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a.rened a.a.ytica. model for reconstruction problems in diuse reecta.ce spectroscopy

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Journa. of Innova.ive Optica. Hea.th Sciences 2024年第5期17卷 33-51页

作者： Eka.erina.Sergeeva.daria Kura.ina.Ilya.Turchin a.d Mikha.l Kirillin a.V.ga.onov-grekhov institute of a.plied physics of the russia. a.a.emy of sciences ulya.ov st.46 603950nizhny novgorodrussia

a.rened a.a.ytica. model of spa.ia.ly resolved diffuse reecta.ce with sma.l source-detector sepa.a.ions(SDSs)for the in vivo skin studies is *** to the conventiona. model developed by Fa.rell et a..,it a.counts for the limited a.cepta.ce a.gle of the *** rened model is va.ida.ed in the wide ra.ge of optica. pa.a.eters by Monte Ca.lo simula.ions of skin diffuse reecta.ce a. SDSs of units of *** of uniform dermis a.d two-la.ered epidermis-dermis structures a.e *** a.cura.y of the rened model compa.ed to the conventiona. one is demonstra.ed in the sepa.a.e,constra.nt-free reconstruction of a.sorption a.d reduced sca.tering spectra.of uniform dermis from the Monte Ca.lo simula.ed *** the ca.e of epidermis-dermis geometry,the recovered va.ues of reduced sca.tering in dermis a.e overestima.ed a.d the recovered va.ues of a.sorption a.e underestima.ed for both a.a.ytica. ***,in the presence of a.thin misma.ched topica. la.er,only the effective a.tenua.ion coe±cient of the bottom la.er ca. be a.cura.ely recovered using a.diffusion theoryba.ed a.a.ytica. model while sepa.a.e reconstruction of a.sorption a.d reduced sca.tering fa.ls due to the ina.plica.ility of the method of ***-ndings require implementa.ion of more sophistica.ed models of light tra.sfer in inhomogeneous media.in the recovery a.gorithms.

关键词： Diffuse reffecta.ce spectroscopy in vivo skin studies optica. properties reconstruction diffuse a.proxima.ion Monte Ca.lo simula.ions method of ima.es

High Impa.t Polyla.tide Ba.ed on Orga.osilicon Nuclea.ion a.ent

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Chinese Journa. of Polymer Science 2024年第6期42卷 787-797页

作者： daria Pa.uła.Bogna.Sztorch Eliza.Roma.czuk-Ruszuk Bogda. Ma.ciniec Robert E.Przekop Fa.ulty of Chemistry Adam Mickiewicz University in PoznańUniwersytetu Poznańskiego 861-614PoznańPoland Centre for a.va.ced Technologies Adam Mickiewicz University in PoznańUniwersytetu Poznańskiego 1061-614PoznańPoland Institute of Biomedica. Engineering Faculty of Mechanical EngineeringBialystok University of TechnologyWiejska 45C15-351BialystokPoland

Va.ious sectors of the industry a.e sea.ching for new ma.eria.s with specific requirements,providing improved *** study presents novel composite ma.eria.s ba.ed on polyla.tide tha. ha.e been modified with the orga.osilicon compound,(3-thiopropyl)polysilsesquioxa.e(SSQ-SH).The SSQ-SH compound is a.mixture of ca.e structures a.d not fully condensed ra.dom *** composite ma.eria.s were obta.ned through injection *** study includes a.comprehensive cha.a.teriza.ion of the new ma.eria.s tha. a.a.yze their functiona. properties,such a. rheology(MFR),mecha.ica. strength(tensile strength,Cha.py impa.t strength),a.d therma. *** microscopic photos were a.so ta.en to a.a.yze the microstructure of the *** a.dition of a.5%by-weight orga.osilicon compound to polyla.tide resulted in a.significa.t increa.e in MFR by 73.8%compa.ed to the nea. *** grea.est improvement in impa.t strength wa. a.hieved for the 5%SSQ-SH/PLa.composite,increa.ing it by 32.0 kJ/m^(2)compa.ed to PLa.which represents a. increa.e of up to 187%.The conducted resea.ch confirms the possibility of modifying the properties of the polymer by employing orga.osilicon compounds.

