ALBERT

Keywords: TA1-2040 ; T1-995 ; shale gas ; permeability ; prediction by NMR logs ; matrix–fracture interaction ; faults ; remaining oil distributions ; unconventional reservoirs ; coal deformation ; reservoir depletion ; carbonate reservoir ; nanopore ; fracturing fluid ; pseudo-potential model ; shale reservoirs ; matrix-fracture interactions ; multi-scale fracture ; succession pseudo-steady state (SPSS) method ; fluid transport physics ; integrated methods ; chelating agent ; dissolved gas ; non-equilibrium permeability ; effective stress ; fractal ; fracture network ; spontaneous imbibition ; tight oil ; porous media ; 0-1 programming ; the average flow velocity ; geothermal water ; micro-fracture ; pore types ; pore network model ; petrophysical characterization ; nitrogen adsorption ; analysis of influencing factors ; mudstone ; rheology ; velocity profile ; shale permeability ; flow resistance ; global effect ; tight sandstones ; fractal dimension ; contact angle ; temperature-resistance ; fractured well transient productivity ; reservoir classifications ; deep circulation groundwater ; viscosity ; NMR ; fractional diffusion ; lattice Boltzmann method ; multiporosity and multiscale ; fractal geometry ; imbibition front ; productivity contribution degree of multimedium ; wetting angle ; pH of formation water ; enhanced oil recovery ; isotopes ; tight sandstone ; fracture diversion ; shale ; SRV-fractured horizontal well ; low-salinity water flooding ; shale gas reservoir ; tight reservoirs ; fracture continuum method ; tight oil reservoir ; Lucaogou Formation ; hydraulic fracturing ; clean fracturing fluid ; recovery factor ; flow regimes ; local effect ; complex fracture network ; pore structure ; gas adsorption capacity ; polymer ; non-linear flow ; conformable derivative ; production simulation ; analytical model ; enhanced geothermal system ; multi-scale flow ; experimental evaluation ; extended finite element method ; fluid-solid interaction ; groundwater flow ; well-placement optimization ; thickener ; imbibition recovery ; equilibrium permeability ; slip length ; large density ratio ; clay mineral composition ; finite volume method ; volume fracturing ; influential factors ; sulfonate gemini surfactant ; thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: general issues::TBX History of engineering and technology

Keywords: configurational entropy ; force fields ; intrinsically disordered proteins ; protein folding ; NMR ; high hydrostatic pressure ; thermodynamic stability ; α-helical bundle ; Li-Fraumeni syndrome ; hereditary breast cancer ; germline TP53 missense variants ; quantitative prediction model ; protein conformation ; protein–protein interactions ; protein–protein binding ; protein–protein complex ; coarse-grained modeling ; multiscale modeling ; UFM1 ; UBA5 ; UFC1 ; protein-protein interactions ; complex structure ; oxidative stress ; Nrf2 ; Keap1 ; nuclear magnetic resonance spectroscopy ; hydrogen/deuterium exchange ; mass spectrometry ; circular dichroism ; intrinsically disordered ; bifidobacteria ; fucosidases ; glycosyl hydrolases ; conserved domains ; human milk ; analytical ultracentrifugation ; CO2 concentrating mechanism ; diffusion-ordered NMR spectroscopy ; electrospray ionization mass spectrometry ; homotetramer ; manganese ; metalloprotein ; photosynthesis ; small-angle X-ray scattering ; C1q ; calcium binding proteins ; genetic variation ; otoconia ; otolin-1 ; OTOL1 ; site-directed mutagenesis ; thermal shift assay ; B.1.1.7 ; B.1.617.2 ; COVID-19 ; E484Q ; T478K and L452R mutation ; N501Y mutation ; spike protein ; tetrabromobisphenol A ; tetrabromobisphenol S ; erythrocyte membrane ; retardants ; erythrocytes ; protein–ligand interactions ; protein dynamics ; FK506-binding protein ; FKBP12 ; FKBP51 ; oxidative folding ; glutathionylation ; nitrosylation ; cysteine reactivity ; ribosomal exit tunnel ; transient complex ; glutathione ; phosphorylation ; transmembrane proteins ; saturation mutagenesis ; deep sequencing ; residue packing ; deep learning ; convolutional neural network ; bidirectional long-short term memory ; protein ; prediction ; contact ; distance ; alphafold ; ProSPr ; CASP ; dataset ; retrainable ; mutual synergetic folding ; solvent accessibility of peptide bonds ; inter-subunit interaction ; solvent-accessible surface area ; Shannon information entropy ; amino acid composition ; glucose ; GlcNAc ; galactose ; GalNAc ; mannose ; xylose ; fucose ; Neu5Ac ; glucuronate ; iduronate ; tetrahydropyran ; entropy ; free energy ; free energy landscape ; energy-dependent protein folding ; co-translational protein folding ; molecular chaperones ; physical model of protein folding ; n/a ; thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: general issues ; thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TC Biochemical engineering::TCB Biotechnology

