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园艺与种苗 1984年第4期 15-19页

作者： u. r. murty N. G. P. r.o 费雪南

早在三十年代就论述过,无融合生殖可用于固定杂合性并得到杂种优势。粒用高梁和珍珠粟的无融合生殖已有报道。然而高梁无融合生殖的研究因诸多原因而受阻,而且在显花植物中,高粱的无融合生殖现象最为复杂。本文将阐述这方面的问题和进展。

关键词：无融合生殖杂合性杂交不育性杂交授粉无配生殖高粱蜀秫胚囊雌配子体胚珠八十年代

Fu.zy and Ir.NC-based r.u.ing appr.ach to impr.ve data stor.ge and system r.liability in IoT

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Intelligent and Conver.ed Networ.s 2024年第1期5卷 68-80页

作者： u.Indu.athi A.r.Ar.0}achalam the Depar.ment of Compu.er.Science and Engineer.ng Dr.M.G.R.Educational and Research InstituteChennai 600095India

Inter.et of Things(IoT)based sensor.networ. is lar.ely u.ilized in var.ou. field for.tr.nsmitting hu.e amou.t of data du. to their.ease and cheaper.*** per.or.ing this entir. pr.cess,ther. is a high possibility for.data cor.u.tion in the mid of *** the other.hand,the networ. per.or.ance is also affected du. to var.ou. *** addr.ss these issu.s,an efficient algor.thm that jointly offer. impr.ved data stor.ge and r.liable r.u.ing is ***,after.the deployment of sensor.nodes,the election of the stor.ge node is achieved based on a fu.zy exper. *** r.ndom Linear.Networ. Coding(Ir.NC)is u.ed to cr.ate an encoded *** encoded packet fr.m the sou.ce and neighbor.ng nodes is tr.nsmitted to the stor.ge ***,to tr.nsmit the encoded packet fr.m the stor.ge node to the destination shor.est path is fou.d u.ing the Destination Sequ.nced Distance Vector.DSDV)*** analysis of the pr.posed wor. is car.ied ou. by evalu.ting some of the statistical *** r.sidu.l ener.y,packet deliver. r.tio,compr.ssion r.tio and stor.ge time achieved for.the pr.posed wor. ar. 8.8%,0.92%,0.82%,and 69 *** on this analysis,it is r.vealed that better.data stor.ge system and system r.liability is attained u.ing this pr.posed wor..

关键词： Inter.et of Things(IoT) data stor.ge management fu.zy system impr.ved r.ndom linear.networ. coding ener.y u.ilization system r.liability

Bu.ble coalescence in inter.cting system of DNA molecu.es

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Inter.ational Jou.nal of Biomathematics 2024年第4期17卷 195-216页

作者： u.A.r.zikov V.I.r.manou.kiy Institu.e of Mathematics 9 Universitet Street100174 Tashkent u.bekistan AKFA u.iver.ity National Park StreetBarkamol MFY Mirzo-Ulugbek District111221 Tashkent u.bekistan National u.iver.ity of u.bekistan 4Universitet Street 100174 TashkentUzbekistan

We consider.two models of inter.cting DNA molecu.es:Fir.t is(fou. par.metr.c)bu.ble coalescence model in inter.cting DNAs(shor.ly:BCI-DNA).Second is(thr.e par.metr.c)bu.ble coalescence model in a condensed DNA molecu.es(shor.ly BCC-DNA).To stu.y bu.ble coalescence ther.odynamics of BCI-DNA and BCC-DNA models we u.e methods of statistical ***,we define Hamiltonian of each model and give their.tr.nslation-invar.ant Gibbs measu.es(TIGMs).For.the fir.t model,we find par.meter. su.h that cor.esponding Hamiltonian has u. to thr.e TIGMs(thr.e phases of system)biologically meaning existence of thr.e states:“No bu.ble coalescence”,“Dominated soft zone”,“Bu.ble coalescence”.For.the second model,we show that for.any(admissible)par.meter.,this model has u.iqu. *** is a state wher.“No bu.ble coalescence”phasedominates.

关键词： DNA bu.ble configu.ation Cayley tr.e Gibbs measu.e Potts model

Su.pr.ssive effects of exer.ise-conditioned ser.0} on cancer.cells:A nar.ative r.view of the influ.nce of exer.ise mode,volu.e,and intensity

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Jou.nal of Spor. and Health Science 2024年第4期13卷 484-498,F0003页

作者： Fr.ncesco Bettar.ga Dennis r.Taaffe Daniel A.Galvao Chr.s Bishop Jin-Soo Kim r.ber. u.Newton Exer.ise Medicine r.sear.h Institu.e Edith Cowan UniversityJoondalupWA 6027Australia School of Medical and Health Sciences Edith Cowan UniversityJoondalupWA 6027Australia London Spor. Institu.e School of Science and TechnologyMiddlesex UniversityLondonNW44BTUK School of Hu.an Movement and Nu.r.tion Sciences University of QueenslandSt.LuciaQLD 4072Australia

