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i.creasi.g concentrati.ns of di.tary threoni.e,tryptophan,and glyci.e i.prove growth performance and i.testi.al health wi.h decreasi.g stress responses i. broi.er chi.kens rai.ed under multi.le stress condi.i.ns

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Ani.al nutri.i.n 2024年第3期18卷 145-153页

作者： Hyun Woo Ki. Jong Hyuk Ki. gi.ppeum Han Dong Yong Ki. Department of Ani.al Sci.nce and Technology Chung-Ang UniversityAnseong-siGyeonggi-do 17546Republic of Korea Department of Ani.al Sci.nce Chungbuk National UniversityCheongju 28644Republic of Korea

The current study ai.ed to compare the effects of i.creasi.g concentrati.ns of di.tary threoni.e(Thr),tryptophan(Trp),and glyci.e(Gly)on growth performance,stress bi.markers,and i.testi.al functi.n i. broi.er chi.kens under multi.le stress *** hundred si.ty broi.er chi.kens at 21 d old were randomly allotted to 5 treatments wi.h 8 *** i. a posi.i.e control(pC)treatment were rai.ed under low stock densi.y(16.9 bi.ds/m2 per cage)wi.h recommended envi.onmental condi.i.ns,whereas bi.ds i. 4 treatments were subjected to multi.le stress condi.i.ns:a cycli. heat stress of 30±0.3°C for 10 h and 23±0.2°C for 14 h per day wi.h hi.h stock densi.y(25.3 bi.ds/m2 per cage).A basal di.t was assi.ned to both pC and negati.e control(nC)*** addi.i.nal di.ts were i.di.i.ually formulated to contai. double concentrati.ns of di.esti.le Thr,Trp,or Gly+Ser compared wi.h thei. concentrati.ns i. the basal *** experi.ent lasted for 14 *** showed that nC treatment had less growth performance(pnal goblet cell counts(p=0.018),and trans-epi.heli.l electri.al resi.tance(TEER;pp=0.026)feather corti.osterone(CORT)concentrati.ns than pC *** treatment showed the least(pnversi.n rati.(FCR)among treatments under multi.le stress ***,Trp,and Gly treatments had less(p=0.026)feather CORT concentrati.ns,but had greater(pn nC *** conclusi.n,i.creasi.g concentrati.ns of di.tary Thr,Trp,or Gly i.prove the growth performance and i.testi.al health i. broi.er chi.kens wi.h decreasi.g stress response under multi.le stress condi.i.ns.

关键词： Broi.er chi.ken Glyci.e Multi.le stress Threoni.e Tryptophan

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Ri.e OnAC016 promotes leaf senescence through absci.i. aci. si.nali.g pathway i.volvi.g OsnAp

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The Crop Journal 2024年第3期12卷 709-720页

作者： Eunji.gi.Sung-Hwan Cho Suk-Hwan Ki. Ki.oon Kang nam-Chon paek Department of Agri.ulture Forestry and BioresourcesPlant Genomics and Breeding InstituteResearch Institute of Agriculture and Life SciencesSeoul National UniversitySeoul 08826Republic of Korea Di.i.i.n of Li.e Sci.nces Incheon National UniversityIncheon 22012Republic of Korea

Senescence-i.duced nAC(sennAC)TFs play a cruci.l role i. senescence duri.g the fi.al stage of leaf *** thi. study,we i.enti.i.d a ri.e sennAC,OnAC016,whi.h functi.ns as a posi.i.e regulator of leaf *** expressi.n of OnAC016 i.creased rapi.ly i. ri.e leaves duri.g the progressi.n of dark-i.duced and natural *** onac016-1 knockout mutant showed a delayed leaf yellowi.g phenotype,whereas the overexpressi.n of OnAC016 accelerated leaf ***,OnAC016 expressi.n was upregulated by absci.i. aci.(ABA),and thus detached leaves of the onac016-1 mutant remai.ed green much longer under ABA *** RT-pCR analysi. showed that OnAC016 upregulates the genes associ.ted wi.h chlorophyll degradati.n,senescence,and ABA *** one-hybri. and dual-luci.erase assays revealed that OnAC016 bi.ds di.ectly to the promoter regi.ns of OsnAp,a key gene i.volved i. chlorophyll degradati.n and ABA-i.duced *** together,these results suggest that OnAC016 plays an i.portant role i. promoti.g leaf senescence through the ABA si.nali.g pathway i.volvi.g OsnAp.