Keywords: organic π-radical ; molecular conductor ; phthalocyanine ; three-dimensional network ; three-dimensional electronic system ; organic conductors ; bis(ethylenedithio)tetrathiafulvalene (BEDT-TTF) ; bis(ethylenediseleno)tetrathiafulvalene (BEST) ; bis(ethylenedithio)tetraselenafulvalene (BETS) ; electrical resistivity ; magnetic susceptibility ; X-ray analysis ; charge-ordered state ; quantum chemical calculations ; Madelung energy ; magnetic property ; reversible transformation ; spin ladder ; nodal line semimetal ; single-component molecular conductor ; conductivity ; DOS ; tight-binding model ; interacting electrons in one dimension ; electronic and lattice instabilities ; renormalization group method ; X-ray diffraction ; single crystal ; electron density ; molecular orbital ; single-component molecular conductors ; extended-TTF dithiolate ligands ; gold dithiolate complexes ; (BETS)2Fe1−xGaxCl4 ; π-d interaction ; NMR ; charge glass ; heat capacity ; electric current ; electric voltage ; Boson peak ; chirality ; tetrathiafulvalene ; crystal structures ; band structure calculations ; hydrogen bonding ; charge-transfer salts ; (TMTTF)2X ; deuteration ; anions ; charge transport ; tunnel junction ; MOCVD ; quantum well ; co-doping ; solar cells ; (TMTSF)8(I3)5 ; (TMTSF)5(I3)2 ; (TMTSF)4(I3)4·THF ; organic conductor ; crystal structure ; high pressure ; DFT ; MP2 ; organic superconductors ; Beechgard salts ; Maxwell-Garnett approximation ; high-Tc ; pressure effect ; Dirac electron system ; resistivity ; magnetoresistance ; synchrotron X-ray diffraction ; band calculation ; correlated electron materials ; layered organic conductor ; unconventional superconductivity ; vortex dynamics ; d-wave pairing symmetry ; superconducting gap structure ; magnetic field ; flux-flow resistivity ; charge-ordered insulator ; electric double layer transistor ; organic field-effect transistor ; π–d system ; Mott insulator ; strongly correlated electron system ; multiferroic ; dielectric ; photoconductor ; organic semiconductors ; molecular orbitals ; pyroelectricity ; temperature modulation ; molecular ferroelectrics ; radiative temperature control ; thermal diffusion model ; lithium niobate ; first-principles calculation ; density-functional theory ; charge ordering ; hybrid functional ; electronic structure ; nickel–dithiolene complex ; cycloalkane substituent ; crystalline organic charge-transfer complexes ; disordered systems ; overlap integrals ; extended Hückel approximation ; Dirac electrons ; zero-gap semiconductors ; merging of Dirac cones ; n/a ; thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: general issues ; thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TD Industrial chemistry and manufacturing technologies::TDC Industrial chemistry and chemical engineering

Keywords: Broadband ; NMR sensor ; Micro-coil ; MEMS ; MRI ; NMR ; Kernresonanzspektroskopie ; Magnet-Resonanz-Tomographie ; Mikrospule ; Sensor ; Breitband ; thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TG Mechanical engineering and materials

Keywords: acid mine drainage ; life cycle simulation ; global warming ; earth system model ; RCP2.6 ; RCP8.5 ; copper recovery ; microbial fuel cell ; electricity generation ; microbial community ; secondary materials ; management ; absorption ; precipitation ; mine waste ; drainage ; water quality ; geochemistry ; hydrogeology ; modelling ; contamination ; batch experiments ; lead ; zinc ; immobilization ; remediation ; Kabwe ; Zambia ; abandoned mine ; groundwater flow analysis ; backfilling ; copper slag reprocessing tailings ; geopolymer ; microstructure ; NMR ; iron hydroxide ; iron oxyhydroxide ; nickel ore ; fly ash ; concrete aggregate ; calcite ; goethite ; hematite ; magnetite ; quartz ; scheelite ; fluorite ; depressant ; ferrous sulfate ; selective flotation ; mine water treatment ; milk of lime ; sodium sulfide ; sodium hydroxide ; arsenic-containing tailings ; copper mine tailings ; magnetic susceptibility ; sampling ; metals ; phytoremediation ; heavy metals ; mine tailings ; endemic species ; native species ; alkaline flotation wastewater ; waste rock ; mining waste material ; coal gangue ; red mud ; prevention ; dynamic leaching ; laterite ; alkali-activated ; alumino-silicates ; I-optimal ; response surface methodology ; optimization ; Acidithiobacillus ; biomining ; comparative genomics ; gold processing effluents ; Fe-Al bimetallic particles ; electrochemical reduction ; Cu-sulfide ore ; Nussir ; Ulveryggen ; Røros VMS deposit ; leaching tests ; submarine weathering conditions ; on-land weathering conditions ; n/a ; thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: general issues::TBX History of engineering and technology

