A

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

Y

X

Z

1	Top

1,3-PROPANEDIOL     [64-1]

2	Top

2-HYDROXYALKANOATES     [106-1]

3	Top

3-HYDROXYALCANOIC ACIDS     [59-1]

3-HYDROXYBUTYRATE     [92-1]

A	Top

ACID-DEGRADABLE POLYMERS     [67-1]

ALGINATE     [10-1]

APPLICATION     [81-1]

ARTIFICIAL PATHWAY     [4-2]

B	Top

B. XENOVORANS LB400     [55-1], [55-2]

BACTERIAL ISOLATES     [74-1]

BACTERIAL PLATFORMS     [73-2]

BIO-BASED     [42-1]

BIOBEADS     [81-1]

BIOCATALYSTS     [92-2]

BIOCHEMICAL CHARACTERIZATION     [29-1]

BIOCOMPATIBILITY     [18-1]

BIOCOMPATIBLE     [52-1]

BIODEGRADABLE     [52-1]

BIODEGRADABLE COPOLYMERS     [33-1]

BIODEGRADABLE POLYMERS     [23-1], [70-1], [96-1]

BIODEGRADATION     [8-2]

BIODIESEL LIQUID WASTE (BLW)     [10-1]

BIOEMULSIFICATION     [72-2]

BIOHYDROGEN PRODUCTION     [29-2]

BIOMASS C4 GRASS     [101-1]

BIOMEDICAL APPLICATION     [91-1]

BIOPLASTIC     [29-2], [69-2]

BIOPLASTIC PRODUCTION     [2-2]

BIOPLASTICS     [68-2], [100-2]

BIOPLYMER     [58-1]

BIOPLYMERS     [20-1]

BIOPOLYMER     [62-1]

BIOPOLYMERS     [22-1], [25-1], [37-2], [50-2], [53-1], [55-1], [55-2], [61-3], [72-1], [79-1], [96-1], [98-1], [99-1], [101-1], [104-1], [105-1], [106-1]

BIOPOLYMERS APPLICATIONS     [98-1]

BIOPROCESS     [35-1]

BIOREFINERIES     [9-1], [68-2]

BIOREFINERY     [39-1]

BIOREMEDIATION     [72-2]

BIORENEWABLE     [68-2]

BIOSOLIDS     [43-1]

BLEND     [69-2]

BLOCK COPOLYMER     [19-1]

BLOCK COPOLYMERS     [40-1]

BURKHOLDERIA     [60-1]

BURKHOLDERIA CEPACIA     [47-1]

BURKHOLDERIA SACCHARI     [3-2], [33-1], [78-1]

C	Top

CARBON DIOXIDE     [40-1]

CARBON SOURCES     [76-1]

CARDIAC     [32-1]

CAS9     [14-1]

CATALYST     [69-2]

CELL CARRIERS     [52-1]

CELL MORPHORLOGY     [15-1]

CELLULOSE     [105-1]

CGP     [30-1]

CHROMOSOME     [13-1]

CO-FACTOR SPECIFICITY     [73-1]

COLOMBIAN SOILS     [47-1]

COMMERCIAL OPERATION     [100-1]

CONSORTIA     [8-2]

CONTROLLED ROP     [67-1]

COPOLYMERS     [53-1]

COPOLYMERS.     [71-1]

CORE METABOLIC NETWORK     [82-1]

CPHA     [30-1]

CRISPRI     [14-1]

CUPRIAVIDUS     [38-1]

CUPRIAVIDUS NECATOR     [27-1], [61-1]

CYANOPHYCIN     [30-1]

CYTED     [20-1]

D	Top

D-XYLOSE     [57-1]

DEGRADATION     [92-1]

DEPOLYMERIZATION     [42-1]

DEPOLYMERYZATION     [59-1]

DEVELOPMENT AND COMMERCIALIZATION     [100-2]

DEXTRAN     [6-2]

DIESEL OIL     [72-2]

E	Top

E. COLI     [15-1], [73-1]

ELEMENTARY FLUX MODE ANALYSIS     [78-1]

ELEMENTARY MODE ANALYSES     [73-1]

ELEMENTARY MODE ANALYSIS     [82-1]

EMULSIFICATION INDEX     [72-2]

ENGINEERING BACTERIAL     [92-2]

ENSILING     [39-1]

ENTNER-DOUDOROFF PATHWAY     [82-1]

ESCHERICHIA COLI     [11-1], [34-1], [64-1], [70-1]

