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1例费城染色体阳性的急性成淋巴细胞性白血病的老年患者出现浆液性视网膜脱离

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世界核心医学期刊文摘（眼科学分册） 2005年第7期1卷 15-15页

作者： y.shi.a A. kawano y.- i. Eto T. 司冰心 Department of Ophthalmology Kyushu University Graduate School of Medical Science 3- 1- 1MaidashiHigashi- ku Fukuoka 812- 8582 Japan

Purpose: To descri.e an elderly.woman who presented wi.h a serous reti.al detachment (SRD) as the fi.st si.n of Phi.adelphi.- chromosome- posi.i.e acute ly.phoblasti. leukemi. (Ph+ ALL). Desi.n: Observati.nal case report. Methods: A complete ophthalmi. and sy.temi. evaluati.n was performed on a 62- y.ar- old woman because of decreased vi.i.n of 20/60 OD and 20/25 OS. Results: Fundus exami.ati.n revealed a SRD i.volvi.g the fovea. Fluorescei. angi.graphy.di.closed multi.ocal spots of hy.erfluorescence i. the early.phase, and di.fuse subreti.al accumulati.n of fluorescei. i. the late phase. She was di.gnosedwi.h Ph+ ALL because of sy.temi. fi.di.gs. She underwent sy.temi. chemotherapy.and went i.to complete remi.si.n. Vi.ual acui.y.i.proved to 20/20 i. both ey.s wi.h resoluti.n of the bi.ateral SRD. Conclusi.ns: Our observati.ns i.di.ate that a sudden appearance of SRD, even i. an elderly.pati.nt, warrants a thorough sy.temi. screeni.g for underly.ng leukemi.. Thi. i. especi.lly.i.portant, because prompt sy.temi. chemotherapy.can i.prove the vi.ual acui.y.and the prognosi..

关键词：费城染色体右眼视力荧光造影眼底检查化学治疗报道提示左眼视力多灶性观察性强荧光

Li.er resecti.n for early.hepatocellular cancer: Compari.on of centers i. 3 di.ferent countri.s

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World Journal of Hepatology 2016年第31期8卷 1327-1335页

作者： Li.da L Wong Brenda y.Hernandez y.ri. B Shvetsov y.i.hi.kawano Zhao-y.u Tang Jun-Fang Ji Cancer Center Department of Surgery John A Burns School of MedicineUniversity of Hawaii Department of Surgery Nippon Medical School Li.er Cancer i.sti.ute and Zhongshan Hospi.al Fudan University Li.e Sci.nces i.sti.ute Zhejiang University

Ai.To compare pati.nts who underwent resecti.n of early.stage hepatocellular cancer (HCC) i. three di.ferent countri.s. METHODSThi. retrospecti.e study.characteri.es 573 stage i.i. HCC pati.nts treated wi.h li.er resecti.n i. 3 terti.ry.referral centers: Toky. (n = 250), Honolulu (n = 146) and Shanghai.(n = 177). RESULTSShanghai.pati.nts were y.unger, predomi.antly.male, hepati.i.-B seroposi.i.e (94%) and ci.rhoti. (93%). Toky. pati.nts were older and more li.ely.to have hepati.i.-C (67%), smaller tumors, low albumi., and normal alpha-fetoprotei.. The Honolulu cohort had the largest tumors and 30% had no vi.al hepati.i.. Age-adjusted mortali.y.at 1 and 5-y.ars were lower i. the Toky. cohort compared to Honolulu and there was no di.ference i. mortali.y.between Shanghai.and Honolulu cohorts. Elevated alpha-fetoprotei., low albumi. and tumor > 5 cm were associ.ted wi.h i.creased 1-y.ar mortali.y. These factors and ci.rhosi. were i.dependently.associ.ted wi.h i.creased 5-y.ar mortali.y. i.dependent ri.k factors of survi.al vari.d when exami.ed separately.by.center. CONCLUSi.NThe profi.e of early.stage HCC pati.nts i. stri.i.gly.di.ferent across countri.s and li.ely.contri.utes to survi.al di.ferences. Underly.ng di.ferences i. pati.nt populati.ns i.cludi.g ri.k factors/comorbi.i.i.s i.fluenci.g di.ease progressi.n may.also account for vari.ti.n i. outcomes.

关键词： Hepatocellular cancer Li.er resecti.n Vi.al hepati.i.

