Integrative Levels Classification

ILC developing version
Expanded class `f`

▽ ⌕ `f`	molecules; chemical substances; pure substances [chemistry; molecular physics] ↞ `e` atoms ≈ DDC `540`
▽ ⌕ `f25` `[f]`	in milieu
▽ ⌕ `f3`	by bond
▽ ⌕ `f36` `[f]`	giving by-product
▽ ⌕ `f37` `[f]`	by catalyst
▽ ⌕ `f38` `[f]`	from reactant
▽ ⌕ `f3c`	covalent bond
▽ ⌕ `f3f`	ionic bond
▽ ⌕ `f3h`	hydrogen bonding ↞ `ebb` hydrogen
▽ ⌕ `f3n`	Van der Waals bond
▽ ⌕ `f48` `[an]`	needing kJ/mol potential barrier; energy barrier; activation energy E_a
▽ ⌕ `f5`	reaction [stoichiometry; chemical kinetics]
▽ ⌕ `f52` `[an]`	reactivity
▽ ⌕ `f526` `[an]`	solubility ↞ `fU` water
▽ ⌕ `f55` `[an]`	boiling at K boiling point ↞ `gg` gases `gl` liquids
▽ ⌕ `f556` `[an]`	melting at K melting point ↞ `gl` liquids `gs` solids
▽ ⌕ `f55pqvr` ⋄	273
▽ ⌕ `f55prvr` ⋄	373
▽ ⌕ `f57` `[an]`	rate of reaction
▽ ⌕ `f57c`	equilibrium
▽ ⌕ `f58` `[an]`	J; joule enthalpy change; ΔH; heat of reaction
▽ ⌕ `f59`	reaction type
▽ ⌕ `f59d`	endothermic
▽ ⌕ `f59h`	photochemical [photochemistry] ↞ `d5ll` visible light
▽ ⌕ `f59s`	exothermic
▽ ⌕ `f59x`	explosive
▽ ⌕ `f5b`	synthesis
▽ ⌕ `f5d`	decomposition
▽ ⌕ `f5f`	single replacement
▽ ⌕ `f5g`	double replacement
▽ ⌕ `f5i`	reduction-oxidation; redox ↞ `ecq` oxygen
▽ ⌕ `f5ic`	combustion; burning
▽ ⌕ `f5ie`	electrochemical reaction
▽ ⌕ `f5ɭ`	complexation ↞ `fgc` classical complexes
▽ ⌕ `f5ɭɭ`	ligand exchange
▽ ⌕ `f5n`	acid-base reaction [Brønsted-Lowry acid-base theory]
▽ ⌕ `f5nn`	neutralization
▽ ⌕ `f5p`	precipitation
▽ ⌕ `f5qWy`	organic reaction
▽ ⌕ `f5s`	substitution
▽ ⌕ `f5se`	electrophilic substitution
▽ ⌕ `f5sn`	nucleophilic substitution
▽ ⌕ `f5snb`	S_N1
▽ ⌕ `f5snc`	S_N2
▽ ⌕ `f5sr`	radical substitution
▽ ⌕ `f5u`	addition
▽ ⌕ `f5ue`	electrophilic addition
▽ ⌕ `f5un`	nucleophilic addition
▽ ⌕ `f5ur`	radical addition
▽ ⌕ `f5v`	elimination
▽ ⌕ `f5w`	rearrangement
▽ ⌕ `f5wh`	hydride shift
▽ ⌕ `f5wi`	sigmatropic reaction
▽ ⌕ `f5wp`	pericyclic reaction
▽ ⌕ `f65` `[g]`	aggregation state
▽ ⌕ `f65g`	gaseous
▽ ⌕ `f65ɭ`	liquid
▽ ⌕ `f65s`	solid
▽ ⌕ `f65x`	crystalline
▽ ⌕ `f66` `[d9]`	statistics
▽ ⌕ `f66b`	boson
▽ ⌕ `f66f`	fermion
▽ ⌕ `f7` `[X]`	molecular structure
▽ ⌕ `f77` `[e]`	made up of chemical element