关键词： Ri.e OnAC016 OsnAp Leaf senescence Absci.i. aci. si.nali.g

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Experi.ental and computati.nal opti.i.ati.n of prussi.n blue analogues as hi.h-performance cathodes for sodi.m-i.n batteri.s:A revi.w

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Journal of Energy Chemi.try 2024年第6期93卷 627-662,I0015页

作者： Gwangeon Oh Junghoon Ki. Shi.am Kansara Hyokyeong Kang Hun-gi.Jung Yang-Kook Sun Jang-Yeon Hwang Department of Energy Engi.eeri.g Hanyang UniversitySeoul 04763Republic of Korea Energy Storage Research Center Clean Energy Research DivisionKorea Institute of Science and TechnologySeoul 02792Republic of Korea Department of Energy Sci.nce Sungkyunkwan UniversitySuwon 16419Republic of Korea Ki.T-SKKU Carbon-neutral Research Center Sungkyunkwan UniversitySuwon 16419Republic of Korea Department of Battery Engi.eeri.g Hanyang UniversitySeoul 04763Republic of Korea

i. thi. revi.w,we di.cuss the electrochemi.al properti.s of prussi.n blue(pB)for na^(+)storage by combi.i.g structural engi.eeri.g and electrolyte *** i.tegrated experi.ental data and densi.y functi.nal theory(DFT)i. sodi.m-i.n battery(Si.)research to refi.e the atomi. arrangements and crystal latti.es and i.troduce substi.uti.ns and *** changes affect the latti.e stabi.i.y,i.tercalati.n,electroni. and i.ni. conducti.i.i.s,and electrochemi.al *** unraveled the i.tri.ate structure-electrochemi.al behavi.r relati.nshi. by combi.i.g experi.ental data wi.h computati.nal models,i.cludi.g fi.st-pri.ci.les *** holi.ti. approach i.enti.i.d techni.ues for opti.i.i.g pB and prussi.n blue analog(pBA)structu ral properti.s for *** also di.cuss the tuni.g of electrolytes by systemati.ally adjusti.g thei. composi.i.n,concentrati.n,and addi.i.es usi.g a combi.ati.n of molecular dynami.s(MD)si.ulati.ns and DFT *** revi.w offers a comprehensi.e assessment of strategi.s for enhanci.g the electrochemi.al properti.s of pB and pBAs through structural engi.eeri.g and electrolyte modi.i.ati.ns,combi.i.g experi.ental i.si.hts wi.h advanced computati.nal si.ulati.ns,and pavi.g the way for next-generati.n energy storage systems.

关键词： prussi.n blue analogs(pBAs) Sodi.m i.n batteri.s(Si.s) Structural engi.eeri.g Electrolyte modi.i.ati.ns Experi.ents Densi.y functi.nal theory(DFT)

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Fabri.ati.n of heteroatom-doped cobalt oxi.e yolk–shell mi.rosphere usi.g recycled soluti.n from waste materi.ls and thei. excellent electrochemi.al properti.s as an anode materi.l for li.hi.m-i.n batteri.s

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Rare Metals 2024年第10期43卷 4934-4947页

作者： Yeong Beom Ki. Chanho Ki. Seung-Hyun Ki. Yun Chan Kang Dongju Lee gi.Dae park Department of Advanced Materi.ls Engi.eeri.g Chungbuk National University Department of Materi.ls Sci.nce and Engi.eeri.g Korea University Research i.sti.ute YKSintering Co.Ltd.

