1) Halichondria
软海绵
1.
Secondary metabolites and their bioactivities from marine sponge Halichondria;
Halichondria属软海绵次生代谢产物及其生物活性
2) okadaic acid
软海绵酸
1.
Preparation of monoclonal antibody against okadaic acid;
抗软海绵酸单克隆抗体的制备
2.
Preparation of Hybridoma Cell Strains Secreting Monoclonal Antibodies Against Okadaic Acid;
抗软海绵酸单克隆抗体杂交瘤细胞株的构建
3.
An indirect competitive enzyme-linked immunosorbent assay(idc-ELISA) method for detection of okadaic acid was developed by preparation of the polyclonal antibody against okadaic acid(OA) to investigate the contamination status of shellfish with diarrhetic shellfish poison(DSP) along the coast of China.
为了解中国近海贝类受腹泻性贝毒污染状况,制备并应用多克隆抗体建立对腹泻性贝毒主要成分软海绵酸(OA)的间接竞争酶联免疫检测方法(idc-ELISA)。
3) Haliclona subarmifera
软节蜂海绵
1.
This paper reported Sponge Haliclona subarmifera,a harmful organism for cultivation of sea cucumber.
该生物能在海参室内养殖池中迅速繁殖,成片地附着生长在海参附着基上,不仅影响海参附着环境,而且其分支状的锋利边缘会划伤幼参体表,引起病原菌的继发感染,对海参养殖业有相当的危害,经过初步鉴定认为该物种为软节蜂海绵。
4) Halichondria rugosa
皱皮软海绵
1.
PKS gene screening based on metagenome of Halichondria rugosa;
基于皱皮软海绵宏基因组的PKS基因筛选的研究
5) Halichondria rugosa
多皱软海绵
1.
Halichondria rugosa belongs to the genus of Halichondria.
多皱软海绵(Halichondria rugosa)属于软海绵科(Halichondridae)、软海绵属(Halichodria)的多孔动物。
6) Okadaic acid
大田软海绵酸
1.
Cloning sequence analysis and expression of ScFv against okadaic acid
抗大田软海绵酸单链抗体基因的克隆、序列分析与表达
2.
Based on the standard dose-effect curve developed with a series of okadaic acid (OA) standard solutions, the DSP toxicity of the three oyster samples collected were screened, and the results showed that there were no OA and dinophysis toxins (DTXs) in the samples without hydrolization.
基于腹泻性贝毒(Diarrhetic Shellfish Poison,DSP)中大田软海绵酸(Okadaic acid,OA)和鳍藻毒素(Dinophysis toxins,DTXs)能够抑制蛋白磷酸酶活力的特点,人们建立了一种利用碱性蛋白磷酸酶活力变化检测贝类中大田软海绵酸毒性当量的生物化学测试方法。
3.
The effects of okadaic acid(OA) on cell proliferation of human hepatocyte cell line HL-7702 and human hepatocellular cancer cell line Bel-7402 were studied using MTT assay.
以人肝细胞HL-7702和肝癌细胞Bel-7402为研究对象,通过MTT法、细胞外部形态观察、Annexin V-FITC&PI双染法及TUNEL法等方法,研究了腹泻性贝毒的主要组分大田软海绵酸(Okadaic acid,OA)对其增殖的影响及对细胞凋亡的诱导作用。
补充资料：尿道海绵体与阴茎海绵体发育缺损
尿道海绵体与阴茎海绵体发育缺损
病名。 阴茎与尿道先天性畸形之一。属阴茎勃起组织发育不全。可分三度：Ⅰ尿道海绵体局部缺损 造成阴茎部尿道扩大呈囊状憩室，其直抵白膜下，压迫和阻塞尿道；Ⅱ尿 道海绵体缺损较大，形成巨阴茎部尿道，使阴茎在排尿时呈舟状；Ⅲ阴茎海绵体的严重不发 育和尿道海绵体的缺损，使尿道扩大呈梭形。均罕见(见图37)。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条