Message #
|
Message Description
|
Abbreviations
used in the message
|
TXT
this code to 396
|
ALL
|
Cells |
Code for group and ALL messages in this group at
0.50 cents for the 1st msg and 0.30 cents for all other messages-> |
cmbA
|
1
|
Cell size |
|
cmbA1
|
2
|
Microscopes |
< = less than, mag = magnification, TEM = transmission electron microscopy, SEM = scanning electron microscopy |
cmbA2
|
3
|
Single cell vs multicellular (microscopic vs macroscopic) |
|
cmbA3
|
4
|
Prokaryotic cells |
Prok = prokaryotic OR prokaryote, Incl. = including |
cmbA4
|
5
|
Eukaryotic cells |
|
cmbA5
|
6 |
Eukaryotic cell diversity |
|
cmbA6 |
Message #
|
Message Description
|
Abbreviations used in the message
|
TXT this code to 396
|
ALL
|
Membranes |
Code for group and ALL messages in this group at
0.50 cents for the 1st msg and 0.30 cents for all other messages-> |
cmbB
|
1
|
Membrane properties |
|
cmbB1
|
2
|
Membrane structure |
|
cmbB2
|
3
|
Membrane components |
|
cmbB3
|
4
|
Fluid mosaic |
|
cmbB4
|
Message #
|
Message Description
|
Abbreviations used in the message
|
TXT this code to 396
|
ALL
|
The nucleus and protein synthesis |
Code for group and ALL messages in this group at
0.50 cents for the 1st msg and 0.30 cents for all other messages-> |
cmbC
|
1
|
Structure of the nucleus |
|
cmbC1
|
2
|
The nuclear envelope |
|
cmbC2
|
3
|
The nucleus and DNA |
|
cmbC3
|
4
|
The central dogma of molecular biology |
|
cmbC4
|
5
|
Transcription & Translation |
|
cmbC5
|
Message #
|
Message Description
|
Abbreviations used in the message
|
TXT this code to 396
|
ALL
|
The endomembrane system |
Code for group and ALL messages in this group at
0.50 cents for the 1st msg and 0.30 cents for all other messages-> |
cmbD
|
1
|
Endomembrane system description |
|
cmbD1
|
2
|
Components of the endomembrane system |
|
cmbD2
|
3
|
The endoplasmic reticulum |
ER = endoplasmic reticulum |
cmbD3
|
4
|
Vesicles |
ER = endoplasmic reticulum |
cmbD4
|
5
|
Golgi Body |
PM = plasma membrane |
cmbD5
|
6
|
Lysosomes |
|
cmbD6
|
Message #
|
Message Description
|
Abbreviations used in the message
|
TXT this code to 396
|
ALL
|
Nucleic acids |
Code for group and ALL messages in this group at
0.50 cents for the 1st msg and 0.30 cents for all other messages-> |
cmbE
|
1
|
Nucleic acids |
NAs = nucleic acids |
cmbE1
|
2
|
DNA & RNA |
|
cmbE2
|
3
|
Bases |
|
cmbE3
|
4
|
Chargaff's rule |
|
cmbE4
|
5
|
Base pairing |
|
cmbE5
|
Message #
|
Message Description
|
Abbreviations used in the message
|
TXT this code to 396
|
ALL
|
Chemistry of biochemistry |
Code for group and ALL messages in this group at 0.50 cents for the 1st msg and 0.30 cents for all other messages-> |
biocA |
1 |
|
|
biocA1 |
2 |
|
|
biocA2 |
3 |
|
|
biocA3 |
4 |
Protons, neutrons and electrons |
|
|
biocA4 |
5 |
Atomic number, mass number and valency |
|
|
biocA5 |
6 |
|
|
biocA6 |
Message # |
Message Description |
Abbreviations used in the message |
TXT this code to 396 |
ALL
|
Chemical bonds |
Code for group and ALL messages in this group at 0.50 cents for the 1st msg and 0.30 cents for all other messages-> |
biocB |
1 |
Ionic bonds |
|
biocB1 |
2 |
Covalent bonds |
|
biocB2 |
3 |
Polar molecules |
+ve = positive, -ve = negative |
biocB3 |
4 |