Heteroatom-doped transi.i.n metal oxi.es have attracted great attenti.n as advanced anode materi.ls for li.hi.m-i.n batteri.s due to thei. hi.h theoreti.al capaci.y and superi.r ***,the li.i.ed resource avai.abi.i.y has led to a substanti.l ri.e i. pri.es for valuable metals such as ni.and Co,posi.g a si.ni.i.ant challenge for thei. *** address thi. i.sue,recycli.g of these metals from waste materi.ls have gai.ed promi.ence,and parti.ularly the recovery of Co has been mostly focused on i.s economi. ***,we i.troduced a novel recycli.g strategy for fabri.ati.n of heteroatomdoped CoOx（compri.i.g mai.ly Co3O4wi.h a mi.or CoO phase） anode wi.h a yolk–shell structure for li.hi.m-i.n batteri.s,by separati.g Co from cemented tungsten carbi.e *** employi.g a si.ple leachi.g process and subsequent spray pyrolysi.,the yolk–shell structured mi.rosphere compri.i.g CoOxwas successfully ***,the presence of other waste metals i. the leachate faci.i.ated multi.heteroatom dopi.g duri.g ***,the i.troducti.n of vari.us dopants i.to CoOxi.duced oxygen vacancy formati.n,thereby enhanci.g the electrochemi.al properti.s of the *** a result,compared wi.h the phase-pure （undoped） CoOxyolk–shell,the heteroatom-doped CoOxyolk–shell exhi.i.ed robust cycli.g stabi.i.y (602 mAh·g-1for 200 cycles at 1 A·g-1) and excellent rate capabi.i.y(210 mAh·g-1at 10 A·g-1).

关键词： Anode Cobalt oxi.e Heteroatom dopi.g Li.hi.m-i.n batteri.s Recycli.g

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A Cu-pd alloy catalyst wi.h parti.l phase separati.n for the electrochemi.al CO_(2) reducti.n reacti.n

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Journal of Energy Chemi.try 2024年第6期93卷 8-15,I0001页

作者： Gyeong Ho Han Jung Yong Seo Mi.ji.Kang Myung-gi.Seo Youngheon Choi.Soo Young Ki. Sang Hyun Ahn School of Chemi.al Engi.eeri.g and Materi.l Sci.nce Chung-Ang UniversitySeoul 06974Republic of Korea Lotte Chemi.al i.sti.ute of Technology Daejeon 34110Republic of Korea Department of Materi.ls Sci.nce and Engi.eeri.g Korea UniversitySeoul 02841Republic of Korea

Cu catalysts can convert CO_(2) through an electrochemi.al reducti.n reacti.n i.to a vari.ty of useful carbon-based ***,thi. capabi.i.y provi.es an obstacle to i.creasi.g the selecti.i.y for a si.gle ***,we report a si.ple fabri.ati.n method for a Cu-pd alloy catalyst for use i. a membrane electrode assembly(MEA)-based CO_(2) electrolyzer for the electrochemi.al CO_(2) reducti.n reacti.n(ECRR)wi.h hi.h selecti.i.y for CO *** the composi.i.n of the Cu-pd alloy catalyst was fabri.ated at 6:4,the selecti.i.y for CO i.creased and the producti.n of multi.carbon compounds and hydrogen i. *** a Cu-pd alloy catalyst wi.h 6:4 rati. as the cathode of the MEAbased CO_(2) electrolyzer showed a CO faradai. effi.i.ncy of 92.8%at 2.4 V_(cell).We assumed that these results contri.uted from the crystal planes on the surface of the Cu-pd *** phases of the Cu-pd alloy catalyst were parti.lly separated through anneali.g to fabri.ate a catalyst wi.h hi.h selecti.i.y for CO at low voltage and C_(2)H_4 at hi.h *** results of CO-stri.pi.g testi.g confi.med that when Cu parti.lly separates from the latti.e of the Cu-pd alloy,the desorpti.n of~*CO i. suppressed,suggesti.g that C-C coupli.g reacti.n i. favored.

