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INDEX
A
B
C
D
E
е
F
G
H
I
J
K
L
M
N
O
P
Q
R
S
T
U
V
W
X
Y
Z
A
bsolute temperature
Absorption spectrum
Acid
fatty ~
nucleic ~
acetylformic ~
oxalacetic ~
Acidity
Actin
Active site
Acceptor
ADP
Aminoacid
hydrophilic
hydrophobic
residue
Amitosis
Anabolism
Antibodies
Anticodon
Antigen
Angstrem
ATP
synthesis
-ase
-synthetase
Atomic nucleus
Atomic state
excited ~
ground ~
steady ~
Autosome
B
asal body
Bivalent
Bohr radius
Bond
chemical ~
covalent ~
dipole-dipole ~
donor-acceptor ~
hydrogen ~
hydrophobic ~
ion ~
ion-dipole ~
multiple ~
peptide ~
phosphodiesteric ~
van der Waalse ~
weak ~
C
atabolism
Catalyst
Catalysis
Cell
B-cell
blood ~
erythrocyte
leucocyte
thrombocyte
~ cycle
~ stage M
~ stage G1
~ stage G2
~ stage S
~ resting stage
~ division
~ theory
~ wall
connective tissue ~
epithelial ~
eukaryotic ~
gametal ~
muscle ~
nerve ~
plasmacyte
procariotic ~
sensory ~
somatic ~
T-cell
Cellulose fibers
Centrioles
Chain
electron transport ~
heavy ~
light ~
respiratory ~
Chemiosmotic
~ hypothesis
~ theory
Chiasma
Chloroplast
Chromatids
Chromatin
Chromosomes
~ pairing
~ konjugation
homologous ~
sex ~
Cilium
Cisterna
Clone
Coenzymes
Coefficient
diffusion ~
sedimentation ~
membrane permeability
Codon
Cofactor
Compartment
Complementarity
Concentration
Constant
Avogadro ~
Boltzman ~
electric ~
equilibrium ~
Faraday ~
gas ~
Plank ~
Constant field approximation
Cristae
Crossing-over
Cytochromes
Cytokinesis
Cytoplasm
Cytoskeleton
Cytosol
D
ehydrogenization
Desoxynucleoprotein
Desmosome
Dictyosome
Differentiation
DNA
mitochondrial ~
Diploid
Dipole
Dipole moment
Donor
E
ffector
Electric permittivity
~ of medium
~ of vacuum
Electrolyte
Electron
~ elementary charge
~ mass
~ transfer
~ pair
~ polarizability
~ wave function
Electron-volt
Endoplasmic reticulum
smooth ~
rough ~
Energy
~ of activation
bond ~
~ of the system
free ~
internal ~
Enthalpy
Entropy
Envelope
cell ~
nuclear ~
Enzymes
hydrolytic ~
active site
hydrolases
isomerases
lyases
ligases
oxidases
oxidoreductases
synthetases
transferases
Erythrocyte
Equation
Arrenius ~
Goldman ~
kinetic ~
Michaelis-Menten ~
Nernst-Plank ~
perfect gas ~
real gas ~
Schroedinger’s ~
Schroedinger’s wave ~
van der Waalse ~
Equilibrium
thermodynamic ~
chemical ~
Exciton
Eukaryotes
F
AD
Ferment
active site
hydrolases
isomerases
lyases
ligases
oxidases
oxidoreductases
synthetases
transferases
Ferment strength
~ feeedback inhibition
~ regulation
allosteric ~
covalent ~
cooperative ~
~ sequential model
~ symmetrical model
zimogenic ~
Fermentation
Filaments
intermediate ~
thick ~
Flagellum
Fluorescence
FMN
Formula
Lennard-Jones ~
G
amete
Gene
~ duplication
~ expression
Genetic code
universal ~
mitochondrial ~
Genome
Genotype
Glycosylation
Glycolysis
Golgi complex
Gradient
electrochemical ~
H
amiltonian
Haploid
Histones
Homolog
Hormons
Hydrolases
Hydrolysis
Hydrophilicity
Hydrophobicity
I
mmune response
antibody ~
cell-mediated ~
in silico
in vitro
in vivo
Informosome
Inhibitor
irreversible ~
reversible ~