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GPS导航系统用于H—i.轨道飞机

飞行器测控技术 1993年第4期12卷 67-78页

作者： kawano,i.李建华

Potenti.l Power of the Py.ami.al Structure i.: Di.covery.of Entanglement Due to Py.ami. Effects

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Natural Sci.nce 2021年第7期13卷 258-272页

作者： Osamu Takagi.Masami.hi.Sakamoto Ki.i.o kawano Mi.i. y.mamoto i.ternati.nal Research i.sti.ute (i.i. Chiba Japan Aquavi.i.n Academy Chiba Japan

Si.ce October 2007, we have been conducti.g ri.orous sci.nti.i. research on the unexplai.ed “power” of a py.ami.al structure (PS). From our research results so far, we could classi.y.py.ami. effects by.the PS i.to the followi.g two ty.es: (i. the py.ami. effects due to the potenti.l power of the PS and (i.) the py.ami. effects due to the i.fluence of the test subject medi.ati.g i.si.e the PS. We have been usi.g edi.le cucumber secti.ns as the bi.sensors. The py.ami. effect exi.tence was clari.i.d by.measuri.g and analy.i.g the concentrati.n of volati.e components released from the bi.sensors. The bi.sensors were arranged as a pai.: one member of the pai. was placed at the PS apex and the other was placed at the cali.rati.n control poi.t 8.0 m away.from the PS. i. thi. paper, we report a new di.covery.regardi.g the ty.e (i. py.ami. effects. We di.covered a phenomenon consi.ered to be entanglement between the bi.sensor pai.s detecti.g the py.ami. effects. i. other words, the bi.sensors at the PS apex, whi.h were affected by.the potenti.l power of the PS, affected the bi.sensors at the cali.rati.n control poi.t. We also confi.med that the effects on the bi.sensors placed at the cali.rati.n control poi.t were not due to the potenti.l power of the PS. Furthermore, we showed that the magni.ude of the effect of entanglement changed wi.h the seasons. We expect that our research results wi.l be wi.ely.accepted i. the future and wi.l become the foundati.n for a new research fi.ld i. sci.nce, wi.h a wi.e range of appli.ati.ns.

关键词： Py.ami. Potenti.l Power Entanglement Medi.ati.n Non-Contact Effect Bi.sensor Cucumi. sati.us Gas Psi.i.dex

Potenti.l Power of the Py.ami.al Structure Vi.: Effects of Py.ami. Power and Bi.-Entanglement on the Ci.cadi.n Rhy.hm of Bi.sensors

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Natural Sci.nce 2023年第1期15卷 19-38页

作者： Osamu Takagi.Masami.hi.Sakamoto Ki.i.o kawano Mi.i. y.mamoto i.ternati.nal Research i.sti.ute (i.i. Chiba Japan Aquavi.i.n Academy Chiba Japan

We have demonstrated the exi.tence of a py.ami. power and have revealed i.s characteri.ti.s by.stri.tly.sci.nti.i. experi.ents usi.g bi.sensors. We also revealed the exi.tence of a Bi.-Entanglement, an entangled relati.nshi. between bi.sensors. A parallel study.of bi.sensors (edi.le cucumber sli.es) had also been conducted, and we found that the ci.cadi.n rhy.hm of gas concentrati.ns emi.ted from bi.sensors changes seasonally. The py.ami. power and Bi.-Entanglement di. not change the number of cy.les i. the peri.di. approxi.ati.n curve representi.g ci.cadi.n rhy.hm. Therefore, i. thi. paper we analy.ed the i.fluence of the py.ami. power and Bi.-Entanglement, i.e., thei. i.fluence on the phase, ampli.ude, and correlati.n coeffi.i.nt of the peri.di. approxi.ati.n curve representi.g the ci.cadi.n rhy.hm of emi.ted gas concentrati.ns. The mai. results are as follows. 1) The py.ami. power shi.ted the phase of the peri.di. approxi.ati.n curve representi.g the ci.cadi.n rhy.hm by.43 mi.utes. 2) The ampli.ude of the peri.di. approxi.ati.n curve changed wi.h the py.ami. power and the Bi.-Entanglement. The effect on the lower and upper secti.ns of the bi.sensors stacked i. two lay.rs was di.ferent, wi.h a tendency.to i.crease the ampli.ude of the lower lay.r and decrease the ampli.ude of the upper lay.r. 3) The py.ami. power and the Bi.-Entanglement affected the correlati.n coeffi.i.nt between gas concentrati.n and the peri.di. approxi.ati.n curve representi.g the ci.cadi.n rhy.hm of gas concentrati.n. The effect on the lower and upper lay.rs of the bi.sensors was di.ferent, wi.h a tendency.for the lower lay.r correlati.n coeffi.i.nt to be larger and the upper lay.r correlati.n coeffi.i.nt to be smaller. Previ.usly.we demonstrated that the py.ami. power and the Bi.-Entanglement affect the rati. of gas concentrati.n, i.e., psi.i.dex Ψ. i. thi. paper we demonstrate for the fi.st ti.e that the py.ami. power and the Bi.-Entanglement affect ti.e, i.e., phase di.ference.

