Enzyme Kinetics:
For    [E] + [S] <--> [ES] --> [E] + [P]

Vmax = k2[ET] = kcat[ET]
KM = (k -1+k 2)/k1

Double reciprocal plot:

'=1 for competitive inhibition
'>1 for non-competitive inhibition

General Thermodynamics:
R=8.3 J/mol-deg
T=300K, RT=2.5 kJ/mol @ 300K
ΔGO = -RTlnKeq
ΔG=ΔH-TΔS
S=RlnW
van't Hoff Plot: 

Ligand Binding:

Scatchard Plot:  θ/[L] versus θ
	θ/[L] = -θ/KD + 1/KD
Hill Plot: log(θ/(1-θ)) versus log[L]
Misc:
A=εCl
pH=pKA+log([A-]/[HA])
[HA]=[AT]/(1+R)                 [A-]=[AT]R/(1+R)
For the reaction: N <--> U:
Keq = [U]/[N]
fu = Keq/(1+Keq)           fn = 1/(1+Keq)
Beer's law: A=[X]l
Logs:
MW (kDa)	Log(MW)	
10	1.00	
20	1.30	
30	1.48	
40	1.60	
50	1.70	
60	1.78	
70	1.85	
80	1.90	
90	1.95	
100	2.00	

Amino Acid Names:
Alanine: Ala
Arginine: Arg
Asparagine: Asn
Aspartic Acid: Asp
Cystine: Cys 
Glycine: Gly
Histidine: His
	
Isoleucine: Ile
Lysine: Lys
Leucine: Leu
Methionine; Met
Phenylalanine: Phe
Proline: Pro
Serine: Ser
	
Threonine: Thr
Tryptophan: Trp
Tyrosine: Tyr
Valine: Val
Glutamine: Gln
Glutamic Acid: Glu