?amygdaloid

amygdaloid 發(fā)音

英：[??m?ɡd??l??d]　　美：[??m?ɡd??l??d]

英：　　美：

amygdaloid 中文意思翻譯

amygdaloid 常用詞組

amygdaloid nucleus ─── 杏仁核；扁桃狀核；杏仁巢

amygdaloid 短語(yǔ)詞組

1、amygdaloid nuclei ─── 杏仁核；扁桃狀核； ─── 杏仁巢

2、amygdaloid tubercle ─── [醫] 杏仁核結節

3、amygdaloid body ─── 杏仁體

4、amygdaloid complex ─── [醫]杏仁體

5、amygdaloid fossa ─── [醫] 扁桃體窩

6、amygdaloid nucleus ─── [醫]杏仁核：同corpus amygdaloideum

amygdaloid 相似詞語(yǔ)短語(yǔ)

1、amygdal ─── 杏仁核

2、amygdalin ─── n.苦杏仁甙；[生化]扁桃苷

3、amygdale ─── n.杏仁孔

4、amygdaloidal ─── adj.杏仁巖的；杏仁狀的（等于amygdaloid）

5、amygdalate ─── adj.巴旦杏的；杏仁的

6、amygdalae ─── n.扁桃腺；扁桃

7、amygdalic ─── 杏仁體

8、amygdala ─── n.[解剖]杏仁核；扁桃腺；苦巴旦杏

9、amygdaloids ─── adj.杏仁狀的；似杏仁巖的；n.杏仁巖；扁桃核

amygdaloid 常見(jiàn)例句（雙語(yǔ)使用場(chǎng)景）

1、Destruction of the anterior amygdaloid area caused an ipsilateral decrease of NPY-IR fibers in the lateral and basolateral amygdaloid nuclei. ─── 免疫熒光的染色顯示部分細胞同時(shí)呈神經(jīng)肽Y免疫反應陽(yáng)性;

2、The role and mechanism of basolateral amygdaloid nucleus (BLN) in sleep and wakefulness were investigated with polysomnography (PSG) in rats. ─── 應用多道睡眠描記術(shù)（PSG）研究大鼠基底外側杏仁核（BLN）在睡眠－覺(jué)醒調節中的作用與機制。

3、Keywords amygdaloid body/drug effects;kainic acid/pharmacology;glutamic acid/pharmacology; ─── 杏仁核/藥物作用;紅藻氨酸/藥理學(xué);谷氨酸/藥理學(xué);

4、Distribution of NOS Positive Neurons in the Afferent Pathway of Cortical Amygdaloid Nucleus of Rats ─── NOS在大鼠杏仁皮質(zhì)核傳入神經(jīng)元內的分布

5、Aim: To research the influence of noxious stimuli on the electric activities of pain related neurons in several subnuclei of Amygdaloid Nucleus in rats. ─── 目的:研究傷害性刺激對大鼠杏仁核簇中各亞核痛反應神經(jīng)元電活動(dòng)的影響。

6、Evidence for the involvement of projection from medullary visceral zone to central amygdaloid nucleus in the anti-epileptic function of vagus nerve stimulation ─── 延髓內臟帶至杏仁核投射通路參與迷走神經(jīng)刺激抑制癲癇發(fā)作的研究

7、branches of amygdaloid body ─── 杏仁體支

8、Cross-sectional anatomy of hippocampal formation and amygdaloid body in human ─── 人腦海馬結構與杏仁體的斷面解剖

9、amygdaloid tubercle of Schwalbe ─── Schwalbe(氏)杏仁核結節

10、Effect of exogenous motilin in amygdaloid nucleus on gastric motility and its underlying mechanism in rats ─── 杏仁核外源性胃動(dòng)素對大鼠胃運動(dòng)的調節作用及機制

11、anterior area of amygdaloid body ─── 杏仁體前區

12、anterior amygdaloid area ─── 杏仁前區

13、amygdaloid nucleus; ─── 杏仁核；

14、Research on Changes of the Nitric Oxide Synthase-positive Neurons in Medial Cortical Amygdaloid Nuclei of Rats under Stress of Exercise-induced Fatigue ─── 疲勞應激大鼠杏仁皮質(zhì)內側核群一氧化氮合酶陽(yáng)性神經(jīng)元的變化