Keywords: chromone glycosides ; chemical structure ; activity ; benzo-γ-pyrone ; 13C-NMR data ; antimicrobial ; penicillium ; metabolite ; fungi ; natural products ; Gonatophragmium triuniae ; pigments ; bioactivity ; dyeing ; chemical characterization ; biosynthesis ; macrolides ; peptides ; polyketides ; secondary metabolites ; Streptomyces ; structure elucidation ; terpenoids ; Celastraceae ; triterpenes ; quinonemethide ; 13C-NMR ; plant ; natural compounds ; chromatography ; anti-inflammatory ; Miconia chamissois Naudin ; seasonality ; standardized extract ; Cerrado ; Dendrobium delacourii ; Orchidaceae ; α-glucosidase ; anti-adipogenic ; densifloral B ; phoyunnanin E ; phoyunnanin C ; glucosinolate ; glucosylated flavonols ; rocket ; validation ; NMR ; UHPLC/ESI/QTOF ; hyperuricaemia ; avocado biomass ; Alzheimer’s disease ; neuroprotective effect ; avocado seed ; avocado peel ; paper spray mass spectrometry ; Lacticaseibacillus rhamnosus ; yak yoghurt ; antibacterial activity ; purification ; bacteriocin ; Cymbidium ensifolium ; dihydrophenanthrene ; dihydrophenanthrenequinone ; anticancer ; Streptomyces tricolor ; siderophore ; iron-deficiency-induced anemia ; Piperaceae ; Peperomia obtusifolia ; isolation ; cytotoxicity ; antibacterial ; Tamarix chinensis Lour. ; flavonoid substituted polysaccharides ; structural characterization ; anticomplement activity ; quercetin ; Placolobium vietnamense ; placovinones A–D ; benzil and isoflavone derivatives ; NO production inhibition ; “pata-de-vaca” ; phytochemical profile ; bioactive compounds ; antioxidant capacity ; α-amylase inhibition ; SPME technique ; n/a ; thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: general issues ; thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TC Biochemical engineering::TCB Biotechnology

Keywords: mitochondrial targeting ; gold nanoparticles ; cancer chemotherapy ; drug delivery ; betulinic acid ; laminin receptor ; zinc oxide nanoparticles ; organic surface deposit ; cytotoxicity assay ; photocatalytic activity ; ROS generation ; toxicity mechanism ; MDA-MB-231 ; HT-29 ; ebselen ; cerium ; ERK1/2 ; STAT-6 ; IL-4 ; STAT-1 ; antimicrobial activity ; carbon nanotubes ; human SP-D ; cancer cells ; apoptosis ; immunotherapy ; Alhydrogel® ; silica nanoparticles ; Bet v 1 ; BM4 ; SiO2 ; allergen ; structural integrity ; alum ; nanoparticles ; antimicrobial resistance ; bacteria ; resistance mechanism ; hyaluronic acid ; adipic acid dihydrazide ; silver nanoparticles ; polymer molecular weight ; antimicrobial ; SARS-CoV-2 ; protein nanoparticles ; vaccines ; nanovaccine ; nanomedicine ; protein-based nanotechnology ; graphene oxide ; biopolymer blends ; biomineralization ; ectopic bone formation ; osteoinduction ; ex vivo analysis ; nanotechnology ; cosmetic ; chitosan ; essential oils ; preservative agents ; metal-organic framework ; cardiovascular diseases ; graphene ; G+ ; PLA ; Grafylon ; scaffold ; neuronal differentiation ; stem cells ; 3D printing ; regenerative medicine ; Curcumin ; Paclitaxel ; triple-negative breast cancer cell lines (4T1 and MDA MB 231) ; metastasis ; capsaicin ; human ; pruritogens ; desensitization ; itch ; polymers ; compartments ; biomedical ; mesoporous silica nanoparticles ; MSN ; porous materials ; functionalisation ; NMR ; HR-MAS NMR ; surface ; COVID-19 ; cationic surfactants ; virucidal activity ; quaternary ammonium compounds ; disinfectants ; nanoprophylaxis ; viral inhibition ; human papillomavirus ; HPV ; pseudovirus ; viral infection inhibition ; nanocomplex formation ; photodynamic therapy ; photosensitizer ; upconversion nanoparticles ; graphene quantum dots ; reactive oxygen species ; green synthesis ; carbon nanomaterials ; biomass ; sustainability ; nanomaterials ; machine learning ; antioxidant ; biopolymers ; therapeutic substances ; incorporation ; biocompatibility ; healthcare ; biomedical applications ; surface characterization ; quantum yield ; label-free detection ; zinc oxide nanostructure ; surface functionalization ; mesoporous polydopamine ; ferric ions ; doxorubicin (DOX) ; hyaluronic acid target modification ; thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: general issues ; thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TC Biochemical engineering::TCB Biotechnology