▽ ⌕ `f83` `[an]`	weighing molecular weight
▽ ⌕ `f837` `[an]`	dense g/cm³ density
▽ ⌕ `f86` `[an89]`	quantity
▽ ⌕ `f88` `[an]`	mmol
▽ ⌕ `f9` `[X]`	kind
▽ ⌕ `f96` `[an89]`	acidity
▽ ⌕ `f968` `[an]`	ph
▽ ⌕ `f968no`	0
▽ ⌕ `f968nv`	7
▽ ⌕ `f968os`	14
▽ ⌕ `f96f`	acid
▽ ⌕ `f96i`	neutral
▽ ⌕ `f96m`	amphoteric
▽ ⌕ `f96x`	base; basic; alkaline
▽ ⌕ `f97` `[f]`	formed with radical; functional group
▽ ⌕ `f98` `[an8]`	ionization
▽ ⌕ `f98k`	-3; ---
▽ ⌕ `f98ɭ`	-2; --
▽ ⌕ `f98m`	-1; -
▽ ⌕ `f98o`	0
▽ ⌕ `f98p`	+1; +
▽ ⌕ `f98q`	+2; ++
▽ ⌕ `f98r`	+3; +++
▽ ⌕ `fU` `[febb]`	water; H₂O
▽ ⌕ `fU65g`	steam
▽ ⌕ `fU65ɭ`	liquid water
▽ ⌕ `fU65x`	ice
▽ ⌕ `fb`	pure substances
▽ ⌕ `fb77bb`	molecular hydrogen; H₂
▽ ⌕ `fb77cp`	molecular nitrogen; N₂
▽ ⌕ `fcWe`	inorganic compounds [inorganic chemistry] ≈ DDC `546`
▽ ⌕ `fcWy`	chemical compounds; complex substances
▽ ⌕ `fc`	mineral acids; inorganic acids ↞ `ebb` hydrogen `f99f`
▽ ⌕ `fc78` `[ann]`	chemical characteristic
▽ ⌕ `fc78p`	monoprotic acid
▽ ⌕ `fc78q`	diprotic acid
▽ ⌕ `fc78r`	triprotic acid
▽ ⌕ `fc9s`	strong acid
▽ ⌕ `fc9w`	weak acid
▽ ⌕ `fccWf`	hydrogen halides ↞ `eXr` halogens
▽ ⌕ `fcc`	hydrofluoric acid; HF ↞ `ecr` fluorine
▽ ⌕ `fcd`	hydrochloric acid; HCl ↞ `edr` chlorine
▽ ⌕ `fce`	hydrobromic acid; HBr ↞ `eer` bromine
▽ ⌕ `fcf`	hydroiodic acid; HI ↞ `efr` iodine
▽ ⌕ `fcm`	nitric acid; HNO₃ ↞ `ecp` nitrogen
▽ ⌕ `fcn`	nitrous acid; HNO₂ ↞ `ecp` nitrogen
▽ ⌕ `fco`	halogen oxoacids ↞ `eXr` halogens
▽ ⌕ `fcp`	phosphoric acid; H₃PO₄ ↞ `edp` phosphorus
▽ ⌕ `fcq`	sulfuric acid; sulphuric acid; oil of vitriol; H₂SO₄ ↞ `edq` sulfur
▽ ⌕ `fcr`	fluorosulfuric acid; HSO₃F ↞ `ecr` fluorine `edq` sulfur
▽ ⌕ `fd`	bases ↞ `f99x`
▽ ⌕ `fd9s`	strong base
▽ ⌕ `fd9w`	weak base
▽ ⌕ `fdd`	ammonia; azane; NH₃ ↞ `ecp` nitrogen
▽ ⌕ `fdh`	hydroxides
▽ ⌕ `fdh98m`	hydroxide ion; OH^-
▽ ⌕ `fdhc`	lithium hydroxide; LiOH ↞ `ecb` lythium
▽ ⌕ `fdhd`	sodium hydroxide; NaOH ↞ `edb` sodium
▽ ⌕ `fdhm`	magnesium hydroxide; Mg(OH)₂ ↞ `edc` magnesium
▽ ⌕ `fe`	oxides ↞ `ecq` oxygen
▽ ⌕ `feb`	hydrogen oxides ↞ `ebb` hydrogen
▽ ⌕ `febb`	hydrogen oxide; water; H₂O
▽ ⌕ `febc`	hydrogen peroxide; H₂O₂; dihydrogen dioxide; dioxidane
▽ ⌕ `fec`	carbon oxides ↞ `eco` carbon
▽ ⌕ `fecb`	carbon monoxide; CO
