This class was created by Brainscape user Benjamin Lau. Visit their profile to learn more about the creator.

Decks in this class (38)

A1.1 water
oh god
10  cards
A1.2 nucleic acids
PLEASE
15  cards
A2.1 Origins of cells
sleep
13  cards
A2.2 Cell structure
( ˘•~•˘ )
19  cards
A2.3 Viruses
cheerleader
17  cards
A3.1 Diversity of organism (year 6)
Evaluate the evidence for the hyp...,
Current and potential future uses...,
Explain the difficulties with the...
5  cards
A3.2 classification and cladistics (year 6)
Advantages of phylogeny instead o...,
What is a clade,
Describe how cladistics work
7  cards
A4.1 Evolution and Speciation (year 6)
Define evolution,
Evidence for evolution,
Phylogenetic trees
13  cards
A4.2 Biodiversity (year 6)
s
8  cards
B1.1 Carbohydrates and lipids
Describe the condensation reaction,
Describe monosaccharides,
Describe
23  cards
B1.2 proteins
Describe the general structure of...,
State the word eqn for a condensa...,
What is a peptide bond
17  cards
B2.1 membranes and membrane transport
Describe the phospholipid molecule,
How do amphipathic lipids form co...,
Describe the two major types of p...
22  cards
B2.3 cell specialization
Describe the process of cell spec...,
Properties of stem cells,
2 locations of stem cell niches i...
11  cards
B3.1 gas exchange (year 6)
Why does direct gas exchange get ...,
Properties of gas exchange surfaces,
Adaptations of mammalian lungs
13  cards
B3.2 transport (year 6)
Adaptations of capillaries,
Structure adaptations of arteries,
Structure adaptations of veins
15  cards
B3.3 Muscle and motility (year 6)
Example of a sessile and motile o...,
Describe how a sarcomere contract...,
Describe the role of titin and an...
10  cards
B4.1 adaptation to environment (year 6)
2 examples of an organism adapted...,
Examples of abiotic variables aff...,
Conditions required for coral ree...
6  cards
B4.2 ecological niches (year 6)
Abiotic interactions within a niche,
Biotic factors,
What are obligate anaerobes
19  cards
C1.1 enzymes and metabolism
what is this crap
20  cards
C1.2 respiration
Difference btwn anaerobic and aer...,
Properties of atp that make it su...,
Examples of life processes in the...
17  cards
C1.3 photosynthesis
Word and chemical eqn for photosy...,
Formula for calculatin rf values,
How does light energy affect pigm...
19  cards
C2.1 Chemical Signalling (year 6)
Describe the process of quorum se...,
Name the 4 functional ligands in ...,
Diff btwn hormones and neurotranm...
14  cards
C2.2 Neural signalling (year 6)
Describe the structure of a neuron,
Describe the sequence of an actio...,
Compare the speed of nerve impuls...
14  cards
C3.1 Integration of body systems (year 6)
What are emergent properties,
Compare and contrast endocrine an...,
1 example of nervous and endocrin...
22  cards
C3.2 defense against disease
What are pathogens,
What is our primary defense again...,
Describe the process of blood clo...
19  cards
C4.1 populations and communities (year 6)
Describe 3 methods of population ...,
Definition of carrying capacity,
Describe how population size is c...
14  cards
C4.2 Transfer of energy and matter (year 6)
long chapter
17  cards
D1.1 Dna replication
Describe the process of dna repli...,
Properties of dna replication,
Describe the process of polymeras...
8  cards
D1.2 protein synthesis
Describe the process of transcrip...,
Why is dna stable enough for sing...,
Purpose of mrna and trna in trans...
19  cards
D1.3 mutations and gene editing
◜࿀◝
20  cards
D2.2 Gene expression
help
14  cards
D2.1 Cell and nuclear division
;
29  cards
D2.3 water potential
let me rest please
17  cards
D3.2 Inheritance
: :
20  cards
D3.3 homeostasis (year 6)
h
14  cards
D4.1 Natural selection (yr 6)
dog
22  cards
D4.2 Stability and change (year 6)
State the requirements for a sust...,
Example of a possible tipping poi...,
What are mesocosms
14  cards
D4.3 climate change (year 6)
raph
12  cards

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IB HL Bio 2025

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