competition-free ~
competitive ~
noncompetitive ~
Intermembranous space
Intracellular medium
Interaction
charge-transfer ~
dipole-dipole ~
dispersion ~
donor-acceptor ~
hydrophobic ~
induction ~
interatomic ~
intermolecular ~
ion-dipole ~
orientation ~
van der Waalse ~
weak ~
Isoforms
Isomerases
Ion
Ion potential
electrochemical ~
J
unction
cell
tight
K
inetochore
Konjugation
Krebs cycle
Kronecker symbol
L
aplacian
Law
energy conservation ~
Fick ~
mass action ~
Mendel ~
the first ~ of thermodynamics
the second ~ of thermodynamics
the third ~ of thermodynamics
Leucocyte
lymphocyte
Leucoplast
Ligases
Lipid bilayer
Lipids
phospholipids
glycolipids
Locus
Luminescence
Lyases
Lymph
Lymphocyte
B-lymphocyte
T-lymphocyte
Lysosome
M
acromolecule
Matrix
cytoplasmic ~
mitochondrial ~
Meiosis
meiosis I
anaphaseI
metaphaseI
prometaphaseI
prophaseI
meiosis II
Membrane
cell ~
mitochondrial ~
nuclear ~
plasmamembrane
Mesosome
Metabolic
~ chain
~ network
~ pathway
Metabolism
Metabolites
Microfilaments
Microtubules
Mitochondria
Mitosis
anaphase
metaphase
prometaphase
prophase
telophase
Mitotic sprindle
Model
facilitated diffusion ~
passive diffusion transport ~
fluid-mosaic membrane ~
electron transfer ~
stochastic ~
quantum-classical ~
quantum-mechanical ~
tunneling mechanism
excitation transfer ~
inductive resonance ~
exchange resonance ~
exciton ~
kinetic ~
simulation ~
Molecular oxygen
Molecular mass
Monomer
Morphogenesis
Multiplicity
Myosin
N
AD
NADF
Nitrogen base
Nonelectrolytes
Nuclear pores
Nucleoplasm
Nucleoprotein
Nucleotides
Nucleous
Nucleus
Number
Avogadro ~
Faraday ~
O
ntogenesis
Organ
Organelles
Organism
anaerobic ~
aerobic ~
Oscillator
Osmosis
Osmotic effects
Oxidases
Oxidation
aerobic ~
anaerobic ~
Oxidoreductases
P
articles
desoxynucleoprotein ~
ribonucleoprotein ~
Peroxisome
pH
Phenotype
Phonon
Phosphate
Phosphorylation
Phylogenesis
Plasmodesma
Polarizability of electron
Polymer
Polypeptide
Polyploide
Principle of feedback
Probability amplitude
Product
Processes
aerobic ~
anaerobic ~
Processing
Prokaryotes
Proliferation
Proteins
fibrillar ~
globular ~
membrane ~
ribosomal ~
secretion ~
synthesis
tunneling ~
transport ~
Proton
Proton channel
Purines
Pyrimidines
R
ecombination
Reduction
Replication
Residue
aminoacid ~
Respiration
Respiratory chain
Resting stage
Restriction point
Retro inhibition
Rhizoplast
Ribonucleoprotein
Ribosome
~ subunits
RNA
~-interference
messenger ~
micro~
ribosomal ~
si~
small ~s
transfer ~
S
equence
aminoacid ~
Sterols
Substrat
Sugars
Sugar-phosphate backbone
Singlets
Solenoid
Spin
Sprindle fibers
Stoichiometry
Subunit
Synthetases
System
dissipative ~
thermodynamic ~
T
elomers
Theory
quantum-mechanical ~
Thermodynamics
Thrombocyte
Tissue
lymphoid ~
Tonoplast
Transcription
Transferases
Translation
Transport
active ~
membrane ion ~
passive ~
proton ~
Triplets
Tubulin
Turgor
Tylakoids
V
acuole
Variable
fast varying ~
Vesicles
Vibrational relaxation
Vitamines
W
ave function
electron ~
Work
Z
ygote
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