▽ ⌕ `fecc`	carbon dioxide; carbonic acid gas; carbonic anhydride; arbonic oxide; CO₂
▽ ⌕ `fecc65s`	dry ice
▽ ⌕ `fed`	nitrogen oxides; NO_x ↞ `ecp` nitrogen
▽ ⌕ `fedb`	nitric oxide; nitrogen monoxide; NO
▽ ⌕ `fedc`	nitrogen dioxide; NO₂
▽ ⌕ `fedd`	nitrous oxide; nitrous; laughing gas; sweet air; N₂O
▽ ⌕ `fee`	lithium oxide; lithia; Li₂O ↞ `ecb` lythium
▽ ⌕ `fef`	sodium oxide; Na₂O ↞ `edb` sodium
▽ ⌕ `feg`	magnesium oxide; magnesia; MgO ↞ `edc` magnesium
▽ ⌕ `feh`	aluminium oxides ↞ `edn` aluminium
▽ ⌕ `fehd`	aluminium oxide; alumina; aloxide; aloxite; alundum; Al₂O₃
▽ ⌕ `fei`	silicon oxides ↞ `edo` silicon
▽ ⌕ `feic`	silicon dioxide; silica; SiO₂
▽ ⌕ `fek`	potassium oxide; potash; K₂O ↞ `eeb` potassium
▽ ⌕ `feɭ`	calcium oxides ↞ `eec` calcium
▽ ⌕ `feɭb`	calcium oxide; quicklime; burnt lime; CaO
▽ ⌕ `fen`	manganese oxides ↞ `eeh` manganese
▽ ⌕ `fer`	iron oxides; rust ↞ `eei` iron
▽ ⌕ `ferd`	iron(III) oxide; ferric oxide; Fe₂O₃
▽ ⌕ `fere`	iron(II,III) oxide; Fe₃O₄
▽ ⌕ `fev`	copper oxides ↞ `eel` copper
▽ ⌕ `fevb`	copper(I) oxide; cuprous oxide; Cu₂O
▽ ⌕ `fevc`	copper(II) oxide ; cupric oxide; CuO
▽ ⌕ `fevd`	copper peroxide; CuO₂
▽ ⌕ `feve`	copper(III) oxide; Cu₂O₃
▽ ⌕ `few`	zinc oxide; ZnO ↞ `eem` zinc
▽ ⌕ `ff`	salts
▽ ⌕ `ffcWf`	halides ↞ `eXr` halogens
▽ ⌕ `ffc`	fluorides ↞ `ecr` fluorine
▽ ⌕ `ffd`	chlorides ↞ `edr` chlorine
▽ ⌕ `ffdd`	sodium chloride; common salt; saline; table salt; regular salt; sea salt; NaCl
▽ ⌕ `ffdk`	potassium chloride; muriate of potash; KCl
▽ ⌕ `ffdɭ`	calcium chloride; CaCl₂
▽ ⌕ `ffdm`	magnesium chloride; MgCl₂
▽ ⌕ `ffe`	bromides ↞ `eer` bromine
▽ ⌕ `fff`	iodides ↞ `efr` iodine
▽ ⌕ `ffk`	carbonates ↞ `eco` carbon
▽ ⌕ `ffk98ɭ`	carbonate ion; CO₃^--
▽ ⌕ `ffkf`	sodium carbonate; Na₂CO₃
▽ ⌕ `ffkg`	magnesium carbonate; magnesia alba; MgCO₃
▽ ⌕ `ffkɭ`	calcium carbonate; CaCO₃
▽ ⌕ `ffm`	nitrates ↞ `ecp` nitrogen
▽ ⌕ `ffm98m`	nitrate ion; NO₃^-
▽ ⌕ `ffmf`	sodium nitrate; Peru saltpeter; soda niter; cubic niter; NaNO₃
▽ ⌕ `ffn`	nitrites ↞ `ecp` nitrogen
▽ ⌕ `ffn98ɭ`	nitrite ion; NO₂^-
▽ ⌕ `ffp`	phosphates ↞ `edp` phosphorus
▽ ⌕ `ffp98k`	phosphate ion; PO₄^---
▽ ⌕ `ffq`	sulfates ↞ `edq` sulfur
▽ ⌕ `ffq98ɭ`	sulfate ion; SO₄^--
▽ ⌕ `fg`	complexes; coordination compounds