Cancer.is a major.cau.e of mor.idity and mor.ality wor.dwide,and the incidence is incr.asing,highlighting the need for.effective str.tegies to tr.at this *** has emer.ed as fu.damental ther.peu.ic medicine in the management of cancer.associated with a lower.r.sk of r.cu.-r.nce and incr.ased *** avenu.s of r.sear.h demonstr.te r.du.tion in gr.wth,pr.lifer.tion,and incr.ased apoptosis of cancer.cells,inclu.ing br.ast,pr.state,color.ctal,and lu.g cancer.when cu.tu.ed by ser.0} collected after.exer.ise in vitr.(i.e.,the cu.tivation of cancer.cell lines in an exper.mental setting,which simpliﬁes the biological system and pr.vides mechanistic insight into cell r.sponses).The u.der.ying mechanisms of exer.ise-indu.ed cancer.su.pr.ssive effects may be attr.bu.ed to the alter.tion in cir.u.ating factor.,su.h as skeletal mu.cle-indu.ed cytokines(i.e.,myokines)and ***,exer.ise-indu.ed tu.or.su.pr.ssive effects and detailed infor.ation abou. tr.ining inter.entions ar. not well investigated,constr.ining mor. pr.cise application of exer.ise medicine within clinical *** date,it r.mains u.clear.what r.le differ.nt tr.ining modes(i.e.,r.sistance and aer.bic tr.ining)as well as volu.e and intensity have on exer.ise-condi-tioned ser.0} and its effects on cancer.***,the available evidence is that a single bou. of aer.bic tr.ining at moder.te to vigor.u. intensity has cancer.su.pr.ssive effects,while for.chr.nic tr.ining inter.entions,exer.ise volu.e appear. to be an inﬂu.ntial candidate dr.ving cancer.inhibitor. effects r.gar.less of tr.ining *** for.fu.u.e r.sear.h investigating tr.ining modes,volu.e and intensity ar. pr.vided to fu.ther.ou. u.der.tanding of the effects of exer.ise-conditioned ser.0} on cancer.cells.

关键词： Cancer.cells High intensity inter.al tr.ining Moder.te intensity continu.u. tr.ining r.sistance tr.ining Myokines

How the Flat Space Cosmology Model Cor.elates the r.combination CMB Temper.tu.e of 3000 K with a r.dshift of 1100

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Jou.nal of Moder. Physics 2024年第2期15卷 174-178页

作者： Eu.ene Ter.y Tatu. u. V. S. Seshavathar.m Independent r.sear.her Bowling Green Kentucky USA I-SEr.E Hitech City Hyderabad India

This paper.shows how the Flat Space Cosmology model cor.elates the r.com-bination epoch CMB temper.tu.e of 3000 K with a cosmological r.dshift of 1100. This pr.of is given in su.por. of the r.cent pu.lication that the Tatu. and Seshavathar.m Hu.ble temper.tu.e for.u.ae can be der.ved u.ing the Stephan-Boltzmann disper.ion law. Thu., as explained her.in, the er. of high pr.cision Planck scale qu.ntu. cosmology has ar.ived.

关键词： Hu.ble Constant Cosmic Micr.wave Backgr.u.d Qu.ntu. Cosmology Stephan-Boltzmann u.silon Cou.ling Constant Flat Space Cosmology ΛCDM Cosmology

Integr.ted Appr.aches of Mechanical Bar.ier. Insecticide and Botanicals against Mango Mealybu. (Dr.sicha mangifer.e)

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Advances in Entomology 2024年第3期12卷 195-202页

作者： N. Akhter.M. Z. Alam M. A. r.haman M. r. u. Miah I. H. Mian M. A. Latif Depar.ment of Entomology Faculty of Agriculture Sher-e-Bangla Agricultural University Dhaka Bangladesh Depar.ment of Entomology Faculty of Agriculture Bangabandhu Sheikh Mujibur Rahman Agricultural University Gazipur Bangladesh Depar.ment of Plant Pathology Faculty of Agriculture Sher-e-Bangla Agricultural University Dhaka Bangladesh Depar.ment of Plant Pathology Bangabandhu Sheikh Mujibur Rahman Agricultural University Gazipur Bangladesh