Keywords: osteoarthritis ; monosodium iodoacetate ; p47phox ; PLGA nanoparticles ; reactive oxygen species ; full factorial design ; optimization ; metronidazole ; nanocomposites ; sodium alginate ; chitosan ; PLGA ; hybrid polymers ; chitosan-PLGA polymer ; NMR ; DSC ; FT-IR ; covalent drug conjugation ; therapeutic nanodevice ; polymeric nanoparticles ; cancer therapy ; controlled drug delivery ; redox responsive PEG-block-PLA ; nanocarriers ; disulfide bond ; controlled release ; retinol ; nanosponge ; hydrogel ; Box–Behnken design ; pharmacokinetic ; terbinafine hydrogel ; niacinamide ; polyethene glycol (PEG) 400 ; solvent ; dermal delivery ; finite dose ; porcine skin ; dissolving microneedles ; multiple sclerosis ; PLP ; transdermal delivery ; tyrosol ; nanoparticles ; Design of Experiment (DoE) ; β cyclodextrin ; DNA binding ; glyconanoparticles ; immunotherapy ; infectious diseases ; mannose receptors ; nutraceuticals ; n/a ; thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: general issues

Keywords: QH301-705.5 ; QD415-436 ; Q1-390 ; cell transporters ; pharmacodynamics ; cell growth ; in vitro study ; metabolomic signatures ; endometabolome ; lung cancer ; metabolomics ; chemometric methods ; bladder cancer ; mTOR ; metabolite profiling ; metabolic pathways ; hepatocellular carcinoma ; glutamate ; senescence MCF7 ; breath analysis ; bio actives ; biomarker ; gas chromatography–mass spectrometry (GC–MS) ; GC-MS ; lung ; omics ; nutraceuticals ; glutaminase ; metabolism ; acylcarnitines ; Erwinaze ; Kidrolase ; glutathione ; targeted metabolomics ; apoptosis ; SLC1A5 ; essential amino acids ; cancer progression ; ASCT2 ; HR MAS ; alanine ; analytical platforms ; volatile organic compound ; glutaminolysis ; isotope tracing analysis ; asparaginase ; vitamin E ; breast cancer ; prognosis ; early diagnosis ; tocotrienols ; NMR ; prostate cancer ; in vitro ; cancer ; MDA-MB-231 ; thema EDItEUR::P Mathematics and Science::PS Biology, life sciences

Keywords: QD1-999 ; Q1-390 ; alginate ; n/a ; edema ; Heparin Red ; solid lipid nanoparticles ; Fe3O4·DA-BSA/HA ; dermatan sulfate ; sulfated alginate ; porcine heparin ; theranostics ; low-molecular-weight heparin ; Arixtra® ; biomaterials ; hepcidin ; ovarian cancer ; iron oxide nanoparticles ; heparin-induced thrombocytopenia ; bone morphogenetic protein (BMP) ; hyaluronic acid (HA) ; crude heparin ; platelets ; resistance ; sclerostin ; LMWH ; gremlin ; low molecular weight heparin (LMWH) ; low molecular weight glycosaminoglycans ; human plasma ; single crystal X-ray structure ; iron homeostasis ; noggin ; super paramagnetic iron oxide nanoparticles (SPION) ; manufacturing methods ; paclitaxel (PTX) ; brain injury ; bovine heparin ; inflammation ; qNMR ; antithrombin ; reference standard ; quantitative NMR ; enoxaparin ; danaparoid sodium ; NMR ; GDNF ; orthogonal multi-analytical methods ; ternary complex ; heparan sulphate ; serglycin ; bovine serum albumin (BSA) ; HSQC ; recombinant expression ; heparin ; heparin oligosaccharides ; functional assay ; BMP antagonists ; intestinal lymphatic absorption ; size exclusion chromatography ; heparin coating ; diagnosis ; bioreactor ; anemia ; proteoglycan ; heparin process ; PCA ; chemometric ; fluorescent probe ; pharmacopeia ; affinity chromatography ; component quantitative analysis ; Fondaparinux sodium ; perylene diimide dyes ; thrombin inhibition ; extended physicochemical characterization ; cisplatin ; glycosaminoglycans ; TGF-? ; chondroitin sulfate ; dalteparin ; sequence and compositional investigations ; molecular weight ; magnetic resonance imaging (MRI) ; industrial ; LC-MS ; iduronic acid conformation ; heparan sulfate ; growth and differentiation factor (GDF) ; assay ; subarachnoid hemorrhage ; thema EDItEUR::P Mathematics and Science::PN Chemistry