▽ ⌕ `fgc`	classical complexes; Werner complexes
▽ ⌕ `fgo`	organometallic compounds
▽ ⌕ `fgs`	cluster compounds
▽ ⌕ `fgv`	bioinorganic compounds
▽ ⌕ `fgzt`	transition metal compounds
▽ ⌕ `fhWu`	organic compounds [organic chemistry] ≈ DDC `547`
▽ ⌕ `fh`	hydrocarbons ↞ `eco` carbon `ebb` hydrogen
▽ ⌕ `fhcWd`	saturated hydrocarbons
▽ ⌕ `fhcWh`	aliphatic hydrocarbons; acyclic hydrocarbons
▽ ⌕ `fhc`	alkanes; paraffins
▽ ⌕ `fhcb`	methane; CH₄
▽ ⌕ `fhcc`	ethane; C₂H₆
▽ ⌕ `fhcd`	propane; C₃H₈
▽ ⌕ `fhce`	butanes; C₄H₁₀
▽ ⌕ `fhceb`	n-butane
▽ ⌕ `fhcec`	isobutane; methylpropane
▽ ⌕ `fhcf`	pentanes; C₅H₁₂
▽ ⌕ `fhcfb`	n-pentane
▽ ⌕ `fhcfc`	isopentane; methylbutane
▽ ⌕ `fhcfd`	neopentane; dimethylpropane
▽ ⌕ `fhcg`	hexanes; C₆H₁₄
▽ ⌕ `fhch`	heptanes; C₇H₁₆
▽ ⌕ `fhci`	octanes; C₈H₁₈
▽ ⌕ `fhd`	cycloalkanes; cyclic alkanes; naphthenes
▽ ⌕ `fhdd`	cyclopropane
▽ ⌕ `fhde`	cyclobutane
▽ ⌕ `fhdf`	cyclopentane
▽ ⌕ `fheWf`	unsaturated hydrocarbons
▽ ⌕ `fhe`	alkenes; olefins
▽ ⌕ `fhe9i`	vinyl group; ethenyl; -CH=CH₂
▽ ⌕ `fhe9ɭ`	allyl group; -CH₂-CH=CH₂
▽ ⌕ `fhec`	ethylene; ethene; C₂H₄
▽ ⌕ `fhf`	dienes; diolefins
▽ ⌕ `fhg`	alkynes; acetylenes
▽ ⌕ `fhgc`	acetylene; ethyne; C₂H₂
▽ ⌕ `fhm`	annulenes; conjugated monocyclic hydrocarbons
▽ ⌕ `fhme`	cyclobutadiene
▽ ⌕ `fhmg`	benzene; benzol; C₆H₆
▽ ⌕ `fhmg98m`	phenyl group; phenyl ring
▽ ⌕ `fhmi`	cyclooctatetraene
▽ ⌕ `fhp`	polycyclic aromatic hydrocarbons; polyaromatic hydrocarbons; polynuclear aromatic hydrocarbons; PAHs
▽ ⌕ `fhpk`	naphthalene; C₁₀H₈
▽ ⌕ `fi`	alcohols
▽ ⌕ `fib`	monohydric alcohols
▽ ⌕ `fibb`	methanol; methyl alcohol; Columbian spirits; wood alcohol; CH₃OH
▽ ⌕ `fibc`	ethanol; alcohol; ethyl alcohol; drinking alcohol; Cologne spirit; C₂H₅OH
▽ ⌕ `fibd`	propanol; propan-2-ol; isopropyl alcohol; rubbing alcohol
▽ ⌕ `fibe`	butanol; butan-1-ol; butyl alcohol
▽ ⌕ `fibf`	pentanol; pentan-1-ol; amyl alcohol
▽ ⌕ `fibq`	cetyl alcohol; hexadecan-1-ol
▽ ⌕ `fic`	diols
▽ ⌕ `ficc`	ethylene glycol; ethane-1;2-diol
▽ ⌕ `ficd`	propylene glycol; propane-1;2-diol
▽ ⌕ `fid`	triols
▽ ⌕ `fidd`	glycerol; glycerine; propanetriol; propane-1;2;3-triol
▽ ⌕ `fie`	tetraols
▽ ⌕ `fiee`	erythritol; treitol; butane-1;2;3;4-tetraol
▽ ⌕ `fif`	pentols