15、Effects of topiramate on the kindling process and threshold and duration of the after discharge in amygdaloid nucleus of rat model ─── 托吡酯對大鼠點(diǎn)燃過(guò)程及杏仁核后放電的影響

16、In the amygdaloid body and the globus pallidus, the capillary meshes have the similar form, more sparse, and the aperture is wider; ─── 基底神經(jīng)節的殼核、尾狀核、屏狀核內血管網(wǎng)形態(tài)相似且較密,網(wǎng)孔較小。

17、Keywords nicardipine;calcium channel blockers;amygdaloid body;kindling （neurology）;electric stimulation;GABA;epilepsy; ─── 尼卡地平;鈣通道阻滯藥;杏仁核;點(diǎn)燃效應（神經(jīng)病學(xué)）;電刺激;GABA;癲癇;

18、Keywords halothane;patch clamp;supraoptic nucleus;central amygdaloid nucleus;rat; ─── 氟烷;膜片鉗;視上核;杏仁中央核;大鼠;

19、Results From the up end to the low end of the amygdaloid body,we obtained 72 clear digital photographs. ─── 結果從杏仁體出現到消失,共獲得72張高清晰數碼照片。

20、ventral amygdaloid pathway ─── 杏仁腹側通路

21、Conclusion The mill-like technique and 8.2 mega pixels digital photograph can display amygdaloid body, hippocanipal formation and lateral ventricle clearly. ─── 結論薄層冰凍銑切技術(shù)和820萬(wàn)相素數碼照片能清晰顯示杏仁體、側腦室和海馬結構的位置關(guān)系及形態(tài)變化。

22、Effect of Different Frequencies of Electroacupuncture on Somatostatin mRNA Expression in Rats'Amygdaloid Nucleus ─── 不同頻率電針對大鼠杏仁核內生長(cháng)抑素mRNA表達的影響

23、Keywords epilepsy;kindling;electroencephalogram;basolateral amygdaloid nucleus;rat; ─── 癲癇;點(diǎn)燃;腦電圖;杏仁基底外側核;大鼠;

24、To understand the relationship of neurotransmitter between the striatum and limbic system such as amygdaloid nucle-us and bed nucleus of the stria terminalis. 30 male Sprague Dawley rats were used. ─── 為了解大鼠紋狀體內的神經(jīng)活性物質(zhì)與邊緣系統重要結構杏仁核和終紋床核內相應神經(jīng)活性物質(zhì)之間的關(guān)系。

25、Conclusion: Auditory cortex receives the neural projection from the ipsilateral amygdaloid nucleus in rats. ─── 結論：大鼠聽(tīng)皮層接受同側杏仁復合體的神經(jīng)投射。

26、The distribution of Cx32 in cortex, hippocampus and amygdaloid nucleus increased in PTZ-induced epileptic rats, but Cx32 decreased in CBX+PTZ group. ─── Cx32在PTZ引起的癲癇大鼠的大腦皮層、海馬和杏仁核內是增加的,而CBX預處理后的癲癇模型中Cx32卻降低了。

27、Effect of Different Frequencies of Electroacupuncture on Somatostatin mRNA Expression in Rats'Amygdaloid Nucleus ─── 不同頻率電針對大鼠杏仁核內生長(cháng)抑素mRNA表達的影響

28、Single unit recording was used to examine the effects of electrical stimulation of the central amygdaloid nucleus (CeA) on taste neurons in the parabrachial nucleus (PBN). ─── 利用電生理學(xué)方法觀(guān)察了電刺激杏仁中央核對腦橋臂旁核味覺(jué)神經(jīng)元的影響。

29、amygdaloid tubercle ─── [醫] 杏仁核結節

30、Keywords parabrachial nucleus;gustatory neuron;central amygdaloid nucleus;electrical stimulation; ─── 臂旁核;味覺(jué)神經(jīng)元;杏仁中央核;電刺激;大鼠;

31、Keywords Lateral septum;Central amygdaloid nucleus;Corticotropinrelasing factor;substance P;Pressorresponse; ─── 外側隔;中央杏仁核;促腎上腺皮質(zhì)激素釋放因子;P物質(zhì);升壓反應;

32、amygdaloid body ─── 杏仁體

33、Keywords central amygdaloid nucleus;electrolytic lesion;preference;rat; ─── 杏仁中央核;電損毀;欣快反應;大鼠;