Hydrogen bonding |
|
biocB4 |
5 |
Diversity of carbon structures |
|
biocB5 |
6 |
Functional groups |
|
biocB6 |
Message # |
Message Description |
Abbreviations used in the message |
TXT this code to 396 |
ALL
|
Macromolecules 1, carbohydrates |
Code for group and ALL messages in this group at 0.50 cents for the 1st msg and 0.30 cents for all other messages-> |
biocC |
1 |
Carbohydrates |
carbs = carbohydrates
monosac = monosaccharide
oligosac = oligosaccharide
polysac = polysaccharide |
biocC1 |
2 |
Chemistry terms to know |
|
biocC2 |
3 |
Monosaccharides |
|
biocC3 |
4 |
Monosaccharide structure |
|
biocC4 |
5 |
Glucose |
OH = hydroxyl group |
biocC5 |
6 |
Disaccharides |
|
biocC6 |
7 |
Polysaccharides |
pl = plants
ani = animals |
biocC7 |
Message # |
Message Description |
Abbreviations used in the message |
TXT this code to 396 |
ALL
|
Macromolecules 2, proteins |
Code for group and ALL messages in this group at 0.50 cents for the 1st msg and 0.30 cents for all other messages-> |
biocD |
1 |
Proteins |
|
biocD1 |
2 |
Amino acids |
gp = group |
biocD2 |
3 |
Peptide bond |
btwn = between, gp = group, aa = amino acid |
biocD3 |
4 |
Types of protein |
|
biocD4 |
5 |
Protein structure |
|
biocD5 |
6 |
Primary and secondary structure |
aa = amino acid |
biocD6 |
7 |
Tertiary and Quaternary structure |
|
biocD7 |
Message # |
Message Description |
Abbreviations used in the message |
TXT this code to 396 |
ALL
|
Macromolecules 3, Fats and lipids |
Code for group and ALL messages in this group at 0.50 cents for the 1st msg and 0.30 cents for all other messages-> |
biocE |
1 |
Lipids |
|
biocE1 |
2 |
Function of fat |
FAs = fatty acids |
biocE2 |
3 |
Triacylglycerols (triglycerides) |
|
biocE3 |
4 |
Fatty acids |
sat = saturated
monounsat = monounsaturated
polyunsat = polyunsaturated
FA = fatty acid |
biocE4 |
5 |
Fatty acid metabolism |
|
biocE5 |
6 |
Phospholipids |
|
biocE6 |
7 |
Steroids |
diff = different
gps = groups |
biocE7 |
Message # |
Message Description |
Abbreviations used in the message |
TXT this code to 396 |
ALL
|
Cellular respiration 1 |
Code for group and ALL messages in this group at 0.50 cents for the 1st msg and 0.30 cents for all other messages-> |
biocF |
1 |
Cellular respiration definition |
|
biocF1 |
2 |
Stages and locations of cellular respiration |
|
biocF2 |
3 |
Glycolysis |
|
biocF3 |
4 |
Glycolysis energy requirements and yields |
ETC = electron transport chain |
biocF4 |
5 |
Krebs cycle (citric acid cycle) |
KC = Krebs cycle |
biocF5 |
6 |
Krebs cycle energy yields |
KC = Krebs cycle |
biocF6 |
7 |
ATP from glycolysis and the Krebs cycle |
|
biocF7 |
Message # |
Message Description |
Abbreviations used in the message |
TXT this code to 396 |
ALL
|
Cellular respiration 2 & energy molecules |
Code for group and ALL messages in this group at 0.50 cents for the 1st msg and 0.30 cents for all other messages-> |
biocG |
1 |
Electron transport chain |
|
biocG1 |
2 |
ATP synthase |
e-s = electrons
ETC = electron transport chain
H+ = hydrogen ion
Mito mem = mitochondrial membrane |
biocG2 |
3 |
Total ATP yield per glucose |
|
biocG3 |
4 |
ATP |
|
biocG4 |
5 |
NAD+ |
|
biocG5 |
6 |
FADH2 |
|
biocG6 |
Message # |
Message Description |
Abbreviations used in the message |