EVOLUTIVE ENGINEERING     [76-1]

EXOPOLYSACCHARIDE     [72-1], [72-2]

EXPRESSION CONTROL     [66-1]

EXTRACTION     [68-2]

EXTRUSION     [69-2]

F	Top

FATTY ACID β-OXIDATION     [34-1]

FLUX ANALYSIS     [61-1]

FUNCTIONAL POLYMERS     [19-1]

G	Top

GLYCEROL     [64-1]

GRANULE-ASSOCIATED PROTEIN     [26-1]

H	Top

HALOMONAS     [13-1]

HALOMONAS SP. HG01     [76-1]

HEMICELLULOSE     [9-1]

HERBASPIRILLUM SEROPEDICAE     [56-1], [57-1]

HETEROPOLYESTERS     [38-1]

HOMOARGININE     [30-1]

HOMOPOLYMER     [19-1], [59-1]

I	Top

IN SILICO MODELS     [73-1]

INSATURATED MONOMERS     [77-1]

INTRACELLULAR PHB DEPOLYMERASES     [36-2]

ISOMERASE     [3-2]

L	Top

LACI     [13-1]

LACTIC ACID     [39-1]

LATEX CLEARING PROTEIN     [36-3]

LONA     [44-1]

LYSINE     [30-1]

M	Top

MECHANICAL PROPERTIES     [91-1]

MEDICAL APPLICATIONS     [58-1], [105-1]

METABOLIC ENGINEERING     [4-2], [14-1]

METABOLIC FLUX ANALYSIS     [73-2]

METABOLIC MODELING     [104-1]

METABOLIC NETWORK RECONSTRUCTION     [78-1]

METABOLISM     [3-2], [57-1]

METHANOL     [24-1]

MICROBIAL BIOPOLYMER PRODUCTION     [98-1]

MICROBIAL ENRICHMENT CULTURE     [45-1]

MICROBIAL ENRICHMENT CULTURES     [24-1]

MICROORGANISM     [29-1]

MINI-TN5 TRANSPOSON     [84-1]

MINI-TN7     [53-1]

MIXED SUBSTRATE     [24-1]

MIXOTROPHIC BIOSYNTHESIS     [40-1]

MOLECULAR WEIGHT REGULATION     [22-1]

MOLECULAR WEIGHT.     [71-1]

MONOMER PRODUCTION     [42-1]

MREB     [15-1]

MUTAGENESIS     [47-1]

MUTATION     [6-2]

N	Top

NANOBIOCOMPOSITE     [91-1]

NMR     [6-2]

P	Top

P(3HB)     [55-2]

P(3HB-CO-3HHX)     [4-2]

P3HB MOBILIZATION     [44-1]

P3HB PRODUCTION     [78-1]

P3HB4HB     [14-1]

PATCHES     [32-1]

PATENCY     [18-1]

PBS     [23-1]

PETROCHEMICAL MONOMERS     [102-1]

PHA     [3-2], [11-1], [12-1], [13-1], [14-1], [24-1], [25-1], [37-2], [62-1], [73-2], [99-1], [104-1]

PHA CARACTERIZATION AND PROPERTIES     [79-1]

PHA EXTRACTION     [42-1]

PHA PRODUCTION     [38-1]

PHA PROPERTIES     [38-1]

PHA SINTASE     [50-2]

PHA SYNTHASE.     [71-1]

PHA-COPOLYMERS     [50-2]

PHA-SYNTHASE     [29-1]

PHAMCL     [77-1], [82-1]

PHAPCJ OPERON FROM AEROMONAS SPP.     [33-1]

PHAS     [51-1], [55-1]

PHASINS     [25-1]

PHAZA1     [44-1]

PHB     [12-1], [15-1], [60-1]

PHB ACCUMULATION     [12-1]

PHB GRANULES     [12-1]

PHB MOBILIZATION     [36-2]

PHB-DEPOLYMERASE PHAZ7     [54-1]

PHBV     [13-1]

PHBV/PLA     [18-1]

PHOTOHETEROTROPHIC BACTERIA     [29-2]

PILOT SCALE     [45-1]

PLA     [100-1]

PLANT OILS     [35-1], [77-1]

PLASTICICUMULANS ACIDIVORANS     [45-1]

POLI(3-HYDROXYBUTYRATE-CO-3-HYDROXYVALER     [61-3]