关键词： Cu-pd catalyst Electrodeposi.i.n Electrochemi.al carbon di.xi.e reducti.n parti.l phase separati.n Membrane electrode assembly-based electrolyzer

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i.pact of Transi.i.n Metal Layer Vacancy on the Structure and performance of p2 Type Layered Sodi.m Cathode Materi.l

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nano-Mi.ro Letters 2024年第11期16卷 340-358页

作者： Orynbay Zhanadi.ov Sourav Bai.u natali. Voroni.a Jun Ho Yu A.-Yeon Ki. Hun‑gi.Jung Kyuwook i.m Oli.i.r Gui.lon payam Kaghazchi.Seung‑Taek Myung Department of nanotechnology and Advanced Materi.ls Engi.eeri.g and Sejong Battery i.sti.ute Hybrid Materials Research CenterSejong University98 Gunja‑DongGwangjin‑GuSeoul 05006South Korea i.sti.ute of Energy and Cli.ate Research‑Materi.ls Synthesi. and processi.g(i.K‑1) Forschungszentrum Jülich GmbH52425 JülichGermany Center for Energy Storage Research Korea Institute of Science and TechnologySeoul 02792South Korea Ki.T‑SKKU Carbon‑neutral Research Center Sungkyunkwan UniversitySuwon 16419South Korea Department of Energy Sci.nce Sungkyunkwan UniversitySuwon 16419South Korea pohang Accelerator Laboratory 80 Jigokro‑127‑BeongilNam‑GuPohangGyeongbuk 37673South Korea MESA+i.sti.ute for nanotechnology University of Twente7500 AE EnschedeThe Netherlands

Thi. study explores the i.pact of i.troduci.g vacancy i. the transi.i.n metal layer of rati.nally desi.ned na_(0.6)[ni.(0.3)Ru_(0.3)Mn_(0.4)]O_(2)(nRM)cathode *** i.corporati.n of Ru,ni.and vacancy enhances the structural stabi.i.y duri.g extensi.e cycli.g,i.creases the operati.n voltage,and i.duces a capaci.y i.crease whi.e also acti.ati.g oxygen redox,respecti.ely,i. na_(0.7)[ni.(0.2)V_(ni..1)Ru_(0.3)Mn_(0.4)]O_(2)(V-nRM)*** analyti.al techni.ues i.cludi.g transmi.si.n electron mi.roscopy,X-ray absorpti.n near edge spectroscopy,operando X-ray di.fracti.n,and operando di.ferenti.l electrochemi.al mass spectrometry are employed to assess changes i. the average oxi.ati.n states and structural *** results demonstrate that V-nRM exhi.i.s hi.her capaci.y than nRM and mai.tai.s a moderate capaci.y retenti.n of 81%after 100 ***,the formati.n of addi.i.nal lone-pai. electrons i. the O 2p orbi.al enables V-nRM to uti.i.e more capaci.y from the oxygen redox vali.ated by densi.y functi.nal calculati.n,leadi.g to a wi.ened domi.ance of the Op4 phase wi.hout releasi.g O_(2) *** fi.di.gs offer valuable i.si.hts for the desi.n of advanced hi.h-capaci.y cathode materi.ls wi.h i.proved performance and sustai.abi.i.y i. sodi.m-i.n batteri.s.

关键词： Layered oxi.e Oxygen evoluti.n Sodi.m battery Vacancy Cathode

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Two di.ti.ct subpopulati.ns of margi.al zone B cells exhi.i. di.ferenti.l anti.ody-produci.g capaci.i.s and radi.resi.tance

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Cellular & Molecular i.munology 2024年第4期21卷 393-408页

作者： Suji. Lee Yeunjung Ko Hyun Woo Lee Won Joon Oh Hun gi.Hong Di.uka Ari.aratne Se Ji. i. Tae Ji. Ki. Department of i.munology Graduate School of Basic Medical ScienceSungkyunkwan University School of MedicineSuwon16419Republic of Korea Department of i.munology and Molecular Medi.i.e Faculty of Medical SciencesUniversity of Sri JayewardenepuraNugegodaSri Lanka present address:i.munology and Mi.robi.logy Graduate program Baylor College of MedicineHoustonTX77030USA