关键词： Octa.3-thiopropyl)silsesquioxa.e 8SH-POSS Polyla.tide(PLa. Injection moulding Composites

Mesenchyma. stem cells in wound hea.ing:a.bibliometric a.a.ysis a. a.powerful resea.ch tool

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World Journa. of Stem Cells 2024年第9期16卷 827-831页

作者： Vera.V Voinova.daria V Va.ina.a.ton P Bona.tsev Fa.ulty of Biology MV Lomonosov Moscow State UniversityMoscow 119234Russia NF Ga.a.eya.Na.iona. Resea.ch Centre for Epidemiology a.d Microbiology Ministry of Health of the Russian FederationMoscow 123098Russia

Bibliogra.hic a.a.ysis is still very ra.ely used in experimenta. ba.ic study *** comprehensive bibliometric a.a.ysis of scientific litera.ure on resea.ch progress a.d cha.lenges in stem cell thera.y for dia.etic chronic wounds,which wa. conducted in the work of Shi et a. ca. be a.ca.e study a.d a.source of va.ua.le informa.ion for writing reviews a.d experimenta. pa.ers in this *** experimenta. studies on a.role of mesenchyma. stem cells(MSCs)in wound hea.ing tha. a.e published in 2023-2024,such a. Zha.g et a. in 2023,Hu et a. in 2023,Wa.g et a. in 2023 a.e certa.nly a.so subjects for a.plying this powerful tool to a.a.yze current resea.ch,cha.lenges a.d perspectives in this *** is due to the fa.t tha. these studies ha.e a.dressed a.grea. va.iety of a.pects of the a.plica.ion of MSCs for the trea.ment of chronic wounds,such a. using both the cells themselves a.d their va.ious products:Sponges,hydrogels,exosomes,a.d genetic *** a.wide va.iety of directions in the field of study a.d biomedica. a.plica.ion of MSCs requires a.deep understa.ding of the current sta.e of resea.ch in this a.ea.which ca. be provided by bibliometric ***,the use of such elements of bibliogra.hic a.a.ysis a. publica.ion count by yea. a.d a.a.ysis of top-10 keywords ca.cula.ed independently or cited from bibliometric a.a.ysis studies ca. be sa.ely recommended for every ba.ic study ma.uscripts,prima.ily for the“Introduction”section,a.d review.

关键词： Bibliometric a.a.ysis Mesenchyma. stem cells Wound hea.ing Tissue engineering Dressing Hydrogels Ma.rix Exosomes

Polyelectrolyte Complexes between Hyperbra.ched a.d Linea. Polysa.cha.ides: Fucoida./Chitosa.

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Chinese Journa. of Polymer Science 2024年第4期42卷 468-479页

作者： Eka.erina.R.Ga.ilova.daria N.Poshina.a.eksa.dra.O.Sitnikova.Na.a.ia.N.Sa.rykina.Yury a.Skorik Institute of Ma.romolecula. Compounds of the Russia. a.a.emy of Sciences Bolshoi VO 31St.Petersburg199004Russian Federation

Polyelectrolyte complexes(PECs)of hyperbra.ched(HB)a.d linea. polysa.cha.ides a.e promising a. more effective enca.sula.ion a.ents compa.ed to PECs formed by linea. *** investiga.ed the PECs between the HB a.ionic polysa.cha.ide fucoida.(FUC)a.d the ca.ionic linea. polysa.cha.ide chitosa.(CS).The FUC ha. a.molecula. weight(MW)of 30×*** PECs were prepa.ed in three solvents(wa.er,0.01 a.d 0.1 mol/L a.etic a.id)with CS of MW of 15,110 a.d 170 kDa.a.d dea.etyla.ion degrees(DDa.of 70%a.d 97%.The structures of the PECs a.d the initia. FUC were investiga.ed by multi-a.gle sta.ic a.d dyna.ic light *** the FUC conta.ned 18 wt%of—OSO3 groups a.d 5 wt%of uronic a.id units,it wa. a.strong-wea.”copolya.ion,so the HB ma.romolecules of the FUC formed na.ogel pa.ticles in 0.1 mol/L a.OH a.d open bra.ched structures in wa.er,a. confirmed by the Kra.ky *** mixing the solutions of origina. components,the PEC structures underwent a. equilibra.ion period,the dura.ion of which increa.ed with the MW of *** the cha.ge stoichiometry wa. a.proa.hed,the PECs shra.k;the fra.ta. dimension a.proa.hed unity,indica.ing the side-by-side pa.king of a.ja.ent FUC bra.ches with the help of *** a.grega.ion in the vicinity of the cha.ge compensa.ion wa. ha.dly observed,a. it occurred in a.very na.row *** PEC content a. theζ-potentia. inversion depended on solvents’pH a.d the DDa.of *** the extreme ca.e of core-shell PECs in 0.1 mol/L a.OH,obta.ned by mixing FUC na.ogels with the solutions of high MW CS of 97%DDa.the protruding ta.ls of CS formed a.positively cha.ged shell in the whole ra.ge of FUC content(10 wt%a.ning electron microscopy a.d a.omic force microscopy ima.es of dried sa.ples were discussed in rela.ion to the light sca.tering results.

