藻体

紫外光和日光对噬藻体PP活性的影响

The Change in Activity of Cyanophage PP by UV and Sunlight Radiation

噬藻体PP的时空分布研究

Study of Temporal and Spatial Distribution of Cyanophage PP

微宇宙中噬藻体PP裂解蓝藻宿主的生态学效应研究

Ecological Effect in Microcosm Systems after the Lysis of Cyanobacteria Host by Cyanophage PP

紫外线对噬藻体PP的失活及宿主蓝藻的光修复作用

The Inactive Effect of Ultraviolet on Cyanophage PP and Its Photoreactivation by Host Cyanobacteria

分别研究了实验室条件下紫外灯照射及不同季节中日光照射对噬藻体PP活性的影响。

The results of UV and sunlight on the activity of freshwater cyanophage PP are presented in this paper .

褐藻酸降解菌在海带（LaminariaJaponica）幼苗藻体表面数量分布特点及其对海带回染的初步研究

Distribution and reinfection of alginic acid decomposing bacteria on juvenile Laminaria japonica

Te（Ⅳ）胁迫对钝顶螺旋藻生长的影响及藻体中Te的ICP-AES法测定

The Effects of Te (ⅳ) Stress on the Growth of S.platensis and the Determination of Te by ICP-AES

水华暴发的SOC实验与藻体叶绿素量子化学计算

Sandpile Experiments Based on Self-Organized Criticality for Describing Algal Bloom Behavior & Quantum Computation of Chemical Bond Energy of Chlorophyll in Alga

不同光照条件下噬藻体PP感染野生藻的吸附率、裂解周期及释放量研究

The Influence of Different Kinds of Sunlight Conditions on the Adsorption Rate , Latent Period and Burst Size of Cyanophage PP Infecting Its Wild Host

日光的作用下，夏季时噬藻体PP的日失活率为88.60%，冬季时为58.86%。

The outdoor performance showed that the day inactivity rates of cyanophage by sunlight in summer and winter were 88.60 % and 58.86 % , respectively .

模拟酸雨对噬藻体PP失活率、野生藻的吸附率、裂解周期及释放量的影响

Effects of simulated acid rain on the inactivity rate , adsorption rate , lysing cycle and burst size of cyanophage PP infecting the wild filamentous cyanobacteria

藻体细胞的DMSP含量以及释放至水体的DMS含量均与藻体细胞数量有显著相关；

The productions of DMSP and DMS of cells were obviously correlated with cell numbers .

较高浓度的CaCl2和Ca（NO3），处理引起藻体中结合态Mn的游离和藻的放氧活性的下降。

Treatments with CaCl_2 and Ca ( NO_3 ) _2 at high concentrations induced the release of bound Mn and the decrease of oxygen-evolving activity of the cyanobacterium .

叶状体生长快速，60cm长的藻体日平均生长量高达（11.95±2.33）cm；

The thallus grew quickly , average daily growth rate reached ( 11.95 ± 2.33 ) cm after blade length was over 60 cm .

本文调查了噬藻体PP在不同营养水平的淡水水体中的时空分布，分析了其动态变化过程与若干环境因子的关系，并通过数学模型探讨了噬藻体PP效价日变化的动力学机制。

Investigation was carried out to study the distribution of cyanophage PP in several freshwater lakes of different trophic status . We also analyzed the relationship between the distribution of cyanophage PP and several environmental factors .

以藻体长度增加作为量化指标，以自溶和解体作为质量指标，研究了在不同营养培养基、pH值、光照及初始接种长度条件下对发菜生长的影响。

The effects of different nutritional medium , pH value , light illumination and the length of inoculated thalli on growth of Nostoc flagelliforme have been studied with length increase as quantitative criterion and with autolysis and disintegration as qualitative criterion .

与其它碱试剂相比，采用KOH对保护藻体结构，提高卡拉胶提取率和增加凝胶强度等有优越性。

Comparing with other alkali reagent , KOH has a best effect on the maintenance of thallus structure , extraction efficiency and gel strength of extracted Carrageenan .

当藻体PIC/POC比值较高时，光合能力和钙化能力较强，UVR对光合导致的抑制率较小，显示了PIC的保护作用。

At higher levels of PIC / POC , rates of photosynthesis and calcification were higher , and UVR-induced inhibition on photosynthesis was smaller , indicating the protective role of PIC .

利用FPZ作为荧光染色剂发现，经过钙调素拮抗剂处理的藻体有较低的钙调素分布。

FPZ fluorescence showed that the cellular calmodulin distributions were less than that of control after treatment of calmodulin antagonists .

藻体中UVAC的含量与UVR诱导的抑制率成反比，显示了UVAC屏遮UVR而起到的保护作用。

The negative relationship between content of UVAC and inhibitory rate induced by UVR , indicated the protection of UVAC against UVR .

结论：S.P中总硒含量、有机硒含量、硒的有机化率及硒在藻体中的分布均呈现动态变化。

Conclusion : The contents of total Se , organic Se , rate of Se bio-organization and the distribution of Se in S.P all showed dynamical changes in different reproduction phases .

风浪作用下太湖改性沉积物对藻体絮凝去除效果研究

Algal-Flocculation Removal by Modified Sediment of Taihu Lake in Wind Action

藻体海水培养液中铜的化学存在形式

Chemical species of copper in algae cultural solution of sea water

噬藻体是一种能高效分解蓝藻的病毒，对蓝藻水华的治理有重要的潜在意义。

It is important to control the blue-green algae blooms .

它反映了藻体碳同化，生产有机物的能力。

It reflects the algae carbon assimilation , production of organic capabilities .

钝顶螺旋藻生物富集铬及藻体中铬的存在形态研究

Study of the Bioaccumulation and Speciation Analysis on Chromium in Spirulina Platensis

盐度和藻体细胞壁的厚度与冷藏效果有关。

Salinity and thickness of cell wall had some bearing on refrigeration effect .

藻体生长的最佳温度为25～30℃。

The optimal temperature is 25 - 30 ℃ .

通过噬藻体对氯仿敏感的实验证明了噬藻体囊膜的存在。

The cyanophage was sensitive to chloroform for capsule membrane existence . 3 .

干出和沉水藻体光合速率都可以在傍晚得以恢复；

The photosynthesis in both submersed and emersed algae could be recovered in evening .