МАТЕРИАЛЫ ПО ПТИЦАМ ЮЖСНОЙ ЧАСТИ ПРОВИНЦИИ ЮНЬНАНЬ(К.Н.Р.).СООБЩЕНИЕ Ⅰ.

HoeT。、呱a、:TaT‘。:B几只e丁e几npe及。ap“丁e刁hH压M Pe3)一几bTaT伪1 06阳面TK”叨e丁圣,吻几:I::。自、:。几几eKT;闭。几TH[工,eoo6PaoHo行B泊HbHa“H 0 1956 r.yqaeTTToRaMHK;zTa盛eKo·co巳。TeKo盛、:。o月oro一石盯aH“呵eeKo盛,Ke月e双H双圣一壬1.乡鱿ene八“从11只6石了刀a opraHH3o6口Ha AKa·皿e、;1 le一l蛋a冬K Kl{P口p认乡勺aeT朋COBe丁cKnx 500几oroa工一OoTaH”Ko日.1〕a6oT乡朗刀‘x几Bao丁p。八a一“。以;,oHoP日仗认,6a3HP叱aB川“社e兄(。、,ae一“幻He);,a ee月.以3“H八yH,pac“朋O…     

遗传学第一个十年中的W.贝特森

在遗传学的第一个十年间,贝特森在捍卫、诠释、发展和推广孟德尔理论中作出了杰出贡献。他和孟德尔一样,是超越其时代的人。 Abstract：During the first decade of the history of genetics,B ateson made a notable contribution to the defending,interpreting,developing and spreading of Mendels laws.He,like Mendel,was ahead of his time.     

НОВЫЙ ВИЗЕЙСКИЙ РОД СПИРИФЕРИД-Grandispirifer gen.nov.

MaTePHa几oM八月只HaeTo兄以e盆CTaTbHCo6PaHHa只aBToPoMBnoe几y水H几a 60刀b山a月Ko月几eK以H月enHPH中ePH几,C“Hb双sRH KHP. BPaxHono几曰rg,7 ro八y Ha eeBePHoM eK加He xPe6Ta BoPoxoPo npoB“HuHH6仪几”eo6PaH汉xz3丁eMHo一eeP卜Ix丁oHKo3epxlHeT曰x H3BeeTI王只KoB万让1水IJerO116占生物学报7卷RaP6oHa,eo八eP水a以“x由几b比oe Ko几H叨eTBo Pyro3,RoToP曰e 6H几H onPe双e刀eH从T.A.八o6P邸旧6oBo直”H.B.Ka6aKoBHq.Pyro3H nPe八CTaB几eH曰:c侈。inia ex.gr.s夕umo,aGorsky,Ca刀i牡i“…     

贵州灵芝科Ⅳ.

本文报道贵州灵芝科(Ganodermataceae)灵芝属(Ganoderma)2种,1.多分枝灵芝Ganoderma ramosissimum Zhao;2.任氏灵芝Ganoderma renii He,sP.nov.上述研究标本保藏在贵州科学院生物研究所真菌标本室(HMBAG)。     

Academician of Academia Sinica:Biographical Sketch of Prof.C.L.Tsou(Chenglu Zou)

C.L.Tsou( Chenglu Zou) was born on May 1 7,1 92 3in Jiangsu,China.He received his B.Sc.in1 945from the chemistry department of The National Southwest Associated University in Kunming andwas awarded a Ph.D.( Biochemistry) from the University of Cambridge,England in 1 951 .He was aResearch Associate then Professor and Head of Enzyme Division of the Shanghai Institute of Biochemistry,Academia Sinica.He moved to Beijing in1 970 to the Institute of Biophysics and was its Deputy Direc…     

云南瓶尔小草属一新种

Ophioglossum yongrenense Ching ex Z. R. He et W. M. Chu, sp. nov.Species nova aspectu inter O. kawamuram Tagawa et O. parvum Nishida et Kurita Japonicae, differt a priore frondibus pro parte laminis sterilibus praeditis (in illa frondibus omnino laminis sterilibus non praeditis), a posteriore frondibus pro parte laminis sterilibus non praeditis (in O. parvo Nishida et Kurita frondibus omino laminis sterilibus praeditis).……     

云南瓶尔小草属一新种

永仁瓶尔小草 新种 图1Ophioglossum yongrenense Ching ex Z. R. He et W. M. Chu, sp. nov.Species nova aspectu inter O. kawamuram Tagawa et O. parvum Nishida et Kurita Japonicae, differt a priore frondibus pro parte laminis sterilibus praeditis (in illa frondibus omnino laminis sterilibus non praeditis), a posteriore frondibus pro parte laminis sterilibus non praeditis (in O. parvo Nishida et Kurita frondibus omino laminis sterilibus praeditis).Planta minor, gracilis, 2-9 cm alta, petiolo co…     