POLY (3-HYDROXYBUTYRATE-CO-3-HYDROXYVALE     [56-1]

POLY LACTIC ACID     [70-1]

POLY(3-HYDROXYBUTYRATE)     [27-1]

POLY(3-HYDROXYBUTYRATE-CO-3-HYDROXYHEXAN     [33-1]

POLY(3-HYROXYPROPIONATE)     [11-1]

POLY(BUTYLENE SUCCINATE)     [23-1]

POLY(HYDROXYALKANOATES)     [61-1]

POLY-β-HYDROXYBUTYRATE     [72-1]

POLY-(R)-3-HYDROXYBUTYRATE (PHB)     [54-1]

POLYESTERACETAL     [67-1]

POLYESTERS     [106-1]

POLYHYDROXALKANOATES     [59-1]

POLYHYDROXYALKANOATE     [26-1], [29-1], [43-1], [51-1], [76-1]

POLYHYDROXYALKANOATE (PHA)     [10-1]

POLYHYDROXYALKANOATES     [9-1], [19-1], [22-1], [27-2], [35-1], [38-1], [47-1], [50-2], [52-1], [53-1], [58-1], [61-3], [62-1], [66-1], [73-1], [74-1], [79-1], [81-1], [89-1], [92-2], [101-1]

POLYHYDROXYALKANOATES (PHA)     [32-1], [45-1]

POLYHYDROXYALKANOATES;     [34-1]

POLYHYDROXYBUTRATES     [68-2]

POLYHYDROXYBUTYRATE     [36-1]

POLYHYDROXYOCTANOATE (P(3HO))     [32-1]

POLYISOPRENE     [36-3]

POLYMER     [100-1]

POLYMER CHARACTERIZATION     [62-1]

POLYMERS     [100-2], [102-1]

POLYPHOSPHATE     [36-1]

POST-TRANSLATIONAL MODIFICATION (PTM)     [54-1]

PROCESS CONTROL     [40-1]

PROCESSING     [69-2]

PRODUCTION     [10-1]

PROGRAMME FOR SCIENCE AND TECHNOLOGY     [20-1]

PROPIONIC ACID     [56-1]

PSEUDOMONAS     [35-1], [53-1], [62-1], [89-1]

PSEUDOMONAS AERUGINOSA PAO1     [92-1]

PSEUDOMONAS EXTREMAUSTRALIS     [37-2]

PSEUDOMONAS SP.     [66-1], [84-1]

PSEUDOMONAS SP. LFM046     [82-1]

R	Top

R. EUTROPHA     [36-2]

RALSTONIA EUTROPHA     [4-2], [26-1], [27-2]

RANDOM COPOLYMER     [19-1]

RECOMBINANT     [33-1]

RECOMBINANT E. COLI STRAINS     [44-1]

RECONSTRUCTIVE SURGERY     [52-1]

RENEWABLE SOURCES     [99-1]

RHAMNOLIPIDS     [84-1]

RHIZOBIUM TROPICI     [72-1]

RIBOSOMAL BINDING SITES     [12-1]

RUBBER DEGRADATION     [8-2]

RUBBER OXYGENASE     [36-3]

RUBBER-DEGRADING ENZYMES     [36-1]

S	Top

SEDIMENTATION     [24-1]

SILAGE ADDITIVES     [39-1]

SOLVENT-FREE     [42-1]

SOYBEAN MOLASSES     [74-1]

STRUCTURED MODEL     [27-1]

SUGARCANE BAGASSE     [9-1]

SULA     [15-1]

SUSTAINABLE POLYMERS     [67-1]

SYNGAS     [2-2], [51-1]

SYNPOL     [2-2]

SYNTHETIC BIOLOGY     [11-1], [102-1]

T	Top

TECHNICAL APPLICATIOS     [96-1]

TISSUE ENGINEERING     [32-1]

TRANSIENT RECEPTOR POTENTIAL MELASTATIN     [54-1]

V	Top

VASCULAR GRAFT     [18-1]

VINASSE     [27-2]

VOLATILE FATTY ACIDS     [43-1]

VOLATILE FATTY ACIDS (VFAS)     [45-1]

W	Top

WET OXIDATION     [43-1]

X	Top

XANTHAN GUM     [94-1]

XANTHAN NANOCOMPOSITES     [94-1]

XANTHOMONAS     [36-3]

XANTHOMONAS CAMPESTRIS     [94-1]

XYLOSE     [3-2], [9-1], [60-1], [89-1]