肌节的

基本解释 (translations)

myotomic

与肌节的相关的网络例句 [注：此内容来源于网络，仅供参考]

Moreover, chondriosome hypertrophy and vacuolar degeneration were found. The damage lessened in SVitC and LVitC groups. Both myofilaments and sarcomeres in IVIG and IVIG+VitC groups were almost normal, and the chondriosome was normal.

6心肌的电镜检测：对照组心肌肌丝排列紊乱，肌节断裂严重，线粒体肥大，并出现空泡变性；大、小剂量VitC组病变比对照组有所减轻；IVIG组和IVIG+VitC组肌丝排列紊乱明显减轻，肌节断裂比对照组减少，线粒体基本正常。

These genes encode sarcomere proteins that, when mutated, cause adult-onset cardiomyopathies.

这些基因编码的肌节蛋白质，当其突变时会导致成人心肌疾病。

In chapter one, the molecular architecture of the sarcomere, the structures of myosin and actin, and the mechanochemical actin-activated myosin ATPase cycle are introduced.

第一章主要介绍肌节的结构、肌球蛋白和肌动蛋白的分子结构、肌球蛋白工作循环中的机械化学偶联。

The contraction rate of bovine sarcomere was 34.8％,the rate for the mutton sarcomere was 33.3%.

发现高压处理后的牛肉肌节收缩率达34.8％羊肉收缩率达33.3％。

The symmetry of thick and thin filaments in a sarcomere is such that six thin filaments ordinarily surround each thick filament in a hexagonal array .

在肌节中粗丝和细丝是如此对称，通常6个细丝以六角体的排列包围每个粗丝。

Instead, sarcomere shortening occurs when the thin filaments "slide" by the thick filaments.

此外，肌节的缩短发生于细肌丝沿粗肌丝"滑行"之际。

Striated myofibrils are composed of numerous basic units, sarcomeres, and are responsible for muscle contraction.

横纹肌的肌原纤维是由许多称为肌节的基本结构单位所构成，肌节也是负责肌肉收缩的基本功能单位。

There was a significant inverse correlation between sarcomere length and A/I (r=-0.686, P.05). 4 Relations of the skeletal muscle histological characteristics and meat quality The muscle fibre and the myofibrils diameter were thinner, the muscle fiber density was denser, the sarcomere length was longer and the meat color was redder. The A/I was bigger, the meat color was whiter, contrarily was redder. The right amount of fat content may improve the meat brightness. The muscle fiber diameter and the myofibrils diameter were the biggest factors to influence the skeletal muscle shearing force, their assumed the obvious linear correlation. The muscle fiber density influence on the shearing force was only inferior to the muscle fiber and myofibrils diameter. Mensurate the IFA from tectology angle may reflect in intramuscular fat content. However intramuscular fat was not enough to carry weight on the shearing force, it may mostly affected on the smack, but not the tenderness expression.

猪骨骼肌组织学特性与肉质性状的关系肌纤维和肌原纤维直径越小、肌纤维密度越大、肌节长度越长，肉色鲜红；肌节中暗带比例越大，肉色偏白，而明带比例大，肉色偏红；适量的脂肪含量可以改善肉的亮度；肌纤维直径和肌原纤维直径对骨骼肌剪切力的贡献率最大，呈明显的线性相关，肌纤维密度对剪切力的贡献率仅次与肌纤维和肌原纤维直径；从组织形态学角度测定肌内脂肪面积比一定程度上可以反映肌肉内的脂肪含量，而肌内脂肪对肌肉剪切力的贡献率比较微弱，对肉食用品质的影响可能更多表现在改善肉的风味，而不是嫩度的表达。

The endurance abilities of the embryos of sea perch, flounder and turbot at different developing stages to vitrification solutions were studied. The result showed that sea perch at tail-bud stage, heart-beating stage and pre-hatching stage had more endurance abilities to VSD2, flounder at 4-5 somites, 16-20 somites and tail-bud stage had more endurance abilities to PM3, and turbot at 4-5 somites, 16-20 somites and tail-bud stage had more endurance abilities to PMP1. The feasible equilibration time of three marine fish embryos in vitrification solutions was determined, which guided the dealing process before freezing.