Identification of Suspected ABO Subtypes by Genotyping Kits

The aim of study is to use erythrocyte ABO genotyping to assist serological typing in the identification of suspected ABO subtypes. Nine samples with discrepancies in ABO serological forward and reverse typing were subjected to ABO 6–7 exon sequencing, and their respective results were cisAB01O1, Bw12O2, Ael05B, Bel03O1, Ael05O1, B(A)04O1, B(A)02O1, and two cases of O1O2 weak antibody for the reverse typing test. The ABO genotyping and serological ABO forward and reverse typing were combined for subtype identification. In the results of ABO genotyping, cisAB and B(A)04 are only found B gene in genotyping, thus the presence of A subtype B was excluded. The samples with a weak antibody for serological O type in reverse typing were tested ABO genotyping to exclude subtype A or B. We summarized a combination of ABO genotyping and serological typing can be used for identification of suspected ABO blood groups.     

O.S.S浅谈

Oncology Support System是荷兰PHI LIPS公司O.S.S的全称。这是一台在Treatment Planning System(T.P.S治疗计划系统)基础上发展而成、辅助CT诊断、设计三维放射治疗的专用计算机系统。我院放射治疗科于84年完成了SL 75—20医用电子直线加速器、模拟定位机、O.S.S等设备的安装     

黄曲霉毒素B_1的免疫检测Ⅰ.抗原的制备

黄曲毒素B1（aflatoxinB1,简称AFB1）抗原的制备是AFB1免疫检测研究的第一步。研究了回流温度和时间对黄曲霉毒素B1肟（aflatoxinB1oxime,简称AFB1O）产生的影响,通过统计分析得到85℃,回流2hAFB1O的产率最高,为89％。在此基础上进一步研究了AFB1O与载体蛋白─-牛血清蛋白（BSA）反应的起始摩尔比对产物摩尔比的影响,随着反应起始摩尔比的增加,产物的摩尔比也稍有增加,但是增加幅度不显著,而AFB1O的利用率则随着起始摩尔比的增加而减少。选择20∶1为AFB1O与牛血清蛋白BSA的反应起始摩尔比,得到摩尔比为6．3∶1的AFB1O与BSA的连接物。     

SHA.LIN评分和S.T.O.N.E评分对经皮肾镜取石术结石清除率的预测价值比较

目的:比较SHA.LIN评分和S.T.O.N.E评分对经皮肾镜取石术结石清除率的预测价值。方法:选择我院于2016年1月-2017年12月期间行经皮肾镜取石术患者67例为研究对象,在术前对所有患者进行SHA.LIN评分和S.T.O.N.E评分。根据手术结果将患者分为结石清除组(n=49)和结石残留组(n=18),对两组患者的一般资料、SHA.LIN评分、S.T.O.N.E评分进行统计对比。采用多因素Logistic回归分析方法分析患者术后结石残留的影响因素。采用绘制ROC曲线的方法分析SHA.LIN评分和S.T.O.N.E评分对结石清除率的预测结果的敏感性和特异性。结果:67例患者术后结石清除者49例、结石残留者18例,结石清除率为73.13%。结石残留组患者手术时间、术中失血量、住院时间、结石最大截面积、最大累积截面积、结石解剖分布肾盂的发生率、受累肾盏数均高于结石清除组,穿刺通道长度低于结石清除组(P0.05)。结石清除组患者的SHA.LIN评分、S.T.O.N.E评分均低于结石残留组(P0.05)。经多因素Logistic回归分析显示,手术时间、术中失血量、SHA.LIN评分、S.T.O.N.E评分、受累肾盏数是结石残留的影响因素(P0.05)。通过绘制ROC曲线可知,SHA.LIN评分的敏感性为91.25%、特异性为89.12%、曲线下面积(AUC)为0.912(95%CI 0.869~0.948);S.T.O.N.E评分的敏感性为78.75%、特异性为84.24%、AUC为0.782(95%CI 0.690~0.871)。结论:经皮肾镜取石术患者结石清除率与SHA.LIN评分、S.T.O.N.E评分明显相关,两种评分系统均能预测患者的结石清除率,但SHA.LIN评分的敏感性、特异性高于S.T.O.N.E评分。     