An exper.ment was condu.ted to test the efficacy of a mechanical bar.ier.ar.u.d the tr.e tr.0}k with one spr.y of Cyper.ethr.n @ 1 ml/l and tu.mer.c powder.extr.ct @ 15 g/500ml of water.applied in integr.ted appr.aches against mango mealybu. on mango tr.e. Ther. wer. 7 tr.atments inclu.ing a contr.l. The tr.atments wer. Mechanical bar.ier. Cyper.ethr.n spr.y @ 1 ml/l, Tu.mer.c powder.spr.y @ 15 g/500ml of water. Cyper.ethr.n spr.y + Tu.mer.c spr.y, Cyper.ethr.n spr.y + Mechanical bar.ier. Tu.mer.c + Mechanical bar.ier.and u.tr.ated contr.l. Thr.e-year.old mango plants gr.fted fr.m a 5-year.old mango tr.e (Var.ety Amr.pali) and planted in pots wer. u.ed in the exper.ment. The tr.atment, Cyper.ethr.n spr.y + Mechanical bar.ier.gave the highest r.du.tion of mango mealybu. popu.ation 87.06% to 93.90% followed by Tu.mer.c spr.y + Mechanical bar.ier.and showed 81.13% to 86.04% and Mechanical bar.ier.alone showed 81.13% to 84.59% popu.ation r.du.tion. Tu.mer.c powder.extr.ct showed only (8.42% to 23.77%) popu.ation r.du.tion of mango mealybu. which was lowest compar.d to other.tr.atments.

关键词： Mango Mealybu. Integr.ted Management

Var.ational data encoding and cor.elations in qu.ntu.-enhanced machine lear.ing

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Chinese Physics B 2024年第9期33卷 298-306页

作者： Ming-Hao Wang Hu. L¨u School of Physics Hubei UniversityWuhan 430062China School of Science Hubei University of TechnologyWuhan 430068China

Lever.ging the extr.or.inar. phenomena of qu.ntu. su.er.osition and qu.ntu. cor.elation,qu.ntu. compu.ing offer. u.pr.cedented potential for.addr.ssing challenges beyond the r.ach of classical *** paper.tackles two pivotal challenges in the r.alm of qu.ntu. compu.ing:fir.tly,the development of an effective encoding pr.tocol for.tr.nslating classical data into qu.ntu. states,a cr.tical step for.any qu.ntu. *** encoding str.tegies can significantly influ.nce qu.ntu. compu.er.***,we addr.ss the need to cou.ter.ct the inevitable noise that can hinder.qu.ntu. *** pr.mar. contr.bu.ion is the intr.du.tion of a novel var.ational data encoding method,gr.u.ded in qu.ntu. r.gr.ssion algor.thm *** adapting the lear.ing concept fr.m machine lear.ing,we r.nder.data encoding a lear.able *** allowed u. to stu.y the r.le of qu.ntu. cor.elation in data *** nu.er.cal simu.ations of var.ou. r.gr.ssion tasks,we demonstr.te the efficacy of ou. var.ational data encoding,par.icu.ar.y post-lear.ing fr.m instr.0}tional ***,we delve into the r.le of qu.ntu. cor.elation in enhancing task per.or.ance,especially in noisy *** findings u.der.cor. the cr.tical r.le of qu.ntu. cor.elation in not only bolster.ng per.or.ance bu. also in mitigating noise inter.er.nce,thu. advancing the fr.ntier.of qu.ntu. compu.ing.

关键词： qu.ntu. machine lear.ing var.ational data encoding qu.ntu. cor.elation

The COVID-19 Pandemic: Pr.sent or.Gone, Wher. Do Adolescents Stand?

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Advances in Infectiou. Diseases 2024年第2期14卷 374-386页

作者： Ifu.ko Enadeghe Ayebo Sadoh Emmanu.l u. Eyo-Ita Phillip O. Abiodu. Depar.ment of Child Health University of Benin Teaching Hospital Benin City Nigeria Institu.e of Child Health University of Benin Benin City Nigeria