TXT this code to 396 |
ALL
|
Diversity and Similarity |
Code for group and ALL messages in this group at 0.50 cents for the 1st msg and 0.30 cents for all other messages-> |
evoA |
1 |
Evolution definition |
|
evoA1 |
2 |
Similarity |
|
evoA2 |
3 |
Fossils |
|
evoA3 |
4 |
Fossil record |
|
evoA4 |
5 |
Geological time scale |
|
evoA5 |
6 |
Continental drift |
|
evoA6 |
7 |
Extinctions |
extinctn = extinction
org = organism |
evoA7 |
8 |
Definition: diversification |
|
evoA8 |
Message # |
Message Description |
Abbreviations used in the message |
TXT this code to 396 |
ALL
|
Formation of evolutionary thought |
Code for group and ALL messages in this group at 0.50 cents for the 1st msg and 0.30 cents for all other messages-> |
evoB |
1 |
Greek philosophers |
|
evoB1 |
2 |
Carolus Linnaeus |
|
evoB2 |
3 |
William Paley |
|
evoB3 |
4 |
Jean Baptiste Lamarck |
|
evoB4 |
5 |
Two ideas that Darwin challenged |
|
evoB5 |
6 |
Darwin’s big idea |
|
evoB6 |
Message # |
Message Description |
Abbreviations used in the message |
TXT this code to 396 |
ALL
|
Natural Selection |
Code for group and ALL messages in this group at 0.50 cents for the 1st msg and 0.30 cents for all other messages-> |
evoC |
1 |
Definition: Natural Selection |
|
evoC1 |
2 |
Darwin’s four observations |
populatns=populations |
evoC2 |
3 |
Darwin’s three deductions |
variatn/s = variation or variations
accumulatn = accumulation |
evoC3 |
4 |
Example of Natural selection and adaptive evolution |
|
evoC4 |
5 |
Artificial selection |
|
evoC5 |
6 |
Evolution supporting evidence |
|
evoC6 |
7 |
Homologous, Analogous & vestigial |
|
evoC7 |
Message # |
Message Description |
Abbreviations used in the message |
TXT this code to 396 |
ALL
|
Microevolution & Hardy Weinberg |
Code for group and ALL messages in this group at 0.50 cents for the 1st msg and 0.30 cents for all other messages-> |
evoD |
1 |
Microevolution definition |
|
evoD1 |
2 |
Non-evolving populations |
|
evoD2 |
3 |
The five Hardy-Weinberg conditions |
|
evoD3 |
4 |
H-W conditions rarely met because |
|
evoD4 |
Message # |
Message Description |
Abbreviations used in the message |
TXT this code to 396 |
ALL
|
Causes of microevolution |
Code for group and ALL messages in this group at 0.50 cents for the 1st msg and 0.30 cents for all other messages-> |
evoF |
1 |
Causes of microevolution |
|
evoF1 |
2 |
Genetic drift |
Populatn = population
dec = decrease |
evoF2 |
3 |
Gene flow |
populatn/s = population or populations
Dec = decrease
Diffs = differences |
evoF3 |
4 |
Mutations |
|
evoF4 |
5 |
Types of natural selection |
|
evoF5 |
6 |
Natural selection and variation |
|
evoF6 |
7 |
Recessive refuge |
|
evoF7 |
Message # |
Message Description |
Abbreviations used in the message |
TXT this code to 396 |
ALL
|
Microevolution & Hardy Weinberg |
Code for group and ALL messages in this group at 0.50 cents for the 1st msg and 0.30 cents for all other messages-> |
evoG |
1 |
Genetic diversity is important |
|
evoG1 |
2 |
Monoculture |
|
evoG2 |
3 |
Pesticide resistance |
|
evoG3 |
4 |
Antibiotic resistance |
|
evoG4 |
5 |
Genetic resistance to AIDS |
|
evoG5 |
Message # |
Message Description |
Abbreviations used in the message |
TXT this code to 396 |