▽ ⌕ `fiff`	xylitol; pentane-1;2;3;4;5-pentol
▽ ⌕ `fig`	hexols
▽ ⌕ `figg`	sorbitol; mannitol; hexane-1;2;3;4;5;6-hexol
▽ ⌕ `fih`	heptols
▽ ⌕ `fihh`	volemitol; heptane-1;2;3;4;5;6;7-heptol
▽ ⌕ `fiu`	unsaturated aliphatic alcohols
▽ ⌕ `fiud`	allyl alcohol; prop-2-ene-1-ol
▽ ⌕ `fiuk`	geraniol; 3;7-dimethylocta-2;6-dien-1-ol
▽ ⌕ `fiw`	alicyclic alcohols
▽ ⌕ `fiwg`	inositol; cyclohexane-1;2;3;4;5;6-hexol
▽ ⌕ `fiwk`	menthol; peppermint camphor; 2-(2-propyl)-5-methyl-cyclohexane-1-ol
▽ ⌕ `fj`	aldehydes; alkanals
▽ ⌕ `fj98m`	aldehyde carbonyl
▽ ⌕ `fjb`	formaldehyde; methanal; CH₂O
▽ ⌕ `fje`	butyraldehyde; butanal
▽ ⌕ `fk`	ketones; alkanones
▽ ⌕ `fkd`	acetone; propanone; (CH₃)₂CO
▽ ⌕ `fkze`	ethers
▽ ⌕ `fɭ`	carboxylic acids; fatty acids ↞ `fc` mineral acids `ebb` hydrogen
▽ ⌕ `fɭ98m`	carboxyls
▽ ⌕ `fɭb`	formic acid; methanoic acid
▽ ⌕ `fɭc`	acetic acid; CH₃COOH
▽ ⌕ `fɭd`	propionic acid; propanoic acid
▽ ⌕ `fɭe`	butyric acid; butanoic acid
▽ ⌕ `fɭf`	valeric acid; pentanoic acid
▽ ⌕ `fɭs`	stearic acid; octadecanoic acid
▽ ⌕ `fɭy`	alpha hydroxy acids; AHAs
▽ ⌕ `fɭyb`	glycolic acid; hydroacetic acid; hydroxyacetic acid
▽ ⌕ `fɭyc`	lactic acid; milk acid
▽ ⌕ `fɭyd`	malic acid
▽ ⌕ `fɭye`	tartaric acid; racemic acid; uvic acid
▽ ⌕ `fɭyf`	citric acid
▽ ⌕ `fm`	esters
▽ ⌕ `fm98m`	O-alkyl groups; alkoxy
▽ ⌕ `fn`	amines
▽ ⌕ `fnd`	trimethylamine; TMA; N(CH₃)₃
▽ ⌕ `fng`	aniline; C₆H₅NH₂
▽ ⌕ `fno`	amino acids
▽ ⌕ `fnoU`	proteinogenic amino acids
▽ ⌕ `fnoUb`	alanine; Ala; A
▽ ⌕ `fnoUc`	cysteine; Cys; C
▽ ⌕ `fnoUd`	aspartic acid; Asp; D
▽ ⌕ `fnoUe`	glutamic acid; Glu; E
▽ ⌕ `fnoUf`	phenylalanine; Phe; F
▽ ⌕ `fnoUg`	glycine; Gly; G
▽ ⌕ `fnoUh`	histidine; His; H
▽ ⌕ `fnoUi`	isoleucine; Ile; I
▽ ⌕ `fnoUk`	lysine; Lys; K
▽ ⌕ `fnoUɭ`	leucine; Leu; L
▽ ⌕ `fnoUm`	methionine; Met; M
▽ ⌕ `fnoUn`	asparagine; Asn; N
▽ ⌕ `fnoUp`	proline; Pro; P
▽ ⌕ `fnoUq`	glutamine; Gln; Q
▽ ⌕ `fnoUr`	arginine; Arg; R
▽ ⌕ `fnoUs`	serine; Ser; S
▽ ⌕ `fnoUt`	threonine; Thr; T
▽ ⌕ `fnoUv`	valine; Val; V
▽ ⌕ `fnoUw`	tryptophan; Trp; W
▽ ⌕ `fnoUy`	tyrosine; Tyr; Y
▽ ⌕ `fo`	carbohydrates; saccharides
▽ ⌕ `fo9j`	aldoses
▽ ⌕ `fo9k`	ketoses
▽ ⌕ `focWj`	monosaccharides; simple sugars
▽ ⌕ `foc`	trioses
▽ ⌕ `fod`	tetroses
▽ ⌕ `foe`	pentoses
▽ ⌕ `foei`	ribose