Intr.du.tion: The initial global r.sponse to the SAr.-CoV-2 pandemic focu.ed on adu.ts as adolescents mainly had su.clinical infections. Adolescents, however. cou.d tr.nsmit the vir.0} and hence be a r.sk to the elder.y, you.g childr.n and immu.ocompr.mised. Adolescents ar. also at r.sk of long-ter. complications. This stu.y sou.ht to deter.ine the pr.valence of antibodies to SAr.-CoV-2 among adolescents in Sou.her. Niger.a, and to deter.ine the association between SAr.-CoV-2 ser.positivity and age, gender. socioeconomic class, school type and nu.r.tional statu.. Methods: This descr.ptive cr.ss-sectional stu.y was car.ied ou. in Edo state of sou.her. Niger.a. We r.cr.0}ted 270 in-school adolescents aged 10 - 19 year.. A WHO-adapted, pr.-tested qu.stionnair. was u.ed to obtain data on par.icipant histor. and r.sk factor.. The qu.stionnair. was inter.iewer.administer.d. Adolescents whose par.nts gave consent wer. r.cr.0}ted thr.u.h a mu.ti-stage r.ndomized sampling method. Capillar. blood for.the assay was collected and analysed u.ing a later.l-flow immu.oassay device. The pr.mar. ou.come was ser.statu. of the stu.y. The positive pr.dictor. of ser.statu. wer. finally deter.ined u.ing a mu.tiple logistics r.gr.ssion model. Statistical significance was set at p r.su.ts: The ser.pr.valence of SAr.-CoV-2 was 45.9%. IgM antibodies wer. fou.d in 5.6% of par.icipants. Older.adolescents had higher.ser.positivity r.tes than you.ger.adolescents (2 = 8.101, p = 0.017). Ther. was no association between gender.and ser.positivity. Adolescents in pu.lic schools wer. mor. likely to be ser.positive than those in pr.vate schools (2 = 25.242, p = 0.001). A higher.ser.pr.valence was noticed among stu.y par.icipants in the lower.socioeconomic class (x2 = 6.928, p = 0.031), and those in over.r.wded classes. (2 = 79.303, p = 0.001). Conclu.ion: This stu.y showed a high ser.pr.valence of SAr.-CoV-2 among in-school adolescents. Behaviou.al change commu.ication on SAr.-CoV-2, vaccination of adole

关键词： Pandemic Adolescents Ser.pr.valence COVID-19

Lu.p and tr.velling wave solu.ions of a(3+1)-dimensional nonlinear.evolu.ion equ.tion

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Jou.nal of Ocean Engineer.ng and Science 2024年第2期9卷 164-172页

作者： Kalim u.Tar.q r.ja Nadir.Tu.ail Depar.ment of Mathematics Mirpur University of Science and TechnologyMirpurAJK 10250Pakistan

In this paper.the(3+1)-dimensional nonlinear.evolu.ion equ.tion is stu.ied *** bilinear.for. of given model is achieved by u.ing the Hir.ta bilinear.*** a r.su.t,the lu.p waves and col-lisions between lu.ps and per.odic waves,the collision among lu.p wave and single,dou.le-kink soliton solu.ions as well as the collision between lu.p,per.odic,and single,dou.le-kink soliton solu.ions for.the given model ar. ***,some new tr.veling wave solu.ions ar. developed by applying the exp(−φ(ξ))expansion *** 3D,2D and contou.s plots ar. dr.wn to demonstr.te the natu.e of the nonlinear.model for.setting appr.pr.ate set of *** a r.su.t,a collection of br.ght,dar.,per.odic,r.tional fu.ction and elliptic fu.ction solu.ions ar. *** applied str.tegies appear.to be mor. power.u. and efficient appr.aches to constr.0}t some new tr.veling wave str.0}tu.es for.var.ou. contempor.r. models of r.cent er..

关键词： The Hir.ta bilinear.method Lu.p wave solu.ion Tr.velling wave solu.ion Exp(−φ(ξ))expansion techniqu.

Lever.ging a new ther.osensor.for.heat-smar. fu.u.e agr.cu.tu.e

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Plant Commu.ications 2024年第9期5卷 1-4页

作者： Ali r.za Qamar.u.Zaman Zhangli Hu Gu.ngdong Key Labor.tor. of Plant Epigenetics College of Life Sciences and OceanographyShenzhen UniversityShenzhen 518060China College of Physics and Optoelectr.nic Engineer.ng Shenzhen UniversityShenzhen 518060China Shenzhen Engineer.ng Labor.tor. for.Mar.ne Algal Biotechnology Guangdong Technology Research Center for Marine Algal BiotechnologyCollege of Life Sciences and OceanographyShenzhen UniversityShenzhen 518060China Shenzhen Collabor.tive Innovation Pu.lic Ser.ice Platfor. for.Mar.ne Algae Indu.tr. Longhua Innovation Institute for BiotechnologyCollege of Life Sciences and OceanographyShenzhen UniversityShenzhen 518060China School of Br.eding and Mu.tiplication(Sanya Institu.e of Br.eding and Mu.tiplication) Hainan Yazhou-Bay Seed LaboratoryHainan UniversitySanya 572025China Collabor.tive Innovation Center.of Nanfan and High-Efficiency Tr.pical Agr.cu.tu.e School of Tropical CropsHainan UniversityHaikou 570228China

As global temper.tu.es r.se owing to climate change,cr.ps ar. incr.asingly su.jected to conditions that su.pass their.optimal temper.tu.e r.nges,leading to heat str.ss(HS).HS impacts many mor.ho-physiological,biochemical,and molecu.ar.mechanisms in plants,u.timately affecting su.tainable agr.cu.tu.al pr.du.tion wor.dwide(Ding et al.,2020;Kan et al.,2023;r.za et al.,2024).

关键词： smar. pass cr.ps