关键词： Polyelectrolyte complexes Chitosa. Hyperbra.ched fucoida. Light sca.tering

Pola.iton la.ing in Mie-resona.t perovskite na.oca.ity

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Opto-Electronic a.va.ces 2024年第4期7卷 27-42页

作者： Mikha.l a.Ma.ha.in daria Khmelevska.a.Va.eriy I.Kondra.iev daria I.Ma.kina.a.ton D.Utyushev Dmitriy M.Dolgintsev a.exey D.Dmitriev Va.ik a.Sha.na.a.ya. a.a.oly P.Pushka.ev Furka. Isik Iva. V.Iorsh Iva. a.Shelykh Hilmi V.Demir a.ton K.Sa.usev Sergey V.Ma.a.ov UNa.-Institute of Ma.eria.s Science a.d Na.otechnology National Nanotechnology Research CenterDepartment of Electrical and Electronics EngineeringDepartment of PhysicsBilkent UniversityAnkara 06800Turkey ITMO University School of Physics and EngineeringSt.Petersburg 197101Russia a.rikosov Center for Theoretica. Physics MIPTDolgoprudnyiMoscow Region 141701Russia LUMINOUS!Center of Excellence for Semiconductor Lighting a.d Displa.s School of Electrical and Electronic EngineeringSchool of Physical and Mathematical SciencesSchool of Materials Science and EngineeringNanyang Technological UniversitySingapore 639798Singapore Depa.tment of Physics Engineering Physics and AstronomyQueen’s UniversityKingstonOntario K7L 3N6Canada Science Institute University of IcelandDunhagi 3IS-107ReykjavikIceland Experimentelle Physik 2 Technische Universität DortmundDortmund 44227Germany Qingda. Innova.ion a.d Development Center Harbin Engineering UniversityQingdao 266000China

Deeply subwa.elength la.ers(or na.ola.ers)a.e highly dema.ded for compa.t on-chip bioima.ing a.d sensing a. the *** of the ma.n obsta.les for the development of single-pa.ticle na.ola.ers with a.l three dimensions shorter tha. the emitting wa.elength in the visible ra.ge is the high la.ing thresholds a.d the resulting *** we ex-ploit exciton-pola.iton condensa.ion a.d mirror-ima.e Mie modes in a.cuboid CsPbBr3 na.opa.ticle to a.hieve coherent emission a. the visible wa.elength of a.ound 0.53μm from its ultra.sma.l(≈0.007μm3 or≈λ3/20)semiconductor *** pola.itonic na.ure of the emission from the na.oca.ity loca.ized in a.l three dimensions is proven by direct com-pa.ison with corresponding one-dimensiona. a.d two-dimensiona. wa.eguiding systems with simila. ma.eria. *** a.deeply subwa.elength na.ola.er is ena.led not only by the high va.ues for exciton binding energy(≈35 meV),re-fra.tive index(>2.5 a. low tempera.ure),a.d luminescence qua.tum yield of CsPbBr3,but a.so by the optimiza.ion of po-la.itons condensa.ion on the Mie resona.ces with qua.ity fa.tors improved by the meta.lic ***,the key pa.a.eters for optima. la.ing conditions a.e intermode free spectra. ra.ge a.d phonons spectrum in CsPbBr3,which govern pola.itons condensa.ion *** chemica.ly synthesized colloida. CsPbBr3 na.ola.ers ca. be potentia.ly de-posited on a.bitra.y surfa.es,which ma.es them a.versa.ile tool for integra.ion with va.ious on-chip systems.

关键词： na.ola.er perovskite pola.iton Mie resona.ce exciton-pola.iton

In-situ study of the microstructure evolution during tension of a.Mg-Y-Zn-a. a.loy processed by ra.idly solidified ribbon consolida.ion technique

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Journa. of Ma.nesium a.d a.loys 2024年第5期12卷 2024-2040页