▽ ⌕ `fof`	hexoses
▽ ⌕ `foff`	glucose
▽ ⌕ `fofɭ`	galactose
▽ ⌕ `fofr`	fructose
▽ ⌕ `fog`	heptoses
▽ ⌕ `fok`	disaccharides; double sugars; bioses
▽ ⌕ `fokm`	maltose
▽ ⌕ `foo`	oligosaccharides
▽ ⌕ `fop`	polysaccharides
▽ ⌕ `fopc`	starch
▽ ⌕ `fopg`	glycogen
▽ ⌕ `fopi`	arabinoxylans
▽ ⌕ `fopɭ`	cellulose
▽ ⌕ `fopn`	chitin
▽ ⌕ `fopp`	pectins
▽ ⌕ `fp`	lipids; fats
▽ ⌕ `fpg`	glycerids
▽ ⌕ `fph`	sphingolipids
▽ ⌕ `fps`	sterols
▽ ⌕ `fpt`	prenols including terpenoids
▽ ⌕ `fpw`	waxes
▽ ⌕ `fpy`	polyketides
▽ ⌕ `fq`	nucleotides
▽ ⌕ `fqc`	cytosine; C
▽ ⌕ `fqg`	guanine; G
▽ ⌕ `fqn`	adenine; A
▽ ⌕ `fqt`	thymine; T
▽ ⌕ `fqu`	uracil; U
▽ ⌕ `ft`	proteins ↞ `fno` amino acids
▽ ⌕ `ft5Cd`	degradation
▽ ⌕ `ft5b`	synthesis
▽ ⌕ `ft7`	protein structure; folding
▽ ⌕ `ft7b`	protein primary structures
▽ ⌕ `ft7c`	protein secondary structures
▽ ⌕ `ft7d`	protein tertiary structures
▽ ⌕ `ft7e`	protein quaternary structures; subunits
▽ ⌕ `ft9s`	structural proteins
▽ ⌕ `ft9y`	enzymes
▽ ⌕ `ftU`	common proteins
▽ ⌕ `ftUdWɭ`	enzymes ↞ `ftay`
▽ ⌕ `ftUd`	oxidoreductases
▽ ⌕ `ftUf`	transferases
▽ ⌕ `ftUh`	hydrolases
▽ ⌕ `ftUi`	lyases
▽ ⌕ `ftUj`	isomerases
▽ ⌕ `ftUɭ`	ligases
▽ ⌕ `ftUmWp`	cell signaling and ligand binding proteins
▽ ⌕ `ftUm`	transmembrane proteins
▽ ⌕ `ftUn`	insulin
▽ ⌕ `ftUo`	antibodies
▽ ⌕ `ftUp`	haemoglobin
▽ ⌕ `ftUqWt`	structural proteins ↞ `ftau`
▽ ⌕ `ftUq`	collagen
▽ ⌕ `ftUr`	keratin
▽ ⌕ `ftUs`	myosin
▽ ⌕ `ftUt`	actin
▽ ⌕ `ftX`	protein fold classes
▽ ⌕ `ftb`	all alpha proteins domains consisting of α-helices
▽ ⌕ `ftbzb`	all beta proteins domains consisting of β-sheets
▽ ⌕ `ftc`	alpha and beta proteins (a/b) mainly parallel beta sheets
▽ ⌕ `ftd`	alpha and beta proteins (a+b) mainly antiparallel beta sheets
▽ ⌕ `fte`	multi-domain proteins
▽ ⌕ `ftf`	membrane and cell surface proteins and peptides
▽ ⌕ `ftg`	small proteins
▽ ⌕ `fth`	coiled-coil proteins
▽ ⌕ `fti`	low resolution protein structures
▽ ⌕ `ftj`	peptides
▽ ⌕ `ftk`	designed proteins
▽ ⌕ `fu`	nucleic acids ↞ `fq` nucleotides
▽ ⌕ `fur`	RNA; ribonucleic acid
▽ ⌕ `fus`	DNA; deoxyribonucleic acid
▽ ⌕ `fx`	solid state compounds ↞ `gsx`
▽ ⌕ `uUde(91px)f`	Franche-Comté
Connected classes:
`f25` `[f]`	in milieu
`f36` `[f]`	giving by-product