СПИРИФЕРИДЫ НИЖНЕДЕВОНСКИХ И ЗЙФЕЛЬСКИХ ОТЛОЖЕНИЙ ЮЖНОЙ ЧАСТИ ΓУАНСИ

B HH水He一RO几bRO BH八OB“ePe几Ee双eBoHeKHxo”咪eHn只x刃水Horo助Ta分月aBHo”sBeeTHo Hee-cnHPH中ePH八,O朋eaHH只“BaH一10益Hx 6H几He八e丑aH曰八涯HHHH益eMNqHN益Kpa益H nP只MNe Pe6Pa.(1546),MaHe。幻(1908,1912),TPe6o(1931)(195多,19弓6). HMeIOI」JI4XKoHHHKoMHaH6o刀eeMH0roqHC几eHHbIMH H3 HHXe五e己c左萝。1 Kon.HS夕.to。及i。口,万了onHCb1Ba幻TC只3K3eMn几只Pbl HeMansuy·no八3THMH Ha3BaHn只MHTO几bKO H3XOT只CHCTeMaTHRaHHaCTO只坦ero BPeMeHHeTP盯HrPa中Hq…     

СТРОЕНИЕ И ДВИЖЕНИЕ АРЕАЛА ВИДА ЖИВОТНЫХ

OcHoBHM oekToM ooreorpaecKoo cceoBaH BeTc apea BaBoTHx. OHaKo, Teop apeaa Ba. BoTHX papaoTaHa ee Mao. PaHeoHT, CBaHHe c. apeaoM Ba, B oHCTBe CBoeM copMypoBaH Heo-caToHo eTKo a coepaHe oTeHx oHT acTo poTBopeT coepaHpyrx. oHT. B To e BpeM TeopeTecKoe oocHoBaHe aBHex oHT,oTHocxca K apeay Ba, BaHo He ToKo ooreorpa, Ho H MHoxpyx paeoB oo, ocoeHHo Koo, ccTeMaTK, oreH p-aHX paenoB oo.     

“In front of patients,I will always be a pupil.”Dr.Xiaoqian Zhang:the founder of the modern Chinese gastroenterology

Dr.Xiaoqian Zhang(张教骞,Hsiao-Chien Chang)was an outstanding clinician,therapist and medical educator,a member of the Academic Divisions of the Chinese Academy of Sciences,he is considered to be the founder of the modern Chinese gastroenterology(PUMCH,1988).As a doctor,he made a systemic and deep research on human blood volume,gastric secretion function,peptic ulcer disease,gastric ulcer and gastric cancer,celiac tuberculosis,amoebic dysentery,ulcerative colitis and so on.He diagnosed and treated multiple intractable diseases.As an educator,he emphasized the training of clinical basic skills,urged students to grasp the utilization of science in study and work.He trained a large number of talents for Chinese medicine.     

БИОЛОГИЧЕСКИЙ МЕТОД БОРЬБЫ С ВРЕДИТЕЛЯМИ БСССР.

epBe, KoHoMecK cyecTBeHe, paKTecKe peybTaT B opbec BpeHM HaceKoMM c oob ooecKx aeHTOB oyeHB CCCP noce OKTpbcKo peBo. Haao o ooeHO paoTaMBcecoHoo HCTTyTa aT pacTeH B 1931 oy. oBceMecTHM yce-xoM copoBOaac HTpoyK, aKKMaTa, pacceeHe xHoo     

НЕКОТОРЫЕ СИЛУРИЙСКИЕ И ДЕВОНСКИЕ СТРОМАТОПОРОИДЕИ И КОРАЛЛЫ ИЗ РАЙОНА ЛУШАНЯ ВОСТОЧНОЙ ЧАСТИ ПРОВИНЦИИ ГУЙЧЖОУ

月eToM 1956 ro八a HH水eHePbx一reo几orH BaH 103一几yHb,q水aH r3H一IO益H双P.IIPoBo双x了JIHMaPmpyTllble Pa6oTbl B pa益oHax几y一川aHb一B阳一e只Hb BoeToqHo益叮aeTH nPoB”H以HHFy汤q水oy no PeB“3“;,MeeToHaxo水八eH;,益6HTyMoBI,八PyrHx nPH3HaKoB He中TeHoeTHeo八HoBPeMeHHbIM H3yqeHHeM eTPaTxlrPa中;,H 3THx Pa益。:loB.H3T即坦,HMe幻坦Hx nPH3HaKHxxe中TeHoeHoeTx,,oHH eO6Pa几H MHoroqHcJle,I,{ble oKaMeHe月oeTH 6PaxHono八H KoPa几丑oB.B ToM水e ro只y H3 He中Teno;…     