对花鲈、牙鲆、大菱鲆三种鱼类不同时期胚胎分别在玻璃化液中的适应性进行了研究，发现花鲈尾芽胚、心跳胚和出膜前期胚对VSD2的耐受能力较强；牙鲆4-5以肌节胚、16-20对肌节胚、尾芽胚对PM3的耐受能力较强，大菱鲆4—5对肌节胚、16—20对肌节胚、尾芽胚对PMP1的耐受能力较强，较适合于进行玻璃化液处理和冷冻保存；并且确定了三种鱼类各时期的胚胎在玻璃化液中的适宜平衡时间，为胚胎在玻璃化液中处理和冷冻提供了一定的参数。

Of 15 stenotic coronary arteries(14 occluded) with wellestablished collateral vessels, 14 displayed high signal intensities,while of the other 25 vessels (1 occluded) without any collateral vessels, only 11 had high signal intensities within the related segments.

延迟扫描序列显示其中16例的25支(62.5%)心肌节段呈高信号。16例中11例临床诊断心绞痛患者延迟扫描阳性。15支狭窄冠状动脉(11支闭塞)有侧支循环形成，延迟扫描显示14支相应心肌节段阳性；25支狭窄冠状动脉(1支闭塞)无侧支循环，11支相应心肌节段呈高信号，两者延迟扫描阳性率差异有显著性意义(Fisher精确检验P＜0.001)。

与肌节的相关的网络解释 [注：此内容来源于网络，仅供参考]

actin：肌纤蛋白

是由心肌的基本功能单位肌节中所含的收缩蛋白在钙离子的参与下相互作用所产生的,肌节中含的收缩蛋白在钙离子的参与下相互作用所产生的,肌节中含有肌凝蛋白(myocin)和肌纤蛋白(actin)两种收缩蛋白;还有原肌凝蛋白(tropomycin)和向宁蛋白(troponin)两种调节蛋白,

myotic,miotic：缩瞳的,缩瞳药,缩瞳剂

\\"肌节细胞\\",\\"myothelium\\" | \\"缩瞳的,缩瞳药,缩瞳剂\\",\\"myotic,miotic\\" | \\"肌收缩性,肌收缩力\\",\\"myotolity\\"

myotome：肌节

5.躯体部和尾部肌肉为一系列按节排列的弓形肌节(myotome)及附着肌节前后的肌膈(myosepta). 肌节间尚无水平隔,故不分为轴上肌和轴下肌. 7.开始出现由静脉窦、一心房(atrium)和一心室(ventricle)组成的心脏. 除无肾门静脉和总主静脉外,

myotome：生肌节

体节进一步分化为三部分:(1)生骨节(sclerotome),为体节的内侧部分,将来形成脊索鞘和神经管外面的结缔组织以及肌隔等;(2)生肌节(myotome),为体节中间部分,将来形成肌节;(3)生皮节(dermatome),为体节的外侧部分,将来形成表皮下面的结缔组织,

sarcomere：肌节

心肌纤维的基本单位是"肌节"(sarcomere),从电子显微镜下可以看出,它是由"厚纤维"层和"薄纤维"层交错组成的(图2-1). 厚纤维是由肌凝蛋白(myosin)构成,如图2-2所示,第一肌凝蛋白分子是由两条链交织构成的,链体部分称为轻链,

Sarcomere Shortening：肌节缩短

42.Malaria - Life Cycle of Plasmodium-疟疾(疟原虫的生活史) | 43.Sarcomere Shortening-肌节缩短 | 44.Three Phases of Gastric Secretion-胃分泌的三个阶段

dermomuscular：皮肌的

dermomycosis 皮真菌病,皮霉菌病 | dermomuscular 皮肌的 | dermomyotome 生皮肌节

myocomma：肌隔

全身主要的肌肉是60多对按节排列于体侧的"V"字形肌节(myomere),尖端朝前,肌节间被结缔组织的肌隔(myocomma)所分开. 两侧的肌节互不对称,便于文昌鱼在水平方向作弯曲运动. 此外,还有分布在围鳃腔腹面的横肌和口缘膜上的括约肌等,

myomere：肌节

全身主要的肌肉是60多对按节排列于体侧的"V"字形肌节(myomere),尖端朝前,肌节间被结缔组织的肌隔(myocomma)所分开. 两侧的肌节互不对称,便于文昌鱼在水平方向作弯曲运动. 此外,还有分布在围鳃腔腹面的横肌和口缘膜上的括约肌等,

sarcomatoid：肉瘤样的

肉瘤病毒 sarcoma virus | 肉瘤样的 sarcomatoid | 肌节 sarcomere