作者： Jeno Gubicza.Kristián Máthis Péter Na.y Péter Jenei Zoltán Hegedus a.drea.Fa.ka. Jozef Vesely Shin-ichi Inoue daria Drozdenko Yoshihito Ka.a.ura Depa.tment of Ma.eria.s Physics Faculty of ScienceEotvos Loránd UniversityPázmány P.sétány 1/ABudapest H-1117Hungary Depa.tment of Physics of Ma.eria.s Faculty of Mathematics and PhysicsCharles UniversityKe Karlovu 512116 Praha 2Czech Republic Deutsches Elektronen-Synchrotron DESY Notkestr.85Hamburg 22603Germany Ma.nesium Resea.ch Center Kumamoto University2-39-1 KurokamiChuo-kuKumamoto 860-8555Japan

Mg-Y-Zn-a. a.loys processed by ra.idly solidified ribbon consolida.ion(RSRC)technique exhibit a. exceptiona. mecha.ica. performa.ce indica.ing promising a.plica.ion *** ma.eria. ha. a.bimoda. microstructure consisting of fine recrysta.lized a.d coa.se non-recrysta.lized gra.ns with solute-rich sta.king fa.lts forming cluster a.ra.ged la.ers(Ca.s)a.d na.opla.es(Ca.a.s),or complete long period sta.king ordered(LPSO)*** order to revea. the deforma.ion mecha.isms,in-situ synchrotron X-ra. diffra.tion line profile a.a.ysis wa. employed for a.deta.led study of the disloca.ion a.ra.gement crea.ed during tension in Mg-0.9%Zn-2.05%Y-0.15%a.(a.%)*** uncovering the effect of the initia. microstructure on the mecha.ica. performa.ce,a.ditiona. sa.ples were obta.ned by a.nea.ing of the a.-consolida.ed specimen a. 300 a.d 400℃ for 2 *** hea. trea.ment a. 300℃ ha. no significa.t effect on the initia. microstructure,its evolution during tension a.d,thus,the overa.l deforma.ion beha.ior under tensile *** the other ha.d,a.nea.ing a. 400℃ resulted in a.significa.t increa.e of the recrysta.lized gra.ns fra.tion a.d a.decrea.e of the disloca.ion density,lea.ing to only minor degra.a.ion of the mecha.ica. *** ma.imum disloca.ion density a. the fa.lure of the sa.ples corresponding to the pla.tic stra.n of 10-25% wa. estima.ed to be a.out 16-20×10^(14)m^(-2).The diffra.tion profile a.a.ysis indica.ed tha. most disloca.ions formed during tension were of non-ba.a. a.d pyra.ida. types,wha. wa. a.so in a.reement with the Schmid fa.tor va.ues revea.ed independently from orienta.ion *** wa. a.so shown tha. the disloca.ion-induced Ta.lor ha.dening wa. much lower below the pla.tic stra.n of 3% tha. a.ove this va.ue,which wa. expla.ned by a.model of the intera.tion between prisma.ic disloca.ions a.d Ca.a.s/LPSO pla.es.

关键词： Mg-Zn-Y-a. a.loy Long period sta.king ordered(LPSO)pha.e Cluster a.ra.ged na.opla.es(Ca.a.s) a.nea.ing Tension Disloca.ion density Ha.dening

Isochronous singing in 3 crested gibbon species(Noma.cus spp.)

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Current Zoology 2024年第3期70卷 291-297页

作者： Chia.a.De Gregorioa.Teresa.Ra.mondi Va.eria.Bevila.qua.Chia.a.Pertosa.daria Va.ente Filippo Ca.uga.i Fra.cesca.Ba.doli Livio Fa.a.o Brice Lefa.x a.drea.Ra.igna.i Ma.co Ga.ba Depa.tment of Life Sciences a.d Systems Biology University of Turinvia Accademia Albertina 13Torino 10125Italy Depa.tment of Biology University of PaduaVia VIII Febbraio2Padova 35122Italy Gia.dino Zoologico di Pistoia Via Pieve a Celle160/APistoia 5110Italy Bota.ica. a.d Zoologica. Ga.den of Mulhouse 11 Av.de la 1ère Division BlindéeMulhouse 68100France Compa.a.ive Bioa.oustics Group Max Planck Institute for PsycholinguisticsWundtlaan 1Nijmegen 6525 XDThe Netherlands Center for Music in the Bra.n Department of Clinical MedicineAarhus UniversityBuilding 1710Universitetsbyen 38000AarhusDenmark Depa.tment of Huma. Neuroscience Sapienza University of RomeViale Regina Elena 334Rome 00185Italy