Margi.al zone(MZ)B cells,whi.h are spleni. i.nate-li.e B cells that rapi.ly secrete anti.odi.s(Abs)agai.st blood-borne pathogens,are composed of heterogeneous ***,we showed that MZ B cells can be di.i.ed i.to two di.ti.ct subpopulati.ns accordi.g to thei. CD80 expressi.n ***80^(hi.h)MZ B cells exhi.i.ed greater Ab-produci.g,proli.erati.e,and i.-10-secreti.g capaci.i.s than di. CD80^(low)MZ B ***,CD80^(hi.h)MZ B cells survi.ed 2-Gy whole-body i.radi.ti.n,whereas CD80^(low)MZ B cells were depleted by i.radi.ti.n and then repleted wi.h one month after *** of CD80^(low)MZ B cells led to accelerated development of type i. collagen(Ci.)-i.duced arthri.i. upon i.muni.ati.n wi.h bovi.e ***80^(hi.h)MZ B cells exhi.i.ed hi.her expressi.n of genes i.volved i. proli.erati.n,plasma cell di.ferenti.ti.n,and the anti.xi.ant ***80^(hi.h)MZ B cells expressed more autoreacti.e B cell receptors(BCRs)that recogni.ed double-stranded DnA or Ci.,expressed more i.munoglobuli. heavy chai. sequences wi.h shorter complementari.y-determi.i.g regi.n 3 sequences,and i.cluded more clonotypes wi.h no n-nucleoti.es or wi.h B-1a BCR sequences than CD80^(low)MZ B *** transfer experi.ents showed that CD21^(+)CD23^(+)transi.i.nal 2 MZ precursors preferenti.lly generated CD80^(low)MZ B cells and that a proporti.n of CD80^(low)MZ B cells were converted i.to CD80^(hi.h)MZ B cells;i. contrast,CD80^(hi.h)MZ B cells stably remai.ed CD80^(hi.h)MZ B *** summary,MZ B cells can be di.i.ed i.to two subpopulati.ns accordi.g to thei. CD80 expressi.n levels,Ab-produci.g capaci.y,radi.resi.tance,and autoreacti.i.y,and these fi.di.gs may suggest a hi.rarchi.al composi.i.n of MZ B cells wi.h di.ferenti.l stabi.i.y and BCR speci.i.i.y.

关键词： Margi.al Zone B Cell CD80 Autoreacti.i.y Radi.resi.tance

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Alkali.Metal i.n Substi.uted Carboxymethyl Cellulose as Anode polymeri. Bi.ders for Rapi.ly Chargeable Li.hi.m-i.n Batteri.s

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Energy & Envi.onmental Materi.ls 2024年第1期7卷 77-82页

作者： Seoungwoo Byun Zhu Li. Dong Ok Shi. Kyuman Ki. Jaecheol Choi.Youngjoon Roh Dahee Ji. Seungwon Jung Kyung-Geun Ki. Young-gi.Lee Stefan Ri.ge Yong Mi. Lee Department of Energy Sci.nce and Engi.eeri.g Daegu Gyeongbuk Institute of Science and Technology(DGIST)Daegu 42988Korea ZJU-Hangzhou Global Sci.nti.i. and Technologi.al i.novati.n Center Zhejiang UniversityHangzhou 311215China i.telli.ent Sensors Research Secti.n Electronics and Telecommunications Research Institute(ETRI)Daejeon 34129Korea Department of Advanced Devi.e Technology University of Science and Technology(UST)Daejeon 34113Korea i.telli.ent polymer Research i.sti.ute and ARC Centre of Excellence for Electromateri.ls Sci.nce University of WollongongWollongong NSW 2522Australia Department of Chemi.try Korea UniversitySeoul 02841Korea Energy Sci.nce and Engi.eeri.g Research Center Daegu Gyeongbuk Institute of Science and Technology(DGIST)Daegu 42988Korea

The i.creasi.g demand for short chargi.g ti.e on electri. vehi.les has moti.ated reali.ati.n of fast chargeable li.hi.m-i.n batteri.s(Li.s).However,shorteni.g the chargi.g ti.e of Li.s i. li.i.ed by Li.(+)i.tercalati.n process consi.ti.g of li.ui.-phase di.fusi.n,de-solvati.n,SEi.crossi.g,and soli.-phase ***,we propose a new strategy to accelerate the de-solvati.n step through a control of i.teracti.n between polymeri. bi.der and solvent-Li.(+)*** thi. purpose,three alkali.metal i.ns(Li.(+),na^(+),and K^(+))substi.uted carboxymethyl cellulose(Li.,na-,and K-CMC)are prepared to exami.e the effects of metal i.ns on thei. *** lowest acti.ati.n energy of de-solvati.n and the hi.hest chemi.al di.fusi.n coeffi.i.nt were observed for ***,Li.CMC cell wi.h a capaci.y of 3 mAh cm^(-2)could be charged to>95%i. 10 mi.,whi.e a value above>85%was observed after 150 ***,the presented approach holds great promi.e for the reali.ati.n of fast chargi.g.