泡沙参复合体(桔梗科)的物种生物学研究 Ⅳ. 等位酶水平的变异和分化

利用聚丙烯酰胺凝胶电泳技术,对采自泡沙参复合体整个分布区的15个天然居群进行了等位酶 分析。7种酶系统共10个等位酶基因位点的检测表明,本复合体植物具有高水平的遗传变异性,居群 水平上的遗传多样性指标分别为:多态位点百分率P=0.40～0.70,等位基因平均数A=1.5～2.5,平 均期望杂合度He=0.102～0.291。3个类群在居群水平上的平均多样性水平由高至低依次为;A． wawreana(A=2.10,P=0.63, He=0.237),A．lobophylla(A=1.85,P=0.60,He=0.204)和A． potaninii(A=1.83,P=O.60,He=0.188)。居群遗传结构和交配系统的分析表明,本复合体植物的大 部分遗传变异存在于居群之内,Fst=0.176(A．wawreana)和0.115(A．potaninii),并以异交为主,异 交率估计值分别为t=0.86(A．wawreana),0.74(A．potaninii)和0.63(A．lobophylla),这是本复合 体植物具有丰富遗传变异的主要原因之一。根据15个居群的遗传一致度(I)值进行聚类分析发现, 15 个居群可分为明显的2支,由A．lobophylla 2个居群构成的一支与由A. wawreana 和A．potaninii 13 个居群构成的一支在遗传上的分化十分明显,而6个A．wawreana 居群和7个A．potaninii 居群间的 遗传差异不明显,是两个分化不充分的类群。因此,本文的等位酶证据说明,A．lobophylla是遗传上独立的好种,同时不支持将A．wawreana 和A. potaninii 分别作为独立种的处理。     

In memory of Professor Biao Ding(1960–2015)

<正>It is with profound sadness that we mourn the loss of Dr.Biao Ding,a full-professor in the Department of Molecular Genetics,Ohio State University(OSU),and a world-renowned plant biologist with leading authority in viroid research.He died suddenly on June 26,2015 in Prague,Czech Republic,while attending the International Conference on Viroids and Viroid-Like RNAs as a Keynote Speaker.Dr.Ding was born in 1960,in Kunming,Yunnan Province,China.He received his B.S.from Beijing Forestry University in1982,and was then selected as one of the first group of     

冰片提取物对沙眼衣原体感染HeLa细胞CT703及CT259表达的影响

目的:探究冰片提取物对沙眼衣原体感染后的He La细胞模型CT703和CT259表达的影响。方法:将成功建立的40例感染L2血清型沙眼衣原体的人宫颈癌上皮(He La)细胞模型随机分成A、B两组,分别添加冰片提取物和等剂量生理盐水。观察感染后He La细胞模型的包涵体数目及大小、RNA抽提结果完整性以及CT70与CT259的表达变化。结果:染色后的40例受沙眼衣原体感染的He La细胞模型体内均发现包涵体,在同一时间点B组细胞内包涵体比A组大,且数目比A组多(P0.05);两组提取的总RNA的OD值均在1.8~2.0之间,通过RNA凝胶电泳结果可清楚发现28S、18S及5S条带;同一时间点CT259和CT703扩增产物的平均灰度值比较,A组感染后He La细胞模型样本基因表达量低于B组,差异具有统计学意义(P0.05)。结论:冰片提取物能够有效降低经沙眼衣原体感染的He La细胞模型中CT703与CT259基因表达量。     

БРАХИОПОДЫ ДЕВОНА СЕВЕРО-ВОСТОЧНОΓО КИТАЯ

1 .BBe八eH“eflePB仪e on“eaH“只八eBoHeKHx 6PaxHono八K“Ta月6bIJIHe八eJIaHb一oqeHb双aBHo,o八I:aKo B eTaP以x Pa6oTax KoHHHKa,从aBH八eoHaJIHLLIb Pa3Po3HeHHblx o6Pa3玖oB,nP”qeM,HeKoToPbleHH3Ka众3ePa 6bl几oe双e几aHoHHx 6br刀“He co6PaH曰BoflHCaHHe06Ha万e-I{HHqTOH3nP“o6PeTeH曰B anTeKe,r及e oH“nPo八aBa月Heb KaK JleKaPeTBo.EeTeeTBeHHo,TaKoM enoeo6e e6oPa qaeTo oeTaBa几“cb He只cHbIM“MeCTO Haxo八oK“roPH3oHT,KOTOP0ro B 1931nPO“cxo八只T oKaMeHe…