The sea.ch for common cha.a.teristics between the musica. a.ilities of huma.s a.d other a.ima. species is still ta.ing its frst *** of the most promising a.pects from a.compa.a.ive point of view is the a.a.ysis of rhythmic components,which a.e crucia. fea.ures of huma. communica.ive performa.ce but a.so well-identifa.le pa.terns in the voca. displa.s of other ***,the study of rhythm is becoming essentia. to understa.d the mecha.isms of singing beha.ior a.d the evolution of huma. *** fndings provided evidence tha. pa.ticula. rhythmic structures occur in huma. music a.d some singing a.ima. species,such a. birds a.d rock hyra.es,but only 2 species of nonhuma. prima.es ha.e been investiga.ed so fa.(Indri indri a.d Hyloba.es la.).Therefore,our study a.ms to consistently broa.en the list of species studied rega.ding the presence of rhythmic *** investiga.ed the tempora. orga.iza.ion in the singing of 3 species of crested gibbons(Noma.cus ga.riella.,Noma.cus leucogenys,a.d Noma.cus siki)a.d found tha. the most prominent rhythmic ca.egory wa. ***,we found slight va.ia.ion in songs’tempo a.ong species,with *** a.d *** singing with a.tempora. pa.tern involving a.gra.ua.ly increa.ing tempo(a.musica. a.celera.do),a.d *** with a.more regula. ***,we show how the prominence of a.pea. a. the isochrony esta.lishes itself a. a.sha.ed cha.a.teristic in the sma.l a.es considered so fa..

关键词： a.celera.do isochrony music rhythm singing prima.es song tempo

Biologica. cha.a.teristics a.d clinica. ma.a.ement of uvea. a.d conjunctiva. mela.oma

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Oncology Resea.ch 2024年第8期32卷 1265-1285页

作者： SNJEŽa.a.Ka.TELa. a.a.DIDOVIĆPa.IČIĆ daria Pa.a.IĆ Ta.a.a.NIKUŠEVa.Ma.TIĆ Sa.IRČa.OVIĆ PETRa.KOVa.EVIĆ SUZa.a.KONJEVODA School of Medicine University of ZagrebZagreb10000Croatia Depa.tment of Ophtha.mology Clinical Hospital DubravaZagreb10000Croatia Depa.tment of Ophtha.mology Zadar General HospitalZadar23000Croatia Depa.tment of Medica. Chemistry Biochemistry and Clinical ChemistrySchool of MedicineUniversity of ZagrebZagreb10000Croatia Depa.tment of Biology a.d Genetics School of MedicineUniversity of ZagrebZagreb10000Croatia School of Medicine University of SplitSplit21000Croatia Depa.tment of Hea.th Studies University of ZadarZadar23000Croatia

Uvea. a.d conjunctiva. mela.oma. a.e rela.ively ra.e tumors;nonetheless,they pose a.signiﬁca.t risk of morta.ity for a.la.ge number of a.fected *** pa.hogenesis of mela.oma.a. different sites is very simila.,however,the prognosis for pa.ients with ocula. mela.oma.rema.ns unfa.oura.le,prima.ily due to its distinctive genetic proﬁle a.d tumor *** of considera.le a.va.ces in understa.ding the genetic cha.a.teristics a.d biologica. beha.iour,the trea.ment of uvea. a.d conjunctiva. mela.oma.rema.ns a.formida.le *** enha.ce the prospect of success,colla.ora.ive efforts involving medica. professiona.s a.d resea.chers in theﬁelds of ocula. biology a.d oncology a.e *** da.a.show a.la.k of well-designed ra.domized clinica. tria.s a.d limited beneﬁts in current forms of trea.ment for these *** a.va.cements in the development of effective mela.oma.thera.eutic stra.egies,a.l current trea.ments for uvea. mela.oma.UM)a.d conjunctiva. mela.oma.CoM)rema.n unsa.isfa.tory,resulting in a.poor long-term *** tria.s offer hope for positive outcomes in a.va.ced a.d meta.ta.ic tumors.a.more comprehensive understa.ding of the genetic a.d molecula. a.norma.ities involved in the development a.d progression of ocula. mela.oma. opens the wa. for the development of persona.ized thera.y,with va.ious potentia. thera.eutic ta.gets currently under *** comprehension of the molecula. pa.hogenesis of UM a.d CoM a.d their speciﬁcities ma. a.d in the development of new a.d more effective systemic thera.eutic a.ents,with the hope of improving the prognosis for pa.ients with meta.ta.ic disea.e.

关键词： Uvea. mela.oma Conjunctiva. mela.oma Genetic cha.a.teristics Immune checkpoint inhibitors Ta.get molecula. inhibitors

a.toa.tibodies to GFa. (glia. fibrilla.y a.idic protein) a.d to dopa.ine in pa.ients with a.ute a.d chronic cerebrova.cula. disоrders

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