34、medial amygdaloid necleus ─── 杏仁內側核

35、Keywords Amygdaloid;Auditory cortex;Acoustic stimulation;Electric stimulation;Reactive inhibition; ─── 杏仁核;聽(tīng)覺(jué)皮質(zhì);聲刺激;電刺激;反應抑制;

36、The Fiber Projection and Physiological Significance of the Medial Amygdaloid Nucleus ─── 杏仁內側核的纖維投射與功能

37、but the capillary meshes in the amygdaloid body is more dense than in the globus pallidus. ─── 杏仁核、蒼白球的血管網(wǎng)形態(tài)較相似且較稀疏,網(wǎng)孔較大,但杏仁核比蒼白球密。

38、Ultrastructural observation on indirect connection pathway between solitary tract nucleus-, parabrachial nucleus- and central amygdaloid nucleus in the rat ─── 大鼠孤束核-臂旁核-中央杏仁核間接纖維聯(lián)系的超微結構觀(guān)察

39、The Inhibitory Effect of Alcohol on Seizure Activity in Amygdaloid Kindled Rats ─── 乙醇對大鼠杏仁核點(diǎn)燃的抑制作用

40、Results From the up end to the low end of the amygdaloid body, we obtained 72 clear digital photographs. ─── 結果從杏仁體出現到消失，共獲得72張高清晰數碼照片。

41、Projection from amygdaloid complex to auditory cortex in rats ─── 大鼠杏仁復合體向聽(tīng)皮層的神經(jīng)投射

42、Keywords Acetylcholine;Lateral septum;Central amygdaloid nucleus;Pressor response;Emotion;Stress; ─── 乙酰膽堿;外側隔;中央杏仁核;升壓反應;情緒;壓力;

43、Influences on astrocyte in rat amygdaloid complex during spatial learning and memory ─── 空間辨別性學(xué)習記憶活動(dòng)對大鼠杏仁復合體內星形膠質(zhì)細胞的影響

44、medial amygdaloid(nucleus) ─── 內側杏仁(核)

45、Objective To investigate the effects of microinjection of pentobarbital sodium into basolateral amygdaloid nucleus(BLA) on sleep and behavior. ─── 目的觀(guān)察基底外側杏仁核(BLA)內注射戊巴比妥鈉對睡眠和行為的影響。

46、Effects of destruction and excitation of basolateral amygdaloid nuclei on behavioral activity in rats ─── 損毀和興奮基底外側杏仁核對大鼠行為活動(dòng)的影響

47、Objective To investigate the effects of microinjection of morphine and naloxone into basolateral amygdaloid nucleus(BLA) on sleep of rat. ─── 目的觀(guān)察基底外側杏仁核(BLA)內注射嗎啡和納絡(luò )酮對大鼠睡眠的影響。

48、Keywords amygdaloid complex;auditory cortex;projection;rat; ─── 杏仁復合體;聽(tīng)皮層;投射;大鼠;

49、Amygdaloid body is superior to the anterior end of inferior horn of lateral ventricle. ─── 杏仁體位于側腦室下腳前端的上方......

50、Methods Electrophysiology whole cell patch clamp technique was employed to record the electrical activity of fourty amygdaloid nucleus in rat slice preparations. ─── 方法在40例小鼠腦薄片標本上對杏仁核簇神經(jīng)元進(jìn)行電生理全細胞膜片箝記錄。

51、Inhibitory effect of lateral amygdaloid nucleus on the sustained response of neurons in auditory cortex of rats ─── 大鼠杏仁外側核對聽(tīng)皮層神經(jīng)元持續性反應的抑制性影響

52、Objective To study amygdaloid body,hippocampal formation and lateral ventricle in thin cross section of brain to provide the anatomy knowledge for clinic. ─── 目的觀(guān)察杏仁體、側腦室和海馬結構在腦的薄層橫斷面上的表現及變化,為影像學(xué)提供解剖學(xué)依據。

53、amygdaloid nucleus ─── 杏仁核

54、HABENULA PARTICIPATES THE VASOPRESSOR RESPONSE BY STIMULATION OF THE INSULAR CORTEX, CENTRAL-, LATERAL AMYGDALOID NUCLEUS RESPECTIVELY ─── 韁核介導刺激島葉、杏仁中央核引起的升壓反應

55、[6]Xiong KR,Xiong KP,Qi Q,et al.Distribution of nitric oxide synthase-positive neurons in nuclei of amygdaloid complex in rat[J].Sichuan Journal of Anatomy,1996,4(2):65-67. ─── 熊克仁,熊克品,齊瓊,等.杏仁核簇一氧化氮和酶陽(yáng)性神經(jīng)元的分布[J].四川解剖學(xué)雜志,1996,4(2):65-67.