关键词： Py.ami. Bi.sensor Cucumi. sati.us Ci.cadi.n Rhy.hm Entanglement Gas Season

Potenti.l Power of the Py.ami.al Structure Vi. Py.ami. Effects due to Potenti.l Power and Py.ami. Effects due to Bi.-Entanglement

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Natural Sci.nce 2022年第6期14卷 251-263页

作者： Osamu Takagi.Masami.hi.Sakamoto Ki.i.o kawano Mi.i. y.mamoto i.ternati.nal Research i.sti.ute (i.i. Chiba Japan Aquavi.i.n Academy Chiba Japan

Research on the so-called “py.ami. power” began i. the late 1930s. However, i. general, py.ami. power has been regarded as havi.g no sci.nti.i. basi., so there are very.few sy.temati. papers on py.ami. power other than our academi. research papers. Si.ce October 2007, we have been conducti.g research to experi.entally.eluci.ate the unexplai.ed phenomenon of a py.ami. by.usi.g a py.ami.al structure (PS). There have been two mai. ty.es of experi.ents: (i. an experi.ent to detect the py.ami. effects that appear due to the potenti.l power (py.ami. power) that the PS i.herently.has;and (i.) an experi.ent to detect the py.ami. effects that appear when a test subject medi.ates i.si.e the PS. To detect the py.ami. effects, bi.sensors wi.h evenly.cut cucumber frui.s, Cucumi. sati.us, were used. As a result of analy.i.g the concentrati.n of volati.e components emi.ted from the bi.sensors, we demonstrated the exi.tence of py.ami. power near the PS apex and di.covered that the PS has the functi.n of converti.g the unexplai.ed energy.of the medi.ator test subject. The research results so far have been reported as eleven ori.i.al papers, three comprehensi.e reports, and one book chapter. We reported the phenomenon of the entanglement between bi.sensors i. parts i. and V of the paper seri.s, “Potenti.l Power of the Py.ami.al Structure”. Furthermore, we clari.i.d that the i.fluence of the entanglement i. i.cluded i. the psi.i.dex Ψ, whi.h i. an i.dex of the magni.ude of the py.ami. effects. The purpose of the present paper was to separate and analy.e the psi.i.dex Ψ i.to the effect of the potenti.l power of the PS and the effect of the entanglement between bi.sensors (we have named thi. as the Bi.-Entanglement). To do thi., we placed bi.sensors at the PS apex i. two lay.rs. The value of the py.ami. effect on the bi.sensors i. the upper lay.r was alway. larger than that i. the lower lay.r. We found that thi. was mai.ly.due to the potenti.l power of the PS. We also found that the fac

关键词： Py.ami. Potenti.l Power Entanglement Bi.sensor Cucumi. sati.us Gas Psi.i.dex

Seasonal Changes i. the Ci.cadi.n Rhy.hm of Gas Released from Harvested Cucumbers

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Natural Sci.nce 2022年第11期14卷 503-516页

作者： Osamu Takagi.Masami.hi.Sakamoto Ki.i.o kawano Mi.i. y.mamoto i.ternati.nal Research i.sti.ute (i.i. Chiba Japan Aquavi.i.n Academy Chiba Japan

Vegetables and frui.s are known to have long-lasti.g bi.logi.al reacti.ns even after harvesti.g. Volati.e components may.be released as a bi.logi.al response to sti.ulati.n or i.jury. We measured the concentrati.ns of volati.es released from the cut surfaces of cucumbers after thei. harvest and analy.ed the relati.nshi. between the ti.e the cucumbers were cut and gas concentrati.ns. The results showed that gas concentrati.ns i.di.ate a ci.cadi.n rhy.hm. We previ.usly.reported that the ci.cadi.n rhy.hm of gas concentrati.ns was 6 hours per cy.le i. the summer, i.e., from the vernal equi.ox to the autumnal equi.ox, and 24 hours per cy.le i. the wi.ter, i.e., from the autumn equi.ox to the vernal equi.ox. We analy.ed the gas concentrati.ns emi.ted from cucumber secti.ns i. more detai. i. thi. paper and found that the ci.cadi.n rhy.hms di.fer among wi.ter, spri.g, summer, and autumn seasons. We found that one cy.le of the ci.cadi.n rhy.hm was 8 hours i. wi.ter, 6 hours i. spri.g, 24 hours i. summer, and a mi.ed cy.le of 24 and 12 hours i. autumn.

关键词： Cucumi. sati.us Bi.sensor Ci.cadi.n Rhy.hm Season Gas Py.ami.

