication
Nucleotide
Pentose
Phosphate
Base
Ribose
Deoxyribose
Adenine
Cytosine
Guanine
Thymine
Uracil
Antiparallel
Hydrogen Bonding
Complementary Base Pairs
Drawing Nucleotides
Structure of RNA and DNA
Model making and the discovery of the structure of DNA
Structure of DNA
9) Cell respiration
Respirometers
Alkali
Calculating Mean Results
Plotting Graphs with Range Bars
Independent Variable
Dependent Variable
Range Bars
Error Bars
Describing the Trend
Evaluating the Data
Respirometers and Respiration Rate
Ethical Implications
Analysis of Data From Respirometer Experiments
Controlled release of energy from organic compounds to produce ATP
Energy and Cells
Aerobic and Anaerobic Cell Resperation
Energy for Muscles
10) Photosynthesis
Investigating limiting factors (photosynthesis)
Limiting Factor
Light intensity
Temperature
Light Intensity
Carbon Dioxide Concentration
Independent Variable
Dependent Variable
Control Variables
Designing Experiments to Investigate Limiting Factors
Effect of Light Intensity
Effect of Co2 Concentration
Effect of Temperature
Photolysis
Spectrum
Absorption spectrum
Banded Iron Formations
Action Spectrum of Photosynthesis
Absorption Spectra
Photosynthesis and the atmosphere
Action Spectra
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