56、Keywords posttraumatic stress disorder;central amygdaloid nucleus;glucocorticoid receptors; ─── 應激障礙;創(chuàng )傷后;杏仁中央核;糖皮質(zhì)激素受體;

57、Role of the rostral ventrolateral medulla in pressor response of central amygdaloid nucleus due to glutamate in rats ─── 延髓頭端腹外側區在谷氨酸鈉興奮中央杏仁核升壓效應中的作用

58、Arrhythmia could be elicited by electrical stimulation of amygdaloid complex. ─── 電刺激杏仁復合體能誘發(fā)心律失常。

59、Role of the rostral ventrolateral medulla in pressor response of central amygdaloid nucleus due to glutamate in rats ─── 延髓頭端腹外側區在谷氨酸鈉興奮中央杏仁核升壓效應中的作用

60、Distribution of NOS positive neurons in afferent pathway of basolateral amygdaloid nucleus in rats ─── 一氧化氮合酶在大鼠杏仁基外側核傳入神經(jīng)元內的分布

61、Methods A lesion was made respectively in bilateral cingule gyri, forelirab of the internal capsule and amygdaloid nucleus in the 172 patients with intractable schizophreia. ─── 方法對難治性精神分裂癥患者行雙側扣帶回、內囊前肢及杏仁核毀損術(shù),并隨訪(fǎng)判斷療效變化。結果術(shù)后隨訪(fǎng)三至六個(gè)月,有效為88%,顯效為43。

62、Moreover,the strong PCNA immunoreactivity and GSI B4 strong positive amoebic like macrophages were present in amygdaloid nucleus, cortical amygdaloid nucleus and meninges covering them. ─── 杏仁核、杏仁皮質(zhì)核、視前區及其軟腦膜有PCNA強陽(yáng)性細胞和GSI-B4強陽(yáng)性阿米巴樣巨噬細胞。

63、Alterations in Protein Expression of CRF during Reperfusion after Ischemia in the Amygdaloid Nucleus of Rats ─── 大鼠腦缺血再灌注后不同時(shí)段中樞杏仁核CRF的表達變化

64、The anti-motilin serum partly abolished the effects of motilin in the amygdaloid nucleus on MMC. ─── 抗胃動(dòng)素血清只能部分阻斷杏仁核胃動(dòng)素對十二指腸MM C的影響。

65、Amygdaloid complex in the content of drug dependence ─── 杏仁核復合體與藥物依賴(lài)

66、10. The role and mechanism of basolateral amygdaloid nucleus (BLN) in sleep and wakefulness were investigated with polysomnography (PSG) in rats. ─── 應用多道睡眠描記術(shù)（PSG）研究大鼠基底外側杏仁核（BLN）在睡眠-覺(jué)醒調節中的作用與機制。收藏指正

67、Study of the transmission route of epileptiform discharges in amygdaloid kindling model ─── 杏仁核點(diǎn)燃模型癲癇樣放電傳播途徑研究

68、cortical amygdaloid nucleus ─── 皮質(zhì)杏仁核

69、Effects of amygdaloid nucleus microinjection of cGMP and methylene blue on sleep and wakefulness in rats ─── 杏仁核微量注射cGMP和亞甲藍對大鼠睡眠和覺(jué)醒的影響

70、central amygdaloid nucleus ─── 杏仁中央核

71、Study of the transmission route of epileptiform discharges in amygdaloid kindling model ─── 杏仁核點(diǎn)燃模型癲癇樣放電傳播途徑研究

72、The Inhibitory Effects of Amygdaloid Complex on the Neuronal Activities of Cortical Area 17 in the Rats ─── 大鼠杏仁體基底核對視皮層17區神經(jīng)元電活動(dòng)的抑制