`f37` `[f]`	by catalyst
`f38` `[f]`	from reactant
`f526` `[an]`	solubility ↞ `fU`
`f5ɭ`	complexation ↞ `fgc`
`f97` `[f]`	formed with radical; functional group
`fU` `[febb]`	water; H₂O
`fc`	mineral acids; inorganic acids ↞ `ebb f99f`
`fd`	bases ↞ `f99x`
`fɭ`	carboxylic acids; fatty acids ↞ `fc ebb`
`ft`	proteins ↞ `fno`
`ftUdWɭ`	enzymes ↞ `ftay`
`ftUqWt`	structural proteins ↞ `ftau`
`fu`	nucleic acids ↞ `fq`
`g`	bulk matter; states of matter; phases; continuum bodies; macroscopical physical systems [classical mechanics] ↞ `f`
`g97` `[f]`	made up of chemical substance
`gte`	oxide minerals; oxides ↞ `fe`
`gteb`	ice; H₂O ↞ `ebb fU`
`gteec`	corundum; Al₂O₃ ↞ `edn fehd`
`gteee`	hematite; Fe₂O₃ ↞ `eei ferd`
`gtesm`	magnetite; Fe₃O₄ ↞ `edc eei fere`
`gtstb`	quartz; SiO₂ ↞ `feic`
`gtxc`	mineral hydrocarbons ↞ `fd`
`i977` `[f]`	containing chemical substance
`j5rk`	chemical erosion ↞ `fae`
`jq`	aquifers; ground water; water-bearing strata [hydrogeology] ↞ `fU`
`js`	fresh water systems; drainage basins; watersheds [hydrology; hydrography; limnology] ↞ `fU`
`jsɭj`	solution lakes ↞ `fae`
`k`	genes; genetic code [genetics] ↞ `fu`
`k98` `[f]`	coding for gene product; functional molecule
`ɭ5mi`	carbohydrate catabolism ↞ `fo`
`ɭ5mj`	fat catabolism ↞ `fp`
`ɭ5mk`	protein catabolism ↞ `ft`
`m439h`	chemical exposure ↞ `f`
`ny7Ch`	abiotic components ↞ `j i f`
`o5ef`	chemical perception ↞ `f`
`r5c`	controlled fire; cooking ↞ `f5ic`
`r9n`	salt ↞ `ff`
`r9q`	dyes and paints ↞ `f`
`r9t`	plastic ↞ `f`
`rɭ59i`	irrigation ↞ `fU js`
`rth`	chemical manufacturing ↞ `f`
`sbsb`	table salt ↞ `ffdd`
`sbvh`	alcoholic drinks ↞ `fibc`
`sm3r`	chemical weapons ↞ `f`
`yssf`	chemistry ↞ `f`

specificity
current: 99

Move to another main class:
a b c d e f g h i j k l m n o p q r s t u v w x y


Facets key
0  as for perspective 
1  at time            
2  in place           
3  by agent           
4  opposed to         
5  undergoing change  
6  having property    
7  with part          
8  in quantity        
9  of quality

ILC developing version. Expanded class f / — ISKO Italia <http://www.iskoi.org/ilc/no.php?no=f> : 2006.03.06 - 2021.12.09 -

ILC developing versionExpanded class f

ILC developing version
Expanded class `f`