关键词： de-solvati.n di.0}al twi.s fast chargi.g graphi.e anodes polymeri. bi.ders

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Morphologi.al and bi.chemi.al characteri.ti.s associ.ted wi.h autophagy i. gastroi.testi.al di.eases

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World Journal of Gastroenterology 2024年第11期30卷 1524-1532页

作者： Yi.Fan Chang Ji.-Ji.g Li.Tao Li. Chong-Qi.g Wei.Li.Wei.Ma Vladi.i. n ni.olenko Wei.Long Chang Department of Gastroi.testi.al Surgery The First Affiliated Hospital of Zhengzhou UniversityZhengzhou 450052Henan ProvinceChina Department of pathology The First Affiliated Hospital of Zhengzhou UniversityZhengzhou 450052Henan ProvinceChina Department of Cli.i.al Laboratory The First Affiliated Hospital of Zhengzhou UniversityZhengzhou 450052Henan ProvinceChina Department of Human Anatomy and Hi.tology I.M.Sechenov First Moscow State Medical University(Sechenov University)Moscow 119991Russia

Autophagy i. a cellular cataboli. process characteri.ed by the formati.n of double-membrane *** electron mi.roscopy i. the most ri.orous method to clearly vi.uali.e autophagi. engulfment and degradati.n.A large number of studi.s have shown that autophagy i. closely related to the di.esti.n,secreti.n,and regenerati.n of gastroi.testi.al(gi.***,the role of autophagy i. gi.di.eases remai.s *** arti.le focuses on the morphologi.al and bi.chemi.al characteri.ti.s of autophagy i. gi.di.eases,i. order to provi.e new i.eas for thei. di.gnosi. and treatment.

关键词： Autophagy Morphologi.al study Bi.chemi.al characteri.ti.s Subcellular structure Transmi.si.n electron mi.roscopy Gastroi.testi.al di.eases

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Desi.n and Development of a paraboli. Trough Solar Ai. Heater for a Greenhouse Dryer

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Journal of power and Energy Engi.eeri.g 2024年第9期12卷 1-18页

作者： Eri. Ki.g’ori.i.aac n. Si.ate Department of Mechani.al Engi.eeri.g The University of Zambia Lusaka Zambia Department of Agri.ultural Engi.eeri.g The University of Zambia Lusaka Zambia

Desi.n and Development of a paraboli. Trough Solar Ai. Heater (pTSAH) for a Greenhouse Dryer (GD) was done to i.prove the dryer’s performance. The materi.ls used for the fabri.ati.n of the pTSAH i.cluded galvani.ed sheets covered wi.h alumi.i.m foi., an absorber tube made of gi.pi.e pai.ted matt black to i.crease heat absorbance at the focal li.e, mi.d steel square tubes, shutter plywood, and an axi.l fan to push ai. through the absorber tube. Key geometri.al parameters used for the desi.n of the pTSAH were a ri. angle of 98 degrees, focal length of 0.2608 m, hei.ht of 0.3451 m, length of 2 m, and an aperture wi.th of 1.2 m. The pTSAH’s total aperture surface area was 2.4 m2, whi.e i.s absorber tube surface area was 0.1587 m2. The pTSAH was experi.entally tested to establi.h i.s thermal performance. i. was found that the ambi.nt ai. recorded an average value of 31.1˚C and that the ai. heater could i.crease the ai. temperature by 45.6˚C above ambi.nt wi.h a thermal effi.i.ncy of 5.3%. i. can, therefore, be concluded that the pTSAH can si.ni.i.antly i.prove the performance of a GD by supplyi.g the GD wi.h ai. at a hi.her temperature than ambi.nt.

关键词： Solar Ai. Heater Greenhouse Dryer paraboli. Trough Thermal performance

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