Potenti.l Power of the Py.ami.al Structure i.i. Di.covery.of Py.ami. Effects wi.h and wi.hout Seasonal Vari.ti.n

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Natural Sci.nce 2020年第12期12卷 743-753页

作者： Osamu Takagi.Masami.hi.Sakamoto Hi.eo y.i.hi.Ki.i.o kawano Mi.i. y.mamoto i.ternati.nal Research i.sti.ute (i.i. Chiba Japan Aquavi.i.n Academy Chiba Japan

Si.ce October 2007, we have been conducti.g ri.orous sci.nti.i. research on the unexplai.ed “power” of a py.ami.al structure (PS). From our research results so far, we could classi.y.the py.ami. effects by.the PS i.to the followi.g two ty.es. (i. The py.ami. effects i. whi.h the PS converted the test subject’s unexplai.ed energy.to affect bi.sensors when the test subject entered the PS and medi.ated. (i.) The py.ami. effects i. whi.h the potenti.l power of the PS affected biosensors if the test subject hady.e="font-fami.y.Verdana;"> not been i.si.e the PS for at least 20 day. and the test subject’s unexplai.ed energy.was excluded. i. thi. paper, we report new results regardi.g (i.). As a result of di.i.i.g a y.ar accordi.g to the four seasons of wi.ter, spri.g, summer, and autumn and analy.i.g the py.ami. effect of each peri.d, the followi.g poi.ts were found. 1) There was a py.ami. effect wi.hout seasonal vari.ti.n. The py.ami. effect on the lower and upper lay.rs was di.ferent throughout the y.ar for the bi.sensors placed at the PS apex i. two lay.rs, regardless of the season. 2) There was a py.ami. effect wi.h seasonal vari.ti.n. The value of the psi.i.dex, whi.h i.di.ates the magni.ude of the py.ami. effect, changed as the seasons changed, whi.e di.ferent py.ami. effects were mai.tai.ed on the lower and upper lay.rs. Regardi.g the change i. the py.ami. effect dependi.g on the season, the psi.i.dex i. summer was larger than that i. wi.ter i. both the lower and upper lay.rs. From these results, we found that there are two ty.es of potenti.l power at the PS apex: seasonal potenti.l power and non-seasonal potenti.l power.

关键词： Py.ami. Potenti.l Power Medi.ati.n Non-Contact Effect Seasonal Vari.ti.n Bi.sensor Cucumi. sati.us Gas Psi.i.dex

Potenti.l Power of the Py.ami.al Structure i.

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Natural Sci.nce 2020年第5期12卷 248-272页

作者： Osamu Takagi.Masami.hi.Sakamoto Hi.eo y.i.hi.Ki.i.o kawano Mi.i. y.mamoto i.ternati.nal Research i.sti.ute (i.i. Chiba Japan Aquavi.i.n Academy Chiba Japan

Research on “py.ami. power” began i. the late 1930s. To date, many.documents on “py.ami. power” have been publi.hed. We have been conducti.g sci.nti.i. research on the unexplai.ed “power” of a py.ami.al structure (PS) si.ce October 2007. The research focuses on the detecti.n of a non-contact effect of the unexplai.ed “power” of the PS on bi.sensors (i.e., edi.le cucumber secti.ns of Cucumi. sati.us “whi.e spi.e ty.e”) placed at the top of the PS. i. thi. paper, i. parti.ular, we compared the non-contact effect of upper and lower bi.sensors placed i. two lay.rs on the PS apex, and we analy.ed the di.ference of the non-contact effect due to the di.ference i. the lay.rs. The magni.ude of the non-contact effect was represented by.the cali.rated psi.i.dex Ψ(E-CAL) calculated from gas concentrati.ns emi.ted from the bi.sensors. A method to determi.e the presence or absence of the non-contact effect by.analy.i.g the gas concentrati.ns was developed by.the i.ternati.nal Research i.sti.ute (i.i.. Ψ(E-CAL), whi.h represents the magni.ude of the non-contact effect, was the average value of the respecti.e non-contact effect of the upper and lower bi.sensors stacked i. two lay.rs on the PS apex. We conducted the analy.i. on the assumpti.n that the non-contact effect on the upper and lower bi.sensors mi.ht be di.ferent. Therefore, we consi.ered that upper and lower bi.sensor cali.rati.n was requi.ed for Ψ(E-CAL), and we i.troduced a new cali.rated psi.i.dex Ψ(E-CAL)Lay.r. Sci.nti.i.ally.ri.orous experi.ents to date have detected Ψ(E-CAL) wi.h stati.ti.al si.ni.i.ance and have demonstrated potenti.l power of the PS (p = 6.0 × 10-3;Welch’s t-test, two-tai.s, the followi.g p values are also the Welch’s t-test values). Based on data demonstrati.g the potenti.l power of the PS, we analy.ed the non-contact effects on the upper and lower bi.sensors of the PS apex. We obtai.ed a surpri.i.g result that the non-contact effect on the upper bi.sensors (farther from the PS) was larger than th

关键词： Py.ami. Potenti.l Power Medi.ati.n Unconsci.usness Non-Contact Effect Delay Bi.sensor Cucumi. sati.us Gas