短臂
- Short arm;galianconism
-
结果证实该额外小染色体是D组或G组染色体的短臂。
The results showed that this chromosome was from the short arm of chromosome of D / G group .
-
目的研究伴9号染色体短臂(p)异常的急性淋巴细胞白血病(急淋)的临床及分子细胞遗传学特征。
Objective To investigate clinical and molecular cytogenetics characteristics of patients with abnormalities of the short arm of chromosome 9 in acute lymphoblastic leukemia ( ALL ) .
-
3号染色体短臂末端两个大片段基因组区域的基因分布与GC含量分析
Comparing Gene Density and GC Content Between Two Large Genomic Blocks at Short Arm of Chromosome 3
-
所有染色体着丝粒为阳性C带,而且第1对染色体短臂也呈C带阳性,其着色强度与该对染色体上的着丝粒C带相同;
All the centromeres of chromosomes were C-bands positive and so was the short arm of the 1st chromosome with tinctorial strength same as its centromeric C-bands ;
-
PCR-LOH检测神经母细胞瘤1号染色体短臂缺失
PCR-LOH of Chromosome 1p Deletion in Neuroblastoma
-
9号染色体短臂上7个STR基因座在基因扫描中的信息表现
Information Behavior of 7 STR Loci on Chromosome 9p in Gene Scanning
-
在人类肿瘤中,抑癌基因p53是突变最频发的基因,它位于17号染色体短臂上。
It is known that the tumor suppressor gene P53 is the most active and frequent mutation gene in human cancer .
-
P53基因定位于人类第17号染色体的短臂,野生型P53基因是肿瘤抑制基因。
P53 gene is localized in the short arm of human chromosome 17 . The wild type P53 gene is tumour suppressor gene .
-
用G带和C带技术鉴定为第9号染色体短臂三体(9p+)和一条X染色体长臂远端部分缺失(xq&)。
Trisomy of the short arm of chromosome 9 ( 9p + ) and distal deletion of the long arm of X-chromosome were found with G banding and C-banding techniques .
-
17号染色体短臂LOH是晚期大肠癌的基因标记
17p LOH is the gene marker of late stage colorectal adenocarcinoma
-
6号染色体短臂MHCⅡ类抗原区基因多态性与精神分裂症的关系
Relationship between gene polymorphism on MHC ⅱ region on the short arm of chromosome 6 and schizophrenia
-
3B染色体短臂小麦赤霉病抗性主效QTL的分析
Analysis of Major QTL for Fusarium Head Blight Resistance on the Short Arm of Chromosome 3B in Wheat
-
织物从箱的顶部喂入,在折叠状态下进入J形的长臂,然后从J形的短臂处引出。
The cloth is fed into the box at the top , folded to fill the longer arm , and removed through the shorter arm .
-
染色质的一小部分,含有核糖体RNA基因,位于近端着丝粒染色体的短臂染色质末端;
Chromosomal satellite & A small mass of chromatin containing genes for ribosomal RNA , at the end of the short arm of each chromatid of an acrocentric chromosome ;
-
其中常染色体平衡易位2例,臂间倒位2例,染色体次缢痕增大和G组短臂增加各1例。
Two cases were autosomal balanced translocation and two cases were pericentric inversion . The chromosome secondary constriction in one case became wider and the short arms of G team chromosomes in one case became longer .
-
目的:观察经人力短臂离心机锻炼后心率变异性(HRV)参数的变化。
AIM : To investigate the changes of parameters of heart rate variability ( HRV ) after self powered short arm human centrifuge training .
-
睾丸决定因子基因(Testis-determiningfactor,TDF)位于Y染色体短臂上,它的表达产物诱导睾丸组织的发生。
The testis-determining factor gene ( TDF ) lies on the Y chromosome and is responsible for initiating male sex detemination .
-
哺乳动物中位于Y染色体短臂临界区域的SRY基因启动雄性性状的发育。
The pathway of male sexual development in mammals is initiated by SRY , agene on the short arm boundary of Y chromosome .
-
哺乳动物Y染色体短臂上的Sry基因决定雄性发育方向。
Sex-determining region Y ( Sry ) gene located in the short arm of the mammalian Y chromosome directs the sexual development of male .
-
因此,可以推测这个分子标记(OPW03-570)是位于簇毛麦V染色体短臂上的。
Therefore , this molecular marker ( OPW03-570 ) may locate in the short arm of Haynaldia villosa 's V chromosome .
-
人类MHC,又称人类白细胞抗原(HLA),位于第六号染色体短臂,是一群高度多态性的紧密连锁基因群。
Human MHC , also named human leukocyte antigen ( HLA ), which locates in the short arm of chromosome VI , which is a tightly linked group of highly polymorphic gene cluster .
-
丹麦长白猪Ag-NOR仅定位于第10号染色体短臂次缢痕区。枫泾猪、丹麦长白猪Ag-NOR颗粒数是有差别的。
Danish Landrace NORs were located on chromosome 10 . The number of Ag-NORs were difference between two breeds .
-
带有银染核仁组织者(Ag-NORs)染色体的数目为2&6条,NORs均位于6、8、15亚中着丝粒染色体短臂。
Two to six NORs are distributed on the short arm of submetacentric ( Nos. 6 , 8 , 15 ) .
-
人类白细胞抗原(humanleukocyteantigen,HLA)复合体是位于人类第6号染色体短臂6p21.31的一组紧密连锁的基因群,HLA分子具有高度的多态性,迄今已知近千种HLA等位基因。
HLA comprises a family of genes within the human leukocyte antigen complex located on the short arm of chromosome ( 6p21.31 ) in humans . HLA molecules are highly polymorphic with nearly 1000 alleles .
-
目的:研究肺癌组织中第3号染色体短臂(3P)和第9号染色体短臂(9P)上微卫星标志物的改变与肺癌发生发展的关系。
Objective : To investigate the relationship among microsatellite marker alterations on chromosome 3P and 9P and oncogenesis , development in lung cancer .
-
结果人力短臂离心机训练3d后,心率显著降低(P<0.05),左室射血时间(LVET)显著延长(P<0.01);
Results Heart rate ( HR ) decreased significantly while left ventricular ejection time ( LVET ) increased significantly after 3 d training , and the changes of HR and LVET were more obvious after 7 d training .
-
结果5号染色体短臂17个微卫星标记的平均信息性病例比例为60.0%(48/80),35.0%(28/80)的病例至少一个位点检测到LOH。
Results The average informative rate of all seventeen markers was 60.0 % . The LOH at least in one locus was detected in 28 of the 80 ( 35.0 % ) cases .
-
人类原始未分化性腺是具有双潜能的性腺,SRY基因是男性Y染色体短臂上的性别决定基因,其表达诱导原始未分化性腺向睾丸发育,是男性性别发育的始动因素。
Undifferentiated gonad in human is bipotential . SRY is a sex-determining gene in short arm of Y chromosome which induces bipotential gonads to testis . It is also the initiating factor in male development .
-
猫叫综合征(cri-du-chat,CDC,MIM123450)由Lejeune等最早报道,由一条5号染色体短臂发生缺失引起。
The cri-du - chat syndrome ( CDC , MIM123450 ), first described by Lejeune , is caused by deletions in 5p .
-
9名健康男性青年利用人力短臂离心机进行训练,转速为30~34r·min-1,持续时间为5min,1次/d,连续训练7d。
Nine healthy male volunteers received self powered short arm human centrifuge training for 5 min per day with rotative velocity of 30 ~ 34 r · min - 1 for 7 d.