73、amygdaloid fossa ─── [醫] 扁桃體窩

74、Effects of microinjection of pentobarbital sodium into basolateral amygdaloid nucleus on sleep and behavior ─── 基底外側杏仁核注射戊巴比妥鈉對睡眠和行為的影響

75、Keywords spontaneously hypertension;nitric oxide synthase;central amygdaloid nucleus;rats;immunocytochemistry; ─── 關(guān)鍵詞自發(fā)性高血壓;一氧化氮合酶;杏仁中央核;大鼠;免疫細胞化學(xué);

76、Effect Induced by Electric Stimulation to Amygdaloid Complex in Cats on Plasma Cortisol Concentration. ─── 電刺激貓杏仁復合體對血漿皮質(zhì)醇濃度的影響

77、corticomedial amygdaloid(nucleus) ─── 皮質(zhì)中層杏仁狀(核)

78、Effect of glycyrrhizin on aging changes of peptidergic neurons in central amygdaloid nucleus of rats ─── 甘草對大鼠杏仁中央核肽能神經(jīng)元年齡變化的影響

79、Keywords Nitric oxide;Sleep;Behavioral activity;Amygdaloid nuclei; ─── 一氧化氮;睡眠;行為活動(dòng);杏仁核;

80、EFFECTS OF THE VOLATILE ANESTHETIC HALOTHANE ON THE SPONTANEOUS DISCHARGE RATE OF NEURONS IN THE SUPRAOPTIC NUCLEUS AND CENTRAL AMYGDALOID NUCLEUS IN THE RAT ─── 吸入麻醉劑氟烷對大鼠視上核和杏仁中央核神經(jīng)元自發(fā)放電頻率的影響

81、The amygdaloid complex functions to facilitate effective appraisal of the social environment and is an essential component of the neural systems subserving social behavior. ─── 生物谷：今天的人類(lèi)已經(jīng)高度社會(huì )化，但是每次形成新的社會(huì )關(guān)系的時(shí)候，人們都會(huì )在心里給對方的可信度打分。

82、Objective: By immunohistochemistry and compute-assisted image analysis,we investigate the changes in protein expression of CRF levels in the amygdaloid nucleus of rat during reperfusion after ischemia. ─── 目的采用免疫細胞化學(xué)技術(shù),探討腦缺血再灌注后不同時(shí)間段大鼠中樞杏仁核促腎上腺皮質(zhì)激素釋放因子(CRF)的表達變化及規律。

83、THE CONNECTION AMONG THE MARGINAL DIVISION OF STRIATUM, AMYGDALOID NUCLEUS AND BED NUCLEUS OF THE STRIA TERMINALIS IN THE RAT BRAIN AS REVEALED BY IMMUNOHISTOCHEMISTRY ─── 大鼠紋狀體邊緣區與杏仁核和終紋床核之間相互聯(lián)系的免疫組織化學(xué)研究

84、amygdaloid nuclear complex ─── 杏仁核復合體

85、Objective To study amygdaloid body, hippocampal formation and lateral ventricle in thin cross section of brain to provide the anatomy knowledge for clinic. ─── 摘要目的觀(guān)察杏仁體、側腦室和海馬結構在腦的薄層橫斷面上的表現及變化，為影像學(xué)提供解剖學(xué)依據。

86、Effects of the central amygdaloid nucleus lesions on the gustatory responses in the parabrachial nucleus in rats ─── 電損毀大鼠杏仁中央核對腦橋臂旁核味覺(jué)神經(jīng)元的影響

87、Key words: stress; exercise-induced fatigue; medial cortical amygdaloid nuclei ; neuronal nitric oxide synthase （nNOS） ; rat ─── 作者簡(jiǎn)介:劉鴻宇（1962-），男，山東省人，副教授，在讀醫學(xué)博士，研究方向為神經(jīng)生物學(xué)、運動(dòng)解剖生理學(xué)。

88、Results From the up end to the low end of the amygdaloid body, we obtained 72 clear digital photographs. ─── 結果從杏仁體出現到消失，共獲得72張高清晰數碼照片。

89、Keywords morphine/pharmacol;naloxone/pharmacol;amygdaloid body/drug eff;sleep/drug eff;arousal/drug eff;polysomnography ─── 嗎啡/藥理學(xué);納絡(luò )酮/藥理學(xué);杏仁核/藥物作用;睡眠/藥物作用;覺(jué)醒/藥物作用;多